They go beyond traditional home setups to provide scalable wireless connectivity within your business and meet its demanding needs.

The following are our recommendations for the top enterprise Wi-Fi solutions:

• NETGEAR Business WiFi: Best overall enterprise Wi-Fi.
• Juniper Mist: Best for large enterprises.
• Ubiquiti UniFi: Best for small to medium businesses.
• Sophos Wireless: Best for mixed device environments.
• Cisco Meraki MR: Best for challenging enterprise environments.
• HPE Aruba WLAN: Best for hybrid environments.
• Cambium Enterprise Wi-Fi: Best for service providers.
• ExtremeWireless: Best for high-density environments.
• Fortinet Secure Wireless LAN: Best for remote work.

Top enterprise Wi-Fi solutions comparison

Below is an overview of the best business Wi-Fi solutions today. It shows their speed, range of hardware selection, free trial availability, and pricing details.

NETGEAR Business WiFi

Best overall enterprise Wi-Fi

Overall rating: 4.75/5

• Cost: 5/5
• Core features: 5/5
• Integrations: 4.75/5
• Customer support: 4.75/5
• Ease of use: 5/5

NETGEAR Business WiFi is a comprehensive solution providing a range of products customizable to your exact business needs. It delivers high performance with its Wi-Fi 6 technology feature that enables high-speed, reliable, and efficient connections.

This enterprise Wi-Fi comes with advanced Instant VPN, Instant Captive Portal, Instant Mesh, and Instant Wi-Fi features that let your business maximize your network’s potential effortlessly.

Product design: NETGEAR Insight is a cloud-based platform for the remote management of NETGEAR Business WiFi. Its well-organized dashboard shows a clear overview of your network status and device information, making it easier for you to handle different aspects of your network. It also allows you to customize your summary views so you can control what you want to see.

Product development: NETGEAR has added the S3600 Series to its Smart Switch lineup. These switches aim to address the growing networking demands of high-bandwidth applications and devices in the workplace through high-speed connectivity, and ease of setup and configuration. This product line expansion demonstrates NETGEAR’s dedication to continually enhancing their offerings to meet the evolving needs of their customers.

Why we picked NETGEAR Business WiFi

NETGEAR Business WiFi is our best overall enterprise Wi-Fi because it is cost effective, packed with sophisticated features, and has broad integration capabilities. It also has advanced security features such as WPA3 encryption, robust authentication mechanisms, and secure key management, ensuring the safety of your network.

On top of that, it is user-friendly, offers a wide selection of Wi-Fi hardware appliances, and has solid customer support.

Pros and cons

Pricing

NETGEAR Business WiFi has two pricing plans:

• Insight Premium: Starts at $0.83/device/month
• Insight Pro: Starts at $1.83/device/month

Get in touch with their sales team to find out more.

Features

• High-speed connectivity.
• Wi-Fi 6 technology.
• Supports WPA3 encryption and authentication mechanisms.
• Remote network management.
• Advanced device profiling.
• User role management.
• Analytics and reporting features.
• Network segmentation.
• Dynamic mesh networking.
• Auto-configuration and provisioning.
• Guest access capabilities.
• Insight Instant Captive Portal.
• Support for multiple locations and devices.
• Quality of service (QoS) packet scheduling.
• Distributed denial of service (DDoS) prevention.

Juniper Mist

Best for large enterprises

Overall rating: 4.75/5

• Cost: 3.75/5
• Core features: 5/5
• Integrations: 5/5
• Customer support: 5/5
• Ease of use: 5/5

Juniper Mist is a modern, cloud-based wireless network solution that leverages AI and machine learning (ML) to deliver high-performance Wi-Fi while maintaining visibility and control. It offers features such as AI-driven operations, cloud portal, and automation capabilities, making it an excellent choice for large enterprises with complex networks.

Juniper Mist’s AI-driven operations give optimized configurations, maximum performance, and optimized packet scheduling for increased capacity. Additionally, its cloud portal and automation capabilities streamline network management, simplifying management at a large scale.

Product design: The Juniper Mist has an intuitive and straightforward interface that’s easy on the eyes. It presents a holistic view of your network with simple tabs and menus that separate different components. The uncluttered design can aid you to quickly identify and fix any network issues, thereby minimizing business downtime and ensuring a smooth user experience.

Product development: Since acquiring Mist Systems in 2019, Juniper Networks continues to focus on AI and cloud services. In 2023, it unveiled a series of enhancements to its AI-driven enterprise portfolio, including integration of ChatGPT with Marvis, Juniper’s unique AI-driven virtual network assistant.

Marvis now allows you to conveniently access knowledge base information using advanced Large Language Models (LLM). This means users can pose technical queries to Marvis and receive not only precise answers, but also a curated list of relevant documents.

Why we picked Juniper Mist

Juniper Mist is one of our choices of top commercial Wi-Fi solutions because of its innovative use of AI and ML for efficient troubleshooting and decision-making. These intelligent capabilities improve overall network performance as well as end-user experience.

Pros and cons

Pricing

Juniper Networks states that Juniper Mist has a subscription-based licensing model, but does not reveal actual pricing. Contact their sales team to request a call.

Features

• AI-driven operations.
• Cloud portal.
• Automation capabilities.
• Asset tracking and room utilization.
• Visitor segmentation and trends.
• Network segmentation.
• Monitoring and behavior reports.
• WAN visibility.
• Secure guest access.
• Customizable guest portal.
• External captive portal integration.
• Single Sign-On (SSO) with identity provider.
• Template-based configuration.
• Dynamic mesh networking.
• Auto-configuration and provisioning.
• Self-healing network.
• WPA3 encryption.
• Advanced authentication mechanisms (802.1X, EAP).
• Secure key management.
• On-premises deployment support.

Ubiquiti UniFi

Best for small to medium businesses

Overall rating: 4.25/5

• Cost: 2.5/5
• Core features: 5/5
• Integrations: 4.75/5
• Customer support: 4/5
• Ease of use: 4.25/5

Ubiquiti UniFi has a range of devices such as access points, switches, and routers, all managed through a single software interface. Some of its key features are high-performance Wi-Fi, advanced device profiling, user role management, and support for dynamic mesh networking.

Ubiquiti UniFi is well-suited for SMBs due to its scalability and cost-effectiveness. The system is designed to grow with your business, allowing you to add devices as needed without significant increases in management complexity. What’s more, the absence of licensing fees for its management software makes it a cost-effective choice for small to medium organizations.

Product design: The UniFi Controller software shows a visual overview of your network’s status and performance. It displays real-time data on network traffic, connected devices, Wi-Fi experiences and clients, as well as APs. The extensive details shown on the dashboard could be confusing and intimidating to some users.

Product development: Ubiquiti’s release of the UniFi Network Application 8.0.24 introduces Admin Settings Change Logs for tracking changes, raises the network limit to 255 for managing larger networks, and includes stability fixes for a more reliable network.

Why we picked Ubiquiti UniFi

We selected Ubiquiti UniFi because it combines performance, scalability, and affordability. Its extensive hardware selection also makes it a smart choice for businesses looking to build and manage their own networks.

Pros and cons

Pricing

Ubiquiti’s software license is free and bundled with the Wi-Fi hardware product. UniFi Enterprise Wi-Fi device prices start at $279.00.

Features

• High-performance Wi-Fi.
• Advanced device profiling.
• Network segmentation.
• User role management.
• Dynamic mesh networking.
• Auto-configuration and provisioning.
• Self-healing network.
• WPA3 encryption.
• Secure key management.
• Guest access capabilities.
• Secure guest networks.
• Captive portal support.
• Remote management.
• License-free software.
• Advanced QoS.
• Per-user rate limiting.
• Real-time traffic dashboards.
• Visual topology maps.
• Support for admin settings change logs.

Sophos Wireless

Best for mixed device environments

Overall rating: 4.5/5

• Cost: 3.75/5
• Core features: 4.5/5
• Integrations: 5/5
• Customer support: 4.75/5
• Ease of use: 5/5

Sophos Wireless is a high-performance Wi-Fi solution managed through Sophos Central, a cloud-based security management platform. It comes with a range of functionalities, such as centralized management, advanced analytics and reporting, guest access capabilities, and advanced device profiling.

The adaptive nature of Sophos Wireless guarantees seamless integration and support for a diverse set of devices, like various operating systems and device types. This adaptability is crucial in environments where users utilize different devices, such as laptops, smartphones, and tablets. Moreover, it enables a smooth and uninterrupted user experience as devices move within the network through the Fast Transition feature.

Product design: The Sophos Central lets you manage your Wi-Fi alongside your firewalls and switches, endpoint and server security and operations, and email protection. It offers at-a-glance insights into your enterprise network without looking complex and overwhelming. The dashboard is well-rounded, user-friendly, and provides deeper intelligence into network activity through analytics.

Product development: Sophos launched the AP6 Series, which supports Wi-Fi 6/6E, improves performance, and reduces latency. This series comprises various models designed for diverse environments, including indoor and outdoor settings. This means customers can 

Why we picked Sophos Wireless

We picked Sophos Wireless as one of our recommended business Wi-Fi solutions for its advanced security features, high performance, and centralized management capabilities. It comes with strong security measures, including advanced threat protection, secure access controls, and encryption. With high-speed connectivity reaching up to 8350 Mbps, Sophos Wireless meets the demands of high-density networks. Finally, the centralized management interface simplifies administration tasks for businesses.

Pros and cons

Pricing

Sophos mentions on its licensing guide that Sophos Wireless has per-appliance-pricing but does not provide exact prices. Contact their sales for additional details.

Features

• Centralized management.
• Local user interface.
• Scheduled firmware upgrades.
• Mesh networking.
• Dynamic VLAN and RADIUS.
• Web categorization.
• Network segmentation.
• Application visibility.
• Synchronized security.
• Multiple SSIDs.
• Time-based SSIDs.
• Client load balancing.
• Auto channel selection.
• Channel width selection.
• Band steering.
• Airtime fairness.
• Keep broadcasting SSID.
• Roaming assistant.
• Fast Transition feature.
• Captive portal.
• Auto power.
• Enterprise-level authentication.
• Rogue AP detection.
• Voucher authentication.
• Social login.

Cisco Meraki MR

Best for challenging enterprise environments

Overall rating: 4/5

• Cost: 2.5/5
• Core features: 4.75/5
• Integrations: 3.75/5
• Customer support: 3.75/5
• Ease of use: 5/5

The Cisco Meraki MR series is a line of cloud-managed access points with simplified deployment and troubleshooting, making it an ideal solution for challenging enterprise environments that require end-to-end network management.

Additionally, they use advanced Wi-Fi 6 technologies, including orthogonal frequency-division multiple access (OFDMA) and multi-user, multiple input, multiple output (MU-MIMO), beam forming, and channel bonding, delivering the throughput and reliable coverage required by demanding business applications.

This enterprise Wi-Fi also supports auto-configuration and provisioning, ensuring a self-healing network that can adapt to changes and failures in challenging network environments.

Product design: It has a simple dashboard with components neatly grouped together in a sidebar. However, this extreme simplicity lacks granularity in terms of data shown.

Product development: Cisco Meraki recently added a new Callbacks feature in the Meraki Dashboard API, focusing on providing tools that offer automation, efficiency, and convenience. This feature lets you initiate pinging a device or executing a phased deployment, and step back. You receive a notification at your specified webhook URL once it completes the operation.

Why we picked Cisco Meraki MR

We selected Cisco Meraki MR series because of its versatility and ability to adapt to complex network environments, coupled with robust security measures and extensive integration capabilities.

Pros and cons

Pricing

Cisco Meraki doesn’t display the pricing details on their website. Get in touch with their sales team to learn more.

Features

• Self-configuring plug-and-play deployment.
• 802.11ax MU-MIMO with up to eight spatial streams built for voice and video.
• Dedicated radio for security and RF optimization with integrated spectrum analysis (indoor models).
• Advanced security to protect against malware, ransomware, and C2 callbacks with Umbrella integration.
• Integrated intrusion detection and prevention system (WIDS/WIPS).
• Intelligent firmware upgrades.
• Network segmentation.
• AI/ML-powered analytics for root cause analysis and Wi-Fi troubleshooting.
• Advanced application visibility with Cisco Network-Based Application Recognition (NBAR).
• Flexible group policy engine.
• Wi-Fi personal network (WPN) on any shared network.
• Integrated Bluetooth IoT radio.
• IoT ready (ESL integration).
• Self-healing, zero-configuration mesh.
• Role-based administration.
• Email and text message alerts upon power loss, downtime, or configuration changes.
• FIPS-140-2 compliant, IPv6 compatible, WFA-certified APs.

HPE Aruba WLAN

Best for hybrid environments

Overall rating: 4/5

• Cost: 2.5/5
• Core features: 4.75/5
• Integrations: 5/5
• Customer support: 5/5
• Ease of use: 2.5/5

HPE Aruba WLAN is a business-grade wireless LAN solution with cloud-native, microservices architecture that streamlines IT operations, boosts agility, and reduces costs by unifying the management of all network infrastructure. This enterprise Wi-Fi is well-suited for hybrid environments due to its scalability, seamless integration with hybrid cloud services, unified management capabilities for wired and wireless networks.

HPE Aruba WLAN has the latest Wi-Fi 6 and Wi-Fi 6E standards for high-speed and stable connectivity. Furthermore, it uses artificial intelligence (AI) to power its network operations and proactively identify and resolve network issues. It also comes with advanced security features, including encryption, authentication, and access controls, bolstering overall network security.

Product design: The Aruba Central dashboard gives a unified view of wired and wireless local area networks (LANs), WANs, and virtual private networks (VPNs) across multiple locations. It offers AI-powered insights, visualizations, workflow automation, and edge-to-cloud security, to ease network management. That said, it has numerous options and settings that may require time and effort to fully understand and navigate.

Product development: HPE Aruba Networking introduced the Aruba Instant On AP22D and the Aruba Instant On 1960 stackable switch to enable small to medium businesses (SMBs) to improve networks with faster speeds, increased capacity, and strengthened security.

Why we picked HPE Aruba WLAN

We chose HPE Aruba WLAN because of its state-of-the-art functionalities combined with high high security levels and dependability. In addition, this enterprise Wi-Fi It is compatible with the latest Wi-Fi 6 and Wi-Fi 6E protocols, guaranteeing better efficiency and bandwidth.

Pros and cons

Pricing

HPE Aruba doesn’t publish pricing information on their page. Connect with their sales department for full pricing details.

Features

• Wi-Fi 6 and Wi-Fi 6E support.
• Support for digital transformation and IoT.
• Cloud-managed networking.
• AI-powered network operations.
• Security for the Intelligent Edge.
• Guest encryption.
• Aruba WLAN Portfolio with indoor, outdoor, ruggedized, and remote access points.
• Gateways and controllers.
• OFDMA.
• Target wake time (TWT).
• Dynamic mesh networking.
• Auto-configuration and provisioning.
• Self-healing network.
• Location analytics.

Cambium Enterprise Wi-Fi

Best for service providers

Overall rating: 3.5/5

• Cost: 0/5
• Core features: 4.5/5
• Integrations: 4/5
• Customer support: 3.5/5
• Ease of use: 5/5

Cambium Enterprise Wi-Fi supports the latest Wi-Fi standards, including Wi-Fi 6 and Wi-Fi 6E, delivering high-performance wireless network connections. The solution offers built-in security features and guest access capabilities. In addition, it supports dynamic mesh networking, auto-configuration and provisioning, and self-healing network capabilities, boosting scalability.

This scalability is particularly advantageous for service providers, like broadband service providers or network-as-a-service (NaaS) providers dealing with diverse network sizes and customer needs, as it allows for smooth expansion as demand grows. Of course, this enterprise Wi-Fi also has security features, including encryption and authentication, addressing the concern of data security.

Product design: Cambium’s cnMaestro dashboard brings a single-pane-of-glass view of all network devices and their performance. It includes network statistics, channel utilization graphs, and remote troubleshooting tools. Real-time and historical analytics give insights into network performance, usage patterns, and potential issues.

Product development: Cambium Networks updated its network management system, cnMaestro 4.1, elevating automation and analytics and reducing costs. The new feature, cnMaestro X Assurance, uses analytics to identify and resolve network issues quickly. Other features include Personal Wi-Fi for secure connectivity across campus networks, and Network Service Edge for security and SD-WAN services.

Why we picked Cambium Enterprise Wi-Fi 

We picked Cambium Enterprise Wi-Fi for its scalability, comprehensive feature set, and support for the latest Wi-Fi standards that promotes fast and efficient wireless network connections. Its analytics and reporting features also provide valuable insights for network optimization. 

Pros and cons

Pricing

Cambium doesn’t disclose pricing details on their official website. Contact their sales representative for a quote.

Features

• Wi-Fi 6 and Wi-Fi 6E support.
• Cloud-first architecture.
• Zero-touch provisioning and maintenance.
• Policy-based access.
• Built-in security features.
• Network segmentation.
• Guest access capabilities.
• Analytics and reporting features.
• Dynamic mesh networking.
• Self-healing network.
• cnMaestro management system.
• Network service edge.
• Advanced device profiling and segmentation.
• Seamless roaming.
• Automatic RF optimization and interference avoidance.

ExtremeWireless

Best for high-density environments

Overall rating: 3.5/5

• Cost: 0/5
• Core features: 5/5
• Integrations: 4.25/5
• Customer support: 3.75/5
• Ease of use: 4.25/5

ExtremeWireless by Extreme Networks leverages explainable machine learning (ML) to increase IT efficiency and secure the network with Universal Universal Zero Trust Network Access (ZTNA). This enterprise Wi-Fi solution also uses ExtremeCloud IQ for management, bringing end-to-end visibility and data-driven AIOps for faster network issue resolution.

ExtremeWireless excels in high-density environments thanks to its tri-radio indoor universal APs offering Wi-Fi 6E coverage. These APs can run multiple operating systems for on-premises and/or cloud management, making ExtremeWireless a top choice for environments that need high-speed, high-capacity networks like stadiums, large venues, and conference centers. The high data rates ensure seamless connectivity even in areas with a large number of concurrent users, elevating user experience.

Product design: The ExtremeWireless dashboard gives a detailed insight of the network status with elaborate charts to help monitor the overall status of the wireless network. However, it  presents many tabs, sections, and subsections that can make it challenging for some users to locate certain capabilities.

Product development: Extreme Networks has presented the ExtremeCloud Universal ZTNA, a groundbreaking solution that integrates network, application, and device access security into one platform. This will provide a consistent security policy across the entire network and make it easier for IT teams to manage and secure user access across multiple locations. The solution is set to be available in early 2024.

Why we picked ExtremeWireless

We selected ExtremeWireless because its high data rates and reliability promotes consistent and stable wireless connectivity. Its scalability allows organizations to easily expand their networks to accommodate growth.

Pros and cons

Pricing

Extreme Networks doesn’t disclose pricing structure for ExtremeWireless. For updated prices, get in touch with their sales team.

Features

• Cloud management.
• Explainable ML secures networks with Universal ZTNA.
• End-to-end visibility.
• Data-driven AIOps.
• Context-based optimization.
• Advanced captive portal support.
• Full-stack management of access points, switches, and SD-WAN through ExtremeCloud IQ.
• Advanced device profiling.
• User role management.
• Analytics and reporting.
• Dynamic mesh networking.
• Auto-configuration and provisioning.
• Tri-Radio access points.
• Software-selectable operating systems.
• Interference-free spectrum.
• Extended temperature range.

Fortinet Secure Wireless LAN

Best for remote work

Overall rating: 3.25/5

• Cost: 0/5
• Core features: 4.5/5
• Integrations: 4/5
• Customer support: 4.75/5
• Ease of use: 2.5/5

Fortinet Secure Wireless LAN integrates wireless and wired access, security, authentication, switching, and management into a single system. Some of its key features include secure networking, end-to-end network visibility, automated threat response, unified management, and flexible deployment options. It also supports zero-touch deployment, making it fast and simple to deploy without needing on-site tech support.

Fortinet Secure Wireless LAN is best for remote work environments because of its specific features for encryption and wireless connection security, safeguarding sensitive data and communications as remote employees access corporate networks. Additionally, its focus on integrated security policies makes sure that remote workers benefit from advanced threat protection, reducing the risk of cyber threats.

Product design: This enterprise Wi-Fi solution has a highly-detailed software interface with graphs and intricate details for status, analysis, and diagnostics. This abundance of in-depth information can be overwhelming for some users.

Product development: Fortinet launched high-performance FortiSwitch 600 and 2000 to cater to the growing connectivity needs of campuses. These products have embedded intelligence and readily integrate with Fortinet’s AIOps management tool and FortiGuard AI-Powered Security Services.

Why we picked Fortinet Secure Wireless LAN

Despite losing some points for its lack of transparent pricing or free trial, Fortinet Secure Wireless LAN made it to our list because of its solid security features and flexibility.

It incorporates threat protection, encryption, and consolidated security policies, fortifying wireless networks against potential threats. Furthermore, it has tight integration with other Fortinet security products, forming a cohesive security infrastructure.

Pros and cons

Pricing

Pricing information is not available on Fortinet’s website. For updated pricing, reach out to their sales department.

Features

• Secure networking.
• Integrates with the Fortinet Security Fabric.
• End-to-end network visibility.
• Automated threat response.
• Unified management.
• Flexible deployment.
• Zero-touch deployment.
• Network segmentation.
• Secure access service edge (SASE).
• Wireless presence analytics.
• Device profiling.
• Role-based access control (RBAC).
• Wireless mesh network.
• IoT segmentation.
• Captive portal.

Key features of enterprise Wi-Fi solutions

Enterprise Wi-Fi solutions should have features for security, high-performance, guest access, device management, scalability, and integrated hardware selection.

Security

Security is a critical feature of an enterprise Wi-Fi solution that includes measures to safeguard the network from unauthorized access and data breaches. This entails implementing access controls, encryption protocols to protect data during transmission, and mechanisms to prevent unauthorized users from gaining access. Wi-Fi network security is a must, especially in the age of advanced connectivity and the proliferation of 5G network providers.

High-performance capability

Enterprise Wi-Fi performance refers to the speed, reliability, and overall efficiency of the network. A high-performance Wi-Fi network contributes to productivity by guaranteeing quick and uninterrupted access to resources and applications. It also positively influences the user experience for employees, customers, and guests.

Guest access

Guest access lets non-employees connect to the Wi-Fi network with restricted privileges. This functionality gives convenience for visitors and clients to access the internet while visiting the enterprise. Simultaneously, it segregates guest traffic from the internal network, mitigating potential security risks.

Device management

Device management involves monitoring, controlling, and handling devices connected to the Wi-Fi network. It aids in inventory management by keeping track of all connected devices, facilitating troubleshooting efforts, and equipping administrators to enforce security policies. Effective device management strengthens network integrity and optimizes the operation of connected hardware devices.

Scalability

Scalability determines the ability of the enterprise Wi-Fi solution to adapt to the growing demands of an expanding enterprise. It supports business growth by accommodating an increasing number of users and devices. This feature aids in the addition of new access points and network infrastructure as needed and prevents congestion and performance degradation as the network expands.

Integrated hardware selection

The selection of hardware is another key aspect of an enterprise Wi-Fi solution, and vendors often offer a comprehensive hardware ecosystem tailored to complement their Wi-Fi software. This encompasses access points, controllers, switches, firewalls, and antennas for smooth integration.

How we evaluated enterprise Wi-Fi solutions

We thoroughly analyzed various options available in the current market to identify the best-performing enterprise Wi-Fi solutions today.

Our evaluation concentrated on five key criteria: cost, core features, integrations, customer support, and ease of use. We systematically assessed the performance of each enterprise Wi-Fi based on these criteria, assigning ratings and subsequently calculating their overall scores.

Cost – 20%

For this category, we considered the pricing transparency and the availability of free trial, as well as its duration.

Criterion winner: NETGEAR Business WiFi.

Core features – 30%

To determine scores for core features, we researched if each enterprise Wi-Fi solution has built-in features for security, high-performance, guest access, device management, and analytics and reporting. We also measured if the solution is scalable and checked the extensiveness of their selection of hardware devices.

Criterion winners: NETGEAR Business WiFi, Juniper Mist, and Ubiquiti UniFi.

Integrations – 20%

To calculate scores for this category, we considered if the enterprise Wi-Fi supports direct integration with third-party tools for network management and monitoring, security information and event management (SIEM), identity and access management (IAM), and cloud services and applications. We also considered support for custom integrations.

Criterion winners: HPE Aruba WLAN, Juniper Mist, and Sophos Wireless.

Customer support – 15%

We checked the availability of 24×7 customer support services to compute scores for this category. We verified whether support is accessible via live chat, phone, and email, and if the vendor has an active user community and in-depth documentation. Customer feedback is also taken into account in calculating the scores for this criterion.

Criterion winners: HPE Aruba WLAN and Juniper Mist.

Ease of use – 15%

For ease of use, we factored in the user-friendliness of the enterprise Wi-Fi’s software as well as the simplicity of its configuration/setup for all users, regardless of technical expertise. We looked into feedback from independent sources to find out how users feel about the solution.

Criterion winners: Cisco Meraki MR, Cambium Enterprise Wi-Fi, Juniper Mist, and Sophos Wireless.

Frequently Asked Questions (FAQs)

Who needs an enterprise Wi-Fi solution?

Enterprise Wi-Fi solutions are important for businesses and organizations that operate in environments where a substantial number of users rely on wireless connectivity, such as corporate offices, educational institutions, and healthcare facilities.

These solutions are also valuable if your business involves extensive data transmission, multiple devices accessing the network concurrently, or demands stringent security measures.

What are good office Wi-Fi solutions?

Based on our extensive evaluation, NETGEAR Business WiFi and Juniper Mist are the top two best office Wi-Fi solutions in terms of core features.

Bottom line: Keep your business connected with the top Wi-Fi solutions

The top enterprise Wi-Fi solutions on this list are designed to give you an idea of the top players in the market and what you should expect from commercial Wi-Fi solutions. In selecting the best enterprise Wi-Fi for your business, don’t forget to check its security features, scalability, customer support quality, integration capabilities, and ease of use, in addition to its speed and cost.

This guide serves as a reference to help you decide which solution to choose for your organization, depending on your budget, business size, and specific needs.

Enterprise Wi-Fi solutions and network switches work together to enhance your organization’s connectivity. Read our guide on the best network switches to find out our top recommendations and further bolster your network infrastructure.

The post Top 9 Enterprise Wi-Fi Solutions for Businesses in 2024 appeared first on Enterprise Networking Planet.

A network switch connects multiple devices within a local area network (LAN). It forwards data to specific devices, optimizing data traffic and enhancing network performance. In a business setting, network switches foster seamless communication, file sharing, and resource access among computers, servers, and other networked devices.

Here are our recommendations for the best network switch available in 2024:

• Cisco Catalyst 9000: Best overall network switch
• Zyxel MG-108: Best for small to medium-sized businesses (SMBs)
• Linksys LGS116P: Best for small office/home office (SOHO) networks
• NETGEAR MSM4352: Best for large enterprises needing high availability
• TP-Link TL-SG3452XP: Best for multi-cloud networks
• TRENDnet TEG-S24Dg: Best for energy efficiency
• Ubiquiti Unifi Switch 48-Port Gigabit Managed Network: Best for large-scale deployments
• Juniper EX2300: Best for branch and remote offices
• D-Link DGS-1100-24PV2: Best for scalability

Top network switch comparison

The table below shows a side-by-side comparison of the best network switch products on the market today. It gives you a clear overview of their management types, number of ports, speed, pricing, and warranty.

Cisco Catalyst 9000

Best overall network switch

Overall rating: 4.5/5

• Cost: 2/5
• Core features: 5/5
• Customer support: 5/5
• Scalability and performance: 5/5
• Ease of installation: 5/5

The Cisco Catalyst 9000 Series is a collection of versatile switches that facilitates different business operations, ensuring a secure experience and delivering high speeds.

This network switch family stood out as the best ethernet switch overall because of its robust set of features and topnotch speed and performance. It provides a broad range of bandwidth and scalability to accommodate both large and small data experiences. Moreover, the series leverages enhanced power over Ethernet (PoE) functionality and advanced artificial intelligence (AI) and (machine learning (ML) for continuous zero-trust security.

Product design: The Cisco Catalyst 9000 Series has a common design, both internally and externally. Internally, it uses a common ASIC, the Cisco UADP, providing flexibility for packet handling. Externally, the hardware is stackable and can be mounted in standard server racks or network cabinets.

However, it is worth noting that the product is heavy and bulky, which may consume a significant amount of space.

Product development: Cisco recently introduced the Cisco Catalyst 1200 and 1300 Series switches for small and medium businesses in the Asia-Pacific region. These innovations simplify the process of setting up networks and managing security. They also accelerate digital transformation for SMBs and reduce complexity for resource-strapped operations teams.

Why we picked Cisco Catalyst 9000

We picked Cisco Catalyst 9000 Series because of its powerful yet flexible switching capabilities. It brings high-speed connectivity with support for multi-gigabit and 10-gigabit Ethernet. In addition, its modular design and scalability make it adaptable to various network sizes and requirements, making it a future-proof choice.

Pros and cons

Pricing

Cisco doesn’t publish prices on their page, contact their sales team for full pricing details.

Features

• Optimized energy efficiency.
• 400G interfaces.
• Silicon One ASICs.
• Full mGig and UPOE+ ports.
• Converged switching and routing.
• Continuous zero-trust security.
• Programmable x86 multi-core CPU.
• Open IOS XE.
• Application hosting.
• Model-driven APIs.
• Programmable pipeline.
• Secure containers.
• Modular patching.
• Flexible tables.
• Supports PoE and PoE+.
• Advanced Quality of Service (QoS).

Zyxel MG-108

Best for small to medium-sized businesses (SMBs)

Overall rating: 3/5

• Cost: 3.5/5
• Core features: 2/5
• Customer support: 4/5
• Scalability and performance: 3.25/5
• Ease of installation: 5/5

The Zyxel MG-108 is a multi-gigabit switch that caters well to SMBs with its ports that optimize the performance of multi-gig bandwidth and devices. It also supports multiple speeds and can effectively accommodate a range of networks.

Despite these advanced features, the Zyxel MG-108 remains an affordable entry point into multi-gig networking, making it a cost-effective solution for SMBs aiming to upgrade their network performance. The device’s plug-and-play functionality eliminates complex configuration, saving valuable time and resources for growing businesses.

Product design: The Zyxel MG-108 is compact and lightweight. It can fit perfectly on a desktop or in a standard rack. It also has fanless design for silent and stable operation.

Product development: Zyxel released SMB switches with PoE scheduling to help businesses reduce energy costs. This feature lets you schedule switches to power-down during non-working hours. The vendor aims to help SMBs drive efficiency and sustainability, especially in the face of rising energy prices.

Why we picked Zyxel MG-108

We selected Zyxel MG-108 because it is a viable network switch for businesses seeking to boost their network performance without breaking the bank. Aside from being economical, it also supports multiple speeds (100M, 1G, 2.5G), allowing it to handle several devices and varying network speeds.

Pros and cons

Pricing

Zyxel MG-108 is priced at $138.87 on the Zyxel website.

Features

• 8 multi-gigabit ports supporting up to 2.5 gigabit (100M/1G/2.5G).
• Upgrade network speed to 2.5 times without additional cabling fee.
• Plug-and-play.
• Fanless design.
• Provides 25/40 Gbps switching capacity.
• Auto-negotiation.
• MAC address table supporting up to 16,000 entries.
• Energy efficient.
• Compact design.
• Supports jumbo frames up to 12 KB.
• Desktop and wall mountable.

Linksys LGS116P

Best for small office/home office (SOHO) networks

Overall rating: 3.5/5

• Cost: 2.25/5
• Core features:3.25/5
• Customer support: 5/5
• Scalability and performance: 4.25/5
• Ease of installation: 5/5

The Linksys LGS116P is a robust, unmanaged switch that is an excellent choice for SOHO networks, primarily due to its solid support for PoE+.

With 16 gigabit Ethernet ports, this switch gives you ample room for network expansion. The PoE+ feature allows VoIP phones, wireless access points, and IP cameras to receive both power and data from a single Ethernet cable, simplifying the installation process and reducing clutter. This is particularly beneficial in SOHO networks where multiple devices are often spread across a small area.

Product design: The Linksys LGS116P has a sleek and space-saving form, making it easy to fit into any workspace. It’s also wall-mountable, providing flexibility in placement. The switch has a metal casing for protection and clearly labeled ports, easing the setup process.

Product development: Linksys updated its Privacy Pledge, reinforcing its commitment to user privacy and security. The updated pledge guarantees that Linksys products and apps do not track user activity or sell personal information. These changes aim to provide a secure online experience, improving trust and peace of mind for Linksys customers.

Why we picked Linksys LGS116P

We chose Linksys LGS116P because it offers great value for its price, thanks to its reliable performance and sophisticated features. It has gigabit transfer speeds, supports QoS, and meets the Energy Efficient Ethernet (EEE) 802.3az standard, reducing power consumption without sacrificing performance.

***Insert Fig C – Linksys LGS116P product image***

Pros and cons

Pricing

The Linksys LGS116P costs $220.99.

Features

• 16 gigabit Ethernet ports.
• PoE+ support.
• Plug-and-play.
• Supports QoS.
• Energy Efficient Ethernet (EEE)
• Minimizes transfer times and streams high-bandwidth files.
• Auto-sensing ports.
• Wall mountable.

NETGEAR MSM4352

Best for large enterprises needing high availability

Overall rating: 4.25/5

• Cost: 1.5/5
• Core features: 4.75/5
• Customer support: 5/5
• Scalability and performance: 5/5
• Ease of installation: 5/5

The NETGEAR MSM4352 is a high-performance, scalable switch suitable for large enterprises. It’s part of NETGEAR’s edge to core stackable platform, which ranges from 1 to 100Gb. This enables non-stop forwarding (NSF) and hitless failover across the stack, making it ideal for businesses needing high availability and resilience in their network infrastructure.

Furthermore, this switch includes 44 ports that support 2.5Gb Ethernet, 4 ports supporting 10-gigabit Ethernet, and 4 uplinks supporting 25Gb Ethernet. This enables high data transfer speeds that large enterprises with heavy network traffic need.

Product design: The NETGEAR MSM4352 has a rack-mountable design, meant to be placed in a server room or data center. With a weight of 16 lbs, it is relatively heavy, making it more challenging to handle and install the hardware compared to lighter, more compact switches.

Product development: NETGEAR continues to provide  innovative networking solutions for small and mid-sized businesses with its launch of its MS108TUP Smart Switch. This product equips SMBs with modern switch functionality for improved network performance, flexibility, and efficiency.

Why we picked NETGEAR MSM4352

Its comprehensive features and high speed made us pick NETGEAR MSM4352 as one of our recommended network switch products. This switch has an automatic configuration that auto-connects with other M4350 (and M4250) switches, making it easy to expand your network as your needs grow. In addition, it supports different traffic types and VLANs, and has Layer 3 feature set with static, policy-based, and dynamic routing.

Pros and cons

Pricing

NETGEAR doesn’t display pricing details on their website. Contact a NETGEAR representative for a quote.

Features

• 44 2.5G and 4 10G/Multi-gig PoE++ ports with 4 25GBASE-X SFP28 uplinks.
• 550W internal power supply providing 194W of PoE budget.
• 2 slots for modular power supplies.
• Any APS350Wv1, APS600Wv2, APS920Wv1, or APS2000Wv1 can be used.
• Expandable PoE budget.
• Virtual chassis stacking provides NSF and hitless failover.
• Layer 3 feature set includes static, policy-based, and dynamic routing.
• NETGEAR IGMP Plus, AV user interface, and Engage Controller speed up AV installations.
• Lifetime next business day hardware replacement.

TP-Link TL-SG3452XP

Best for multi-cloud networks

Overall rating: 3.75/5

• Cost: 1/5
• Core features: 4.5/5
• Customer support: 4.25/5
• Scalability and performance: 4.25/5
• Ease of installation: 5/5

The TP-Link TL-SG3452XP is a business-grade switch that’s part of the TP-Link’s JetStream series, equipped with 48-gigabit Ethernet ports and four 10G SFP+ slots. These features ensure fast and reliable connections to servers and other switches.

What makes the TL-SG3452XP suited for multi-cloud networks is its seamless integration with Omada’s software-defined networking (SDN) platform. This platform offers centralized cloud management, enabling remote and centralized control of the entire network from multiple locations from a single interface. The switch is a good fit for businesses that need seamless wireless and wired connections.

Product design: The TL-SG3452XP has a sturdy, metal casing and might seem substantial when compared to other network switches. However, for a switch with its capacity and features, these specifications are standard. It’s designed to fit into 19-inch server racks, and its weight of 5.5 kg (12 lbs) adds to its stability.

Product development: TP-Link’s future plans emphasize the importance of the Smart Home Ecosystem, a comprehensive solution for home automation. This vendor is also investing in developing the ColorProTM Night Vision technology, which promises to redefine security solutions. These strategic areas of focus underscore TP-Link’s dedication to delivering cutting-edge solutions for your evolving needs.

Why we picked TP-Link TL-SG3452XP

We selected TL-SG3452XP because of its rich feature set, including its support for a complete lineup of L2 and L2+ features, such as static routing, enterprise-level QoS, and IGMP snooping. It also has extensive security strategies to help protect LAN area investment. Moreover, it brings standalone management capabilities through its web interface, CLI (Console Port, Telnet, SSH), SNMP, RMON, and Dual Image.

Pros and cons

Pricing

TP-Link doesn’t show prices for the TL-SG3452XP. Get in touch with their sales department to get to know more.

Features

• 10G uplink with four 10 Gbps SFP+ slots.
• PoE+ output with 500 W power budget.
• Centralized cloud management.
• L2 and L2+ features.
• Robust security strategies.
• Standalone management.
• Batch configuration.
• Batch firmware upgrading.
• Intelligent network monitoring.
• Abnormal event warnings.
• Reboot schedule.

TRENDnet TEG-S24Dg

Best for energy efficiency

Overall rating: 3.75/5

• Cost: 4.5/5
• Core features: 2.75/5
• Customer support: 3.75/5
• Scalability and performance: 4.25/5
• Ease of installation: 5/5

TRENDnet TEG-S24Dg delivers high-speed connectivity with 24 gigabit ports and stands out for its energy efficiency. This network switch uses GREENnet technology to adjust power consumption based on network traffic and link status, reducing power usage by up to 70% and promoting a sustainable network infrastructure.

Aside from being energy efficient, TRENDnet TEG-S24Dg has a 48 Gbps switching capacity, facilitating smooth data traffic flow and minimizing network bottlenecks. The switch also supports jumbo frames for the transmission of larger Ethernet frames up to 10KB.

Product design: TEG-S24Dg has metal housing that contributes to its long-lasting performance. It is also lightweight and fits well on a desktop, optimizing space utilization. Additionally, the switch has a built-in universal power supply, reducing cable clutter.

Product development: TRENDnet TEG-S24Dg replaced the TEG-S24Dg versions v1.0R and v2.0R to keep up with advancements in technology and changes in market demand. This new version has additional CB and UL/CUL certifications to the CE and FCC that the old versions had. These certifications indicate compliance with safety and operational standards in many regions.

Why we picked TRENDnet TEG-S24Dg

We included TRENDnet TEG-S24Dg as one of the best network switches because its high performance, energy efficiency and user-friendly design make it a valuable addition to any SMB network.

Pros and cons

Pricing

The TEG-S24Dg costs $104.49 on the TRENDnet website.

Features

• GREENnet technology reduces power consumption by up to 70%.
• 24 gigabit ports.
• 48Gbps forwarding capacity.
• Jumbo frame support.
• Fanless design.
• Internal universal power supply.
• Plug-and-play
• Complies with IEEE 802.3, IEEE 802.3u, IEEE 802.3x, IEEE 802.3ab, and IEEE 802.3az1.

Ubiquiti Unifi Switch 48-Port Gigabit Managed Network

Best for large-scale deployments

Overall rating: 4/5

• Cost: 1.75/5
• Core features: 5/5
• Customer support: 2.75/5
• Scalability and performance: 5/5
• Ease of installation: 5/5

The Ubiquiti Unifi Switch 48-Port Gigabit Managed Network features 48 gigabit Ethernet ports and four 1G SFP Ethernet ports, providing a total non-blocking throughput of 70 Gbps for high-performance networking. This switch is particularly suitable for large-scale deployments needing high data transfer rates.

One of the key features of this switch is its PoE support, which lets the switch supply power to connected devices over the Ethernet cables, reducing the need for separate power supplies. It also supports QoS features, streamlining the prioritization of different types of network traffic. Additionally, this product has built-in security features, such as access control lists (ACLs), authentication, port security, VLAN security, and secure remote access.

Product design: The switch is rack-mountable and is suitable for installation in server rooms. It has a sturdy steel casing, increasing durability. Its port and indicator layout on the front panel enables easy network connections monitoring and management.

Product development: Ubiquiti has recently introduced Network 8.0R, featuring a revamped UI for streamlined management. This update brings a host of improvements, like a new Port Manager that boosts control and visibility over individual ports. It also includes VLAN tagging visualization and shows you with a clear overview of VLAN configurations per port. This advancement offers greater control and insights into network segmentation, contributing to more efficient management and troubleshooting processes.

Why we picked Ubiquiti Unifi Switch 48-Port Gigabit Managed Network

We chose Ubiquiti Unifi Switch 48-Port Gigabit Managed Network for its high performance, comprehensive feature set, and security. This switch gives network administrators the tools they need to secure their networks and manage access effectively.

***Insert Fig G – Ubiquiti Unifi Switch 48-Port Gigabit Managed Network product image***

Pros and cons

Pricing

The Unifi Switch 48-Port Gigabit Managed Network is priced at $399.00 on Ubiquiti’s website.

Features

• 48 gigabit Ethernet ports
• PoE.
• UniFi Controller integration.
• VLAN support.
• Layer 2 switching.
• Rack-mountable design.
• Fanless design.
• Link aggregation.
• QoS settings.
• Energy-Efficient Ethernet (EEE).
• Loop prevention and detection.
• Port mirroring.
• Secure shell (SSH) support.
• Jumbo frame support.

Juniper EX2300

Best for branch and remote offices

Overall rating: 4.25/5

• Cost: 2/5
• Core features: 5/5
• Customer support: 5/5
• Scalability and performance: 5/5
• Ease of installation: 3.25/5

The Juniper EX2300 switches are well-suited for branch and remote offices due to their compact and scalable design. The switches in this series come in a form factor that is conducive to environments where space may be limited, making them an ideal fit for deployment in branch offices.

Despite their compact size, these switches offer scalability to accommodate the growing network needs of branch offices over time. It has high-speed connectivity with flexible uplink options for fast and reliable data transfer. Aside from this, the EX2300 series addresses security concerns prevalent in branch and remote offices with ACLs, port security, and support for network segmentation to prevent unauthorized access to the network infrastructure.

The EX2300 series brings redundant power options and link aggregation, increasing network resilience and minimizing downtime in the event of failures. It also includes the Junos OS to simplify network management tasks for remote administrators.

Product design: The EX2300 has a modern, compact design that is ideal for crowded wiring closets and access locations with space or power constraints. It is only one rack unit deep and has a low acoustic profile.

Product development: Juniper has progressively updated the EX2300 over time. Some models can now use PoE standards 802.3af Class 3 and 802.3at PoE+, which means they can provide power to different network devices. In addition, EX2300 switches now support cloud-based operations and are zero touch provisioning (ZTP) enabled. This promotes seamless onboarding, configuration, and management via Juniper Mist Wired Assurance.

Why we picked Juniper EX2300

On top of its advanced features, we picked the Juniper EX2300 series because of its reliable performance. It maintains high-performance with low latency and ensures efficient data transfer within the network. Furthermore, the switch supports Virtual Chassis technology for organizations that prioritize virtualization. This allows multiple interconnected switches to operate as a single, logical device.

Pros and cons

Pricing

Juniper Networks doesn’t post pricing details for the EX2300 switches on their page. Contact their sales team for detailed prices.

Features

• 24 gigabit Ethernet ports.
• Layer 2 and Layer 3 support.
• PoE/PoE+ support.
• Supports VLAN configurations for network segmentation.
• QoS features.
• MAC limiting, DHCP snooping, and DAI (Dynamic ARP Inspection.
• Operates on the Junos OS.
• Unified in-service software upgrade (ISSU).
• Juniper Virtual Chassis technology.
• Juniper Sky Enterprise integration.
• Port security.
• Web-based GUI and a CLI.
• Loop detection and prevention.
• Energy efficient.

D-Link DGS-1100-24PV2

Best for scalability

Overall rating: 4.25/5

• Cost: 3.75/5
• Core features: 4.5/5
• Customer support: 4/5
• Scalability and performance: 5/5
• Ease of installation: 3.25/5

The D-Link DGS-1100-24PV2 is a 24-port gigabit PoE Smart Managed switch with features to meet the needs of diverse networking environments. It has 24 gigabit Ethernet ports, including 12 PoE+ ports, giving high-speed wired connectivity and power for different devices.

One of the key strengths of the DGS-1100-24PV2 is its scalability. With a web-based management interface and smart managed features, the switch enables administrators to easily configure, monitor, and scale the network without the complexity of fully managed solutions. The inclusion of QoS and support for link aggregation further increases its scalability, making sure of appropriate resource allocation and more bandwidth as the network expands.

Product design: The DGS-1100-24PV2 is space saving and can be installed in a rack or placed on a desktop. This switch also has a fanless design, so it operates silently.

Product development: D-Link has broadened its product range with the launch of the DMS-106XT Multi Gigabit Unmanaged switch. This model delivers multi-gigabit connectivity to further enhance wired connections. A notable feature of this switch is its Turbo Mode, which intelligently prioritizes latency-sensitive applications for optimal performance.

Why we picked D-Link DGS-1100-24PV2

The D-Link DGS-1100-24PV2 is one of the best network switch products on our list because of its scalability, reliability, and D-Link’s overall brand reputation. The switch supports QoS, which prioritizes network traffic to keep critical network applications running at top performance. It also features Static MAC, allowing you to create a MAC allowlist for specific ports and protect your business network. What’s more, it comes with a lifetime warranty, demonstrating D-Link’s commitment to product quality and long-term customer confidence.

Pros and cons

Pricing

The DGS-1100-24PV2 costs $229.99 on D-Link’s official page.

Features

• 24 gigabit Ethernet ports.
• 12 PoE+ ports.
• 100W PoE budget.
• Auto surveillance VLAN.
• Auto voice VLAN.
• Bandwidth control.
• QoS features.
• Static MAC.
• Loopback detection and cable diagnostics.
• IGMP snooping.
• D-Link Network Assistant Utility (DNA) web-based interface for switch configuration.
• Fanless design.
• Energy efficient.
• Compact and rackmountable.

Key features of a network switch

Some of the most important features to consider when choosing the best network switch for your business include port density, data transfer speed, VLAN support, QoS, and PoE.

Port density

Port density refers to the number of ports or Ethernet interfaces the network switch has and determines how many devices can be directly connected to the switch.

High port density is important for scalability in growing networks, allowing for the accommodation of more devices without adding infrastructure. It also contributes to efficient resource utilization and reduces network complexity by consolidating devices.

Data transfer speed

Data transfer speed, measured in megabits or gigabits per second (Mbps/Gbps), signifies the data transmission rate between devices connected to the switch.

Faster data transfer speeds effectively support data-intensive applications and large file transfers. Higher speeds, such as 1 Gbps and 10 Gbps, contribute to smooth data transmission, preventing network congestion.

VLAN support

The VLAN support feature enables network segmentation into multiple virtual networks, with each VLAN operating separately. This provides isolation and control over network traffic, bolstering overall security and network organization.

VLAN support is critical in business settings where different departments or user groups call for separate network segments.

Quality of Service (QoS)

Quality of Service (QoS) encompasses a set of technologies and protocols that prioritize specific types of network traffic.

It is particularly valuable in environments with varying applications and bandwidth requirements. QoS also helps maintain consistent and high-quality experience for real-time applications like VoIP.

Power over Ethernet (PoE)

Power over Ethernet (PoE) lets the network switch deliver both data and electrical power over the same Ethernet cable. As a result, devices like IP cameras, wireless access points, and VoIP phones can receive power and data over a single Ethernet cable, simplifying installation and eliminating the need for additional wires and power sources.

In a business environment, this feature facilitates the deployment of devices in locations with limited power outlets or where a clean and organized cabling infrastructure is necessary.

How we evaluated network switches

In order to find the best network switch, we meticulously examined and compared several network switches in the market today. We considered five major criteria in our assessment: cost, core features, customer support, scalability and performance, and ease of installation.

We evaluated the performance of each network switch for every criteria and rated them accordingly. Then we calculated their total scores.

Cost – 20%

For the Cost category, we considered the pricing range of each switch, its warranty, and pricing transparency of the network switch company.

Criterion winner: TRENDnet TEG-S24Dg

Core features – 40%

To grade the core features, we factored in port density, data transfer speed, management type, PoE, QoS, VLAN support, energy efficiency, and built-in security capability.

Criterion winners: Cisco Catalyst 9000, Ubiquiti Unifi Switch, and Juniper EX2300.

Customer support – 10%

To compute the scores for this criteria, we checked if each vendor offers several customer support options, like live chat, phone, email, active community, and in-depth documentation or knowledge base. We also verified if real-time assistance is available to customers 24/7.

Criterion winners: Cisco Catalyst 9000, NETGEAR MSM4352, Linksys LGS116P, and Juniper EX2300.

Scalability and performance – 15%

We measured scalability and performance separately for this category:

For scalability, we gauged the features offered by the network that will allow them to handle significant network growth. This includes scalability, PoE, QoS, and security features.

To evaluate performance, we checked the transfer speeds and latency of each network switch and researched any connectivity issues from numerous user reviews.

Criterion winners: Cisco Catalyst 9000, NETGEAR MSM4352, Ubiquiti Unifi Switch, and Juniper EX2300.

Ease of installation – 15%

We used two different methods to assess the ease of installation for managed and unmanaged switches.

For managed switches, we studied multiple user reviews from independent sources to determine if the network switch is easy to set up with clear instructions, and doesn’t need specialized knowledge.

For unmanaged switches, we checked if the switch has a plug-and-play functionality, eliminating complex networking configuration. We also reviewed customer feedback to find out if the switch is easy to install from the users’ perspectives.

Criterion winners: Cisco Catalyst 9000, NETGEAR MSM4352, Ubiquiti Unifi Switch, Linksys LGS116P, TRENDnet TEG-S24Dg, and TP-Link TL-SG3452XP.

Frequently Asked Questions (FAQs)

Who is the leader in network switches?

After our rigorous assessment, we concluded that the leader in network switches when it comes to overall capability is Cisco Catalyst 9000.

In terms of business growth, the leader in network switches is Cisco according to MarketsandMarkets.

What is the most complex network switch?

Based on our research, the most complex switches are Juniper EX2300 and D-Link DGS-1100-24PV2. Users find these switches challenging to set up and configure.

Do home networks need robust network switches?

For small home networks with a few devices, a basic unmanaged switch is usually adequate. However, if your network involves bandwidth-intensive activities, like online gaming, 4K streaming, or multiple simultaneous video calls, investing in a more robust or managed switch, such as Cisco or NETGEAR, may be beneficial.

Bottom line: Choosing the best switch for your network

There are several factors you have to consider in choosing the best network switch for your needs. Aside from finding the fastest Ethernet switch, you also have to take cost, customer support quality, scalability, and ease of installation into consideration.

This recommendation for best network switches serves as a guide to help you find the most trusted enterprise networking companies and switches that can meet your requirements.

Read our recommendation on the best network security software and tools for enterprises to effectively protect your networks from unauthorized access, data breach, and cyber threats.

The post 9 Best Network Switches for 2024: Speed and Features Compared appeared first on Enterprise Networking Planet.

Investing in an SMB firewall is a proactive step that bolsters the overall security posture of growing businesses, minimizing the risks associated with cyberthreats and ensuring business continuity.

Here are our top recommendations for best firewalls for small and medium business networks:

• Perimeter 81: Best overall firewall for small and medium businesses
• SonicWall TZ: Best for advanced security and operational simplicity
• Palo Alto Networks: Best for complete visibility and control
• pfSense: Best free, open source firewall
• Sophos XGS: Best for flexible deployment and protection
• Cisco Meraki MX: Best for remote work
• Fortinet FortiGate: Best for hybrid cloud environments
• Zscaler Cloud Firewall: Best for multi-cloud environments

Top SMB firewall software comparison

The comparison table below shows the key differences between SMB firewalls. It gives a summary of the type of firewall product, the available firewall appliance selection, features, and pricing transparency to help you choose the best firewall for small business enterprises:

Perimeter 81

Best overall firewall for small and medium businesses

Overall rating: 4.75/5

• Cost: 4.25/5
• Core features: 5/5
• Customer support: 4/5
• Integrations: 4.5/5
• Ease of use: 5/5

Perimeter 81’s Firewall as a Service (FWaaS) delivers advanced security features, such as multi-factor authentication (MFA), single sign-on (SSO) integration, strong encryption, automatic Wi-Fi protection, and malware protection. It also works seamlessly with various cloud IaaS environments, on-premises firewalls, routers, or SD-WAN devices, making it a flexible and adaptable solution for businesses of all sizes.

As a cloud-based solution, Perimeter 81 FWaaS eliminates the need for physical hardware, reducing costs and easing deployment. It is also scalable, allowing businesses to adjust their security measures as they grow. The solution is manageable from anywhere, at any time, promoting convenience and flexibility.

Recent product development:

Check Point Software Technologies acquired Perimeter 81 in August 2023. Check Point will integrate Perimeter 81’s capabilities into its Infinity architecture for a unified security solution across the network, cloud, and remote users. Perimeter 81 is ideally positioned to enhance Check Point’s secure SASE solution.

Why we picked Perimeter 81

Perimeter 81 emerged as our best overall firewall for small business enterprises and medium organizations because it has a comprehensive feature set, wide variety of integrations, and reliable customer support. On top of that, it offers flexible pricing options and is fairly easy to set up and manage.

Its simple user interface (UI) promotes a seamless experience even for non-technical users to navigate and perform tasks, like creating, managing, and securing custom networks that span across multiple regions. Its ability to integrate with major identity providers and support for various VPN protocols make it a versatile solution that can cater to a wide range of business needs.

Pros and cons

Pricing

Perimeter 81 offers the following pricing plans for its FWaaS. It is one of the few vendors who displays pricing information on their page.

• Premium: $12 per user per month (minimum of 10 users).
• Premium Plus: $16 per user per month (minimum of 20 users).
• Enterprise: Contact sales.

Features

• Firewall as a Service (FWaaS).
• Zero trust network access (ZTNA).
• Traffic filtering rules.
• Encrypted tunneling.
• Malware protection.
• Web filtering.
• Split tunneling.
• Agentless access.
• Multi-factor authentication (2FA/MFA).
• Bank-level AES-256 encryption and individual user-to-app SSL connections.
• Automatic Wi-Fi protection.
• DNS filtering.
• Device posture check.
• Monitoring dashboard.
• Site-to-site interconnectivity.
• Ensures zero trust access across iOS and Android devices as well as PC, Linux, and Mac desktops.
• Granular control allows you to Segment Layer 3 and 4 access based on user or group identity, using network policy rules.

SonicWall TZ

Best for advanced security and operational simplicity

Overall rating: 4/5

• Cost: 2.5/5
• Core features: 4.75/5
• Customer support: 3.5/5
• Integrations: 4/5
• Ease of use: 5/5

The SonicWall TZ series is a robust line of next-generation firewalls (NGFWs) providing a unique blend of sophisticated security features and operational simplicity. It has cutting-edge capabilities, such as Real-Time Deep Memory Inspection (RTDMI) technology, advanced firewall protection, and multilayer malware protection.

RTDMI proactively detects and blocks unknown mass-market malware in real-time. This, coupled with threat prevention and integrated security solutions, boosts protection against a wide array of threats. Its firewall security offers network management, anti-spam, and a real-time sandbox. Furthermore, its multilayer malware protection eradicates known, new, and updated ransomware variants, and can roll back endpoints to their prior clean state.

Despite its advanced features, the SonicWall TZ series gives importance to operational simplicity. Features like Zero-Touch Deployment streamline the installation and operation process, while the single-pane-of-glass management feature allows for centralized control of all firewall operations. In terms of design, SonicWall TZ  balances modern security and ease of use, making it a compelling choice for businesses seeking a reliable and manageable network security solution.

Recent product development:

SonicWall acquired Solutions Granted, Inc. (SGI), a top Managed Security Service Provider (MSSP), expanding its line of cybersecurity solutions. These combined solutions will leverage the latest in AI to provide a differentiated service.

Why we picked SonicWall TZ

We picked SonicWall TZ because of its user-centric design and around-the-clock protection against persistent cyberattacks. Its network firewall can defend your organization from malware, ransomware, viruses, intrusions, botnets, spyware, trojans, worms, and other malicious attacks.

Aside from that, SonicWall’s clear and intuitive UI can help you quickly understand the status of the firewall, potential security incidents, and other relevant information.

Pros and cons

Pricing

SonicWall doesn’t publish pricing information on their page. Get in touch with their sales department for more details.

Features

• Advanced threat prevention with deep memory inspection.
• Multi-core, parallel-processing hardware architecture.
• Secure SD-WAN.
• Integrated PoE/PoE+ support.
• SonicExpress App onboarding.
• Real-Time Deep Memory Inspection (RTDMI).
• Capture Advanced Threat Protection (ATP).
• Single-pane-of-glass management and reporting.
• SSL/TLS decryption and inspection.
• Application usage control across the network.
• Connect from virtually any operating system (OS).
• Detects and removes hidden threats over its VPN connection.
• Anti-malware.
• Application identification.
• Enhanced dashboard.
• Intrusion prevention.
• Content filtering.

Palo Alto Networks

Best for complete visibility and control

Overall rating: 3.75/5

• Cost: 2.5/5
• Core features: 5/5
• Customer support: 2/5
• Integrations: 4.5/5
• Ease of use: 2.5/5

Palo Alto Networks NGFW brings advanced threat prevention, URL filtering, and application visibility and control. One of its standout features is its use of machine learning (ML) capabilities to protect your organization against a vast majority of unknown file and web-based threats instantly. This NGFW adapts and provides real-time protection, offering a level of security that is hard to match.

Palo Alto Networks NGFWs leverage key technologies built into PAN‑OS natively, namely App‑ID, Content‑ID, Device-ID, and User‑ID, to give complete visibility and control of the applications across all users and devices in all locations all the time. Additionally, it can extend visibility to unmanaged IoT devices without the need to deploy additional sensors.

That said, it has an elaborate UI that could make it harder to perform configurations.

Recent product development:

Palo Alto added a feature in August 2023 to further expand its NGFW’s capabilities. Its newly enhanced Capacity Analyzer uses ML models to anticipate resource consumption nearing its maximum capacity and raise alerts in advance to flag potential capacity bottlenecks. This proactive approach makes sure that you receive early notifications about possible capacity constraints, so you can take preemptive action to safeguard your business operations.

Why we picked Palo Alto Networks NGFW

We selected Palo Alto Networks NGFW for its scalability and broad integration capabilities. These NGFWs are deployable in various environments, including on-premises and cloud platforms like AWS and Azure, letting SMBs grow and adapt their network security as their business needs change. Moreover, its integration with different third-party tools, like cloud platforms and third-party VPN clients delivers flexibility in securing your network.

Pros and cons

Pricing

Palo Alto Networks doesn’t offer pricing information on their website. To know more, contact their sales team.

Features

• Advanced threat detection.
• Complete visibility and control of the applications in use across all users and devices.
• Protects against unknown file and web-based threats instantly.
• Automated policy recommendations.
• IoT security.
• Threat prevention and DNS security.
• URL filtering.
• Data filtering.
• File blocking.
• WildFire malware analysis prevents zero-day exploits and malware.
• Built-in GlobalProtect VPN.
• User-ID and Device-ID.

pfSense

Best free, open source firewall

Overall rating: 4/5

• Cost: 5/5
• Core features: 3.75/5
• Customer support: 3.25/5
• Integrations: 3.5/5
• Ease of use: 3.5/5

pfSense, developed and maintained by Netgate, is a free, open-source firewall with a wide range of features, such as stateful packet inspection, IP/DNS-based filtering, anti-spoofing, captive portal guest network, time-based rules, and connection limits. It also comes with NAT mapping, policy-based routing, concurrent IPv4 and IPv6 support, and configurable static routing.

What sets pfSense apart from other SMB firewalls is its versatility and cost-effectiveness. You can deploy it with limited hardware resources, making it a low-cost solution for SMBs. In addition, its open-source nature allows for a high degree of customization, enabling it to support numerous use cases.

While pfSense’s UI is designed to be user-friendly, setting up and configuring the software requires a certain level of technical skills. This entails an understanding of networking concepts, firewall rules, and VPNs.

If you’re new to pfSense, there are many resources available to help you get started, including the official documentation, community forums, and several online tutorials. However, if you’re setting up a complex network or you’re not comfortable with these concepts, it might be a good idea to consult with a network professional to avoid security risks.

Recent product development:

Netgate continuously updates pfSense community edition, with the latest update just released recently. This update includes OpenSSL upgrade, introduces Kea DHCP as a feature you can opt into, and enhances SCTP support. Since 2008, Netgate has been the steward of pfSense and has provided resources for its development.

Why we picked pfSense

We selected pfSense because of its affordability and flexibility. Since it is free to use and modify, it could bring a significant advantage for SMBs operating on a tight budget. The solution is also customizable to meet the specific needs of different networks, from basic network security to complex protection. So, whether you’re looking for the best firewall for small business ventures or for startups with financial constraints, pfSense could be an ideal choice.

Pros and cons

Pricing

pfSense has free and paid versions. The pricing for paid plans are as follows:

• Premium: $129 per year
• (Cloud) pfSense on AWS: From $0.01/hr to $0.40/hr

Contact Netgate for additional details.

Features

• Stateful packet inspection.
• IP/DNS-based filtering blocks web traffic from entire countries.
• Built-in anti-spoofing capabilities.
• Captive portal guest network.
• Supports time-based rules.
• Allows you to set connection limits.
• NAT mapping (Inbound/Outbound).
• Policy-based routing.
• Concurrent IPv4 and IPv6 support.
• Configurable static routing.

Sophos XGS

Best for flexible deployment and protection

Overall rating: 4.25/5

• Cost: 3.75/5
• Core features: 5/5
• Customer support: 4.75/5
• Integrations: 4/5
• Ease of use: 2.5/5

The Sophos XGS Series firewall gives comprehensive protection for SMBs through deep learning technology for advanced threat prevention and synchronized security that integrates firewall and endpoint defense.

Additionally, Sophos XGS firewalls have built-in web and email protection, network visibility, and flexible deployment options. They also use a pioneering form of ML to detect known and unknown malware without relying on signatures. Together, these features can effectively defend against different cyberthreats, making Sophos firewalls a reliable solution for network security.

The UI design of Sophos XGS presents an all-in-one view of different security aspects, like system status, traffic insights, user and devices, active firewall rules, and alerts. This detailed design, although informative, may be overwhelming to some users.

Recent product development:

Sophos has incorporated a new feature called Active Threat Response in its Sophos Firewall v20. This feature offers an immediate and automated reaction to active threats. Analysts from Sophos XDR and MDR can directly send threat intelligence to firewalls from Sophos Central. This allows the firewalls to instantly coordinate defenses without requiring manual intervention or creating new firewall rules.

Why we picked Sophos XGS

Aside from its rich feature set, we picked Sophos XGS because it gives you flexible deployment options. You can choose from hardware, software, virtual, or cloud deployments to fit your specific network requirements, budget, and IT environment. Furthermore, having multiple deployment options lets you scale your security solutions in line with your business growth.

Pros and cons

Pricing

Sophos doesn’t reveal information about their payment models on their pricing page. Reach out to their sales department to get a quote.

Features

• Deep packet inspection (DPI).
• Encrypted traffic.
• Zero-day and ML protection.
• Cloud sandbox.
• Web protection.
• Synchronized security.
• Active threat protection.
• Application control.
• Web control.
• Content control.
• Business application defense.
• Email and data protection.
• SD-WAN.
• Central SD-WAN orchestration.
• Site-to-site VPN.
• Remote access VPN.
• Wireless controller.
• Enterprise-grade networking for NAT, routing, and bridging.
• Network segmentation.
• Dashboard and alerts.
• Central management.

Cisco Meraki MX

Best for remote work

Overall rating: 4.25/5

• Cost: 3.75/5
• Core features: 5/5
• Customer support: 3.75/5
• Integrations: 3.5/5
• Ease of use: 5/5

Cisco Meraki MX is a unified threat management (UTM) and software-defined WAN (SD-WAN) with a wide array of sophisticated firewall services. Alongside site-to-site VPN, it has intrusion prevention capabilities powered by SNORT, a Cisco-developed system. It also includes content filtering, anti-malware protection, and geo-based firewalling features.

Meraki MX comes with features particularly beneficial for remote work, like employee onboarding, secure cloud access, quick BYOD set-up, and data protection. Its cloud-based management also facilitates remote system management, configuration, and installation, which are crucial for remote work scenarios. Moreover, the Meraki Systems Manager accelerates remote employee onboarding with seamless provisioning. This means new employees can quickly get set up with the tools they need to work from home.

The Meraki dashboard displays complete network and application data, making it easier for IT teams to monitor and manage the network remotely. It has a simple and straightforward UI that streamlines network administration tasks. It allows you to track all Meraki products in a single, consolidated dashboard.

Recent product development:

Cisco Meraki introduced its Colorblind Assist Mode, adjusting the dashboard colors to make it easier for customers who are colorblind or have low vision issues to view information at a glance. It also has updates for remote network traffic analysis flow improvement and network security enhancement.

Why we picked Cisco Meraki MX

We chose the Cisco Meraki MX series for its extensive features and accessibility. These features include application layer filtering, customizable security policies, and advanced logging and reporting capabilities, all of which cater to a wide range of network requirements. The Meraki MX series’ cloud-based platform further enhances accessibility, enabling your distributed workforce to securely access a reliable connection to your corporate resources from any location.

Pros and cons

Pricing

Cisco Meraki has a product catalog with pricing details on hardware appliances and estimates. For full pricing information, contact their sales team.

Features

• Cloud-managed IT.
• Comprehensive product portfolio.
• Access point range and signal strength maximization.
• Adaptive security.
• Cloud networking dashboard.
• UTM and SD-WAN solution.
• Full traffic visibility.
• Remote work support.
• Customer experience analysis.
• Lets you adjust traffic limits and block websites per user or network for productivity and compliance.

Fortinet FortiGate

Best for hybrid cloud environments

Overall rating: 4.5/5

• Cost: 2.5/5
• Core features: 5/5
• Customer support: 4.5/5
• Integrations: 4.75/5
• Ease of use: 5/5

FortiGate, a high-performance firewall and network security platform, forms the backbone of Security Fabric, Fortinet’s solution for multi-cloud security. It provides a vast array of security and networking capabilities, such as comprehensive stateful inspection, packet filtering, DPI, and intrusion detection and prevention systems (IDPS). Additionally, it offers application layer filtering, antivirus and antimalware protection, and web content filtering, among other features.

FortiGate is a good fit for hybrid cloud environments as it has solid security features that can protect the communication between on-premises and cloud-based resources. It also supports various deployment modes, including an extensive selection of hardware appliances, virtual appliances, and cloud-native instances. In addition, this NGFW brings dynamic micro- and macro-segmentation to prevent the lateral spread of malware, which is particularly imperative in hybrid environments.

FortiGate has a user-friendly and clear UI design that gives an overview of everything from your network to logs and reports. It also has charts that help you understand risks at a glance and controls that allow you to sort data the way you prefer.

Recent product development:

Fortinet’s strategic expansion with Digital Realty, a global leader in data center, colocation, and interconnection services, marks a significant step forward in its commitment to providing robust and scalable security solutions. This partnership enhances Fortinet’s ability to deliver its Universal Security Architecture (USG) across Digital Realty’s extensive network of data centers worldwide. This means that as a Fortinet customer, you can scale your security infrastructure for optimal protection regardless of your organization’s size.

Why we picked Fortinet FortiGate

We chose Fortinet FortiGate for its ability to simplify management processes without sacrificing efficiency. It provides centralized control and visibility into suspicious activities, anomalies, and advanced threats. Moreover, its SSL-inspection feature does not slow down network speed, eliminating compromise between security and performance.

Pros and cons

Pricing

Fortinet doesn’t show pricing information for FortiGate. Contact their sales team for complete pricing information.

Features

• NGFW with unified management for hybrid mesh firewall.
• Deep visibility and security.
• AI/ML security and enterprise networking convergence.
• Integrated SD-WAN, switching and wireless, and 5G features.
• Centralized management console.
• SSL/TLS inspection scans encrypted traffic.
• Application control.
• Intrusion prevention.
• Multi-layered security.
• Robust integration.
• Highly-customizable security policies.
• Various customer support options.

Zscaler Cloud Firewall

Best for multi-cloud environments

Overall rating: 4.25/5

• Cost: 2.5/5
• Core features: 5/5
• Customer support: 3.25/5
• Integrations: 4.5/5
• Ease of use: 4.25/5

Zscaler Cloud Firewall is a cloud-based solution that forms an integral part of the Zscaler Zero Trust Exchange. It offers comprehensive security for users, data, and devices, providing real-time visibility and control over network traffic. This firewall supports granular control, allowing centralized policy management for all users and traffic. It also integrates seamlessly with other Zscaler services for a unified security approach.

Zscaler Cloud Firewall’s architecture promotes scalability and ease of management. It lets you protect users, data, and devices no matter where they are. This makes it particularly suitable for multi-cloud environments, where traditional hardware firewalls may struggle to deliver consistent protection across diverse platforms and locations.

With a minimalistic and modern design, Zscaler’s UI facilitates quick access to key features, such as rule configurations, analytics, and firewall controls. The logical organization of menus and the use of visual elements contribute to a seamless user experience, making it accessible for admins to implement firewall policies effortlessly.

Recent product development:

In November 2023, Zscaler unveiled major updates to its Zero Trust Exchange platform to bolster cloud workload security. Notable features include the ability to create custom security groups on AWS through user-defined tags, real-time resource discovery, and multi-session VDI security inspection for public cloud deployments. Additionally, Zscaler expands its cloud coverage to include Google Cloud Platform, Azure China Regions, and AWS GovCloud with FedRAMP certification, expanding its solutions across major public cloud providers.

Why we picked Zscaler Cloud Firewall

We picked Zscaler Cloud Firewall because its cloud-first approach enables scalability and centralized management for consistent security policies across multi-cloud deployments, which is especially important today, where remote work continues to grow.

Pros and cons

Pricing

According to Zscaler’s pricing page, its firewall solution is included in Transformation and Unlimited plans in Zscaler for Users Editions and Zscaler Internet Access (ZIA) Editions. However, it doesn’t publish actual pricing information on their page. Get in touch with their sales team to learn more.

Features

• Cloud-based protection.
• Zero trust security.
• SSL Inspection.
• Real-time protection.
• Centralized policy management for all users and traffic.
• User-based policies.
• Global coverage.
• Traffic inspection.
• Bandwidth control.
• Advanced attack detection.
• Secures direct-to-internet connections elastically for all hybrid and branch traffic.
• Always-on cloud IPS and custom signature.
• Secure DNS.
• Identifies and intercepts evasive and encrypted cyberthreats using non-standard ports.
• User- and app-aware threat protection with dynamic, follow-me policies on and off the corporate network.
• Creates flexible access policy to cloud services and PaaS/IaaS.

Key features of SMB firewall software

Core features of an SMB firewall includes stateful inspection and packet filtering, intrusion detection and prevention, VPN support, application layer filtering, and logging and reporting.

Stateful inspection and packet filtering

Stateful inspection and packet filtering are crucial to a firewall as they form the first line of defense in network security, making sure that only safe and necessary traffic gets through. This not only protects the network and its data, but also optimizes network performance by eliminating unwanted traffic.

Stateful inspection actively scrutinizes the context of ongoing connections and permits or restricts traffic flow depending on the connection’s state. On the other hand, packet filtering evaluates individual packets against a set of predefined rules. It ensures that only legitimate connections are established and minimizes the chances of unauthorized access to sensitive business data.

Intrusion detection and prevention system (IDPS)

Intrusion detection and prevention system (IDPS) monitors network or system activities for suspicious behavior or known attack patterns. It strengthens the firewall’s effectiveness by offering an additional layer of security that goes beyond basic access control. IDPS actively mitigates detected threats and provides real-time prevention, decreasing the risk of data breaches and protecting the integrity of business operations.

VPN support

Good virtual private network (VPN) support enables secure communication over the internet by encrypting data transmissions between connected devices. This firewall feature is vital for safeguarding remote access, protecting confidential business communications, and guaranteeing the privacy of sensitive data.

Application layer filtering

Application layer filtering examines data at the application layer of the OSI model. It controls application usage, mitigating risks from unauthorized or non-business-critical applications, and maintains network efficiency. This feature not only boosts security, but also optimizes network performance, reduces potential cyberthreats, and supports efficient network resource utilization.

Logging and reporting

The firewall’s logging and reporting feature records network activities and generates detailed reports so network administrators can monitor traffic, spot patterns, detect anomalies, and troubleshoot issues. This feature gives visibility into network activities, aids in identifying and mitigating security threats promptly, and presents compliance evidence, thereby maximizing the firewall’s effectiveness.

How we evaluated SMB firewall software

To ensure a data-driven evaluation for this best small business firewall review, we meticulously compared and scrutinized different SMB firewall solutions. Five major criteria make up our assessment. These include cost, core features, customer support, integrations, and ease of use.

We measured each firewall provider’s performance against each of these criteria and scored them based on their effectiveness. We then aggregated the scores for each SMB firewall software provider.

Cost – 20%

To compute the scores for this criteria, we considered each company’s pricing model, transparency, and the availability of a free trial, as well as its duration. We favored free trials over money-back guarantees, as they usually allow potential buyers to test the service without making any initial payments.

Criteria winner: pfSense

Core features – 40%

For core features, we examined the range of features each SMB firewall offered as a built-in capability. We measured features such as stateful inspection and packet filtering, IDPS, VPN support, application layer filtering, web content filtering, antivirus and malware protection, logging and reporting, centralized management, customizable security policies, and user authentication and access control. We took the extensiveness of hardware appliance selection into consideration, if applicable.

Criteria winners: Perimeter 81, Palo Alto Networks, Fortinet FortiGate, and Zscaler Cloud Firewall.

Customer support – 10%

We factored in the availability of live chat, phone, and email support, active community, and in-depth documentation or knowledge base to all users across all payment tiers to calculate the scores for customer support. We also considered customer support knowledge and response times.

Criteria winner: Sophos XGS

Integrations – 20%

For integrations, we assessed the number of third-party integrations each SMB firewall directly integrates with. We primarily focused on relevant solutions, like identity providers, SIEM systems, authentication systems, cloud services, endpoint security solutions, and VPN solutions. We also checked if the firewall integrates with threat intelligence feeds and supports custom integrations.

Criteria winner: Fortinet FortiGate

Ease of use – 10%

To determine scores for this criteria, we considered the ease of deployment and management of the SMB firewall solutions for users of different technical skill levels.

Criteria winners: Perimeter 81, SonicWall TZ Series, Cisco Meraki MX, and Fortinet FortiGate

Frequently asked questions (FAQs)

Cloud firewall vs. traditional firewall for small business

Choosing between a cloud firewall and a traditional firewall for small business enterprises isn’t a straightforward decision. It depends on several factors, like your business needs, budget, IT resources, and work setup. Here’s a quick comparison to give you an idea:

In some cases, a combination of both or a hybrid approach might be the best option. It’s important to evaluate your specific situation and consult with a cybersecurity expert before making a decision.

What are the different types of SMB firewalls?

There are many different types of SMB firewalls, like UTM firewalls, NGFWs, software firewalls, hardware firewalls, and cloud-based firewalls or FWaaS:

• Unified threat management (UTM) firewalls: UTM firewalls are all-in-one solutions with multiple security features, such as antivirus, intrusion detection/prevention, and content filtering.
• Next-generation firewalls (NGFWs): Advanced firewalls do more than the traditional packet filtering firewall, incorporating features like application-layer filtering and threat intelligence.
• Software firewalls: Installed on individual servers or computers to control traffic at the software level, like Windows Firewall.
• Hardware firewalls: Physical devices placed between the internal network and the internet to filter and monitor traffic. They generally include additional security features.
• Cloud-based firewalls or firewall-as-a-service (FWaaS): Offered as a service, these firewalls secure cloud-based applications and services. They are best suited for SMBs relying on cloud infrastructure.

Bottom line: Choosing the best firewall for your business

To choose the best firewall for small business ventures, you must consider several factors, including your enterprise needs, the structure of your business, available IT resources, and your budget. Finding the right firewall for your organization can help you take proactive measures to safeguard your growing business from potential threats and maintain the trust and confidence of your customers.

We have created this best small business firewall review to guide you in making the right decision. It will provide you with sufficient information to determine which SMB firewall is most compatible with your organization.

With a firewall in place, don’t neglect supporting documentation! Read our quick guide to establishing a firewall policy for your organization, complete with free, downloadable template.

The post 8 Best Firewalls for Small & Medium Business (SMB) Networks appeared first on Enterprise Networking Planet.

A thorough understanding of mobile security risks is crucial for both personal and business users, particularly in today’s environment, where the use of mobile devices in corporate settings is widespread. Mobile devices frequently contain sensitive business data and provide access to organizational networks, making them appealing targets for cyberthreats, which can result in anything from data breaches to operational disruptions.

Below is an overview of top 10 mobile security threats and what they specifically target: networks, devices, or applications.

Mobile network security threats

Mobile network security threats include insecure Wi-Fi networks, man-in-the-middle (MITM) attacks, phishing attacks, and data leakage. Some of these threats can be classified under multiple categories as they target several components.

Insecure Wi-Fi networks

Type of mobile threat: Network

Insecure Wi-Fi networks are susceptible to exploitation, allowing attackers to intercept data transmissions and gain unauthorized access. Cybercriminals use techniques like eavesdropping or setting up rogue Wi-Fi hotspots to illegally access systems, launch MITM attacks, or intercept transmission of sensitive data.

Best defense

Use secure, password-protected Wi-Fi networks, enable WPA3 encryption, and make use of a virtual private network (VPN) to add a layer of security when you’re connecting to public Wi-Fi.

Man-in-the-middle attacks

Type of mobile threat: Network, device, and app

MITM attacks involve intercepting and monitoring communication between two parties without their knowledge through packet sniffing, DNS spoofing, or setting up untrustworthy Wi-Fi hotspots. This allows attackers to gain unauthorized access to sensitive information, compromising user privacy and security.

MItM attacks are primarily a network threat since attackers target network communications. However, these attacks can also expose sensitive data stored on the devices connected to the compromised network. In terms of apps, a cybercriminal could intercept communication between apps and a server over an insecure network and access confidential information or inject malicious data.

Best defense

Use encrypted connections like HTTPS, avoid accessing sensitive information on public networks, and consider using a mobile VPN for added security. Additionally, keep your devices and apps up-to-date and be cautious of any unexpected changes in the behavior of your device or apps.

Phishing attacks

Type of mobile threat: Network and app

During phishing attacks, bad actors trick you into revealing sensitive information. They use fraudulent apps or messages to impersonate legitimate sources to coax you to give out passwords, credit card details, or other confidential data.

Best defense

Verify the legitimacy of websites and apps before sharing your personal information and enable two-factor authentication (2FA) or multi-factor authentication (MFA) on your mobile device for added security. Also, be sure to keep everyone in your organization trained and informed about phishing attacks and other social engineering threats.

Data leakage

Type of mobile threat: Network, device, and app

Data leakage refers to the unauthorized transmission of sensitive data from an organization to an external recipient. This typically happens because of unencrypted connections or when apps have excessive permissions that let them access and share user data without consent. Data leakage exposes personal or corporate information, leading to privacy breaches.

On the network level, data leakage can occur when unwanted individuals access private information being transmitted over the network due to weak network security protocols or compromised network devices.

Data leakage in devices happens when confidential data stored on the device is accessed by attackers through malware, physical theft of the device, or weak mobile security settings.

In terms of apps, this threat can take place when an app unintentionally reveals sensitive data as a result of coding errors or weak security controls.

Best defense

Regularly review and manage app permissions, use encrypted connections on public networks, and be cautious about sharing sensitive information on unsecured platforms.

Mobile device security threats

Security threats in mobile devices include SMS-based attacks, rooting or jailbreaking, and device theft and loss. Some of these attacks also can also fall under multiple categories.

SMS-based attacks

Type of mobile threat: Device and network

SMS-based attacks exploit weaknesses in SMS to deliver malware or phishing links, jeopardizing device security. Attackers send deceptive SMS messages containing malicious links or instructions, tricking you into taking actions. Clicking on links in these messages may lead to phishing websites or install malware, potentially allowing unauthorized access or data compromise.

SMS-based attacks often target individual devices to steal sensitive data, send premium-rate SMS messages without your knowledge, or carry out other malicious activities.

These attacks could potentially be used to execute a Denial-of-Service (DoS) attack over networks, too. By sending a large volume of SMS messages to a single target, an attacker could overload the network or device, rendering it unusable.

Best defense

Be wary of SMS messages from unknown numbers or those that request personal information, avoid clicking on links from unknown sources, and use mobile security apps that detect and block malicious content.

Rooting/jailbreaking

Type of mobile threat: Device

Rooting (Android) or jailbreaking (iOS) involves bypassing the manufacturer-imposed limitations on device functionality, which inherently compromises the device’s security model. Some users deliberately do this to obtain root access and alter system files. However, this practice weakens device security, increasing its vulnerability to malware and unauthorized access.

Best defense

Avoid rooting or jailbreaking your device, as it exposes it to additional security risks. Keep your device software updated and only use trusted apps from official sources.

Device theft or loss

Type of mobile threat: Device

Unauthorized data access can occur when your mobile device gets lost or stolen, especially if it lacks proper security measures, like strong passwords or biometric authentication.

Best defense

Implement strong authentication methods, encrypt your device, enable remote tracking and wiping functionalities, and avoid storing sensitive information directly on your device.

Mobile application security threats

Mobile app security threats include rogue apps, malware, and zero-day exploits. Malware and zero-day exploits can be categorized under multiple types of mobile threats.

Rogue apps

Type of mobile threat: App

Rogue apps are counterfeit mobile applications frequently used in mobile network hacking. These apps mimic trusted applications with the goal to steal sensitive information, such as login credentials or bank details. They can also install malware, spyware, or ransomware on your device.

You may unknowingly install rogue apps through various channels, like unofficial app stores, email links, repackaged apps in official stores, and even fake app stores.

Best defense

Only download apps from official app stores, review app permissions before installation, keep your mobile OS updated, and use reputable mobile security apps.

Malware

Type of mobile threat: App, device, and network

Malicious software, or malware, is a versatile threat that can target and exploit vulnerabilities at multiple levels. It can take the form of viruses, worms, Trojan horses, or spyware, and has the potential to undermine the security of mobile devices.

Malware typically enters devices when you accidentally download apps with malicious intent, access websites that lack security, or open attachments that carry infections. This can then disrupt your device’s functionality, lead to the theft of sensitive information, or enable unauthorized tracking of user activities.

Malware can spread across networks, impact operations, or put data being transmitted over the network at risk. Furthermore, it can spread to individual devices, weakening their security and making them vulnerable to data theft. Malware can also target specific apps and take advantage of weak spots in their code to illegally access data processed or stored by the app.

Best defense

Install reputable antivirus and anti-malware software on your device, update your mobile OS and apps regularly, and download apps only from official app stores.

Zero-day exploits

Type of mobile threat: App, device, and network

Zero-day exploits represent a significant security risk, as they take advantage of vulnerabilities in software or apps that are unknown to the vendor. Attackers exploit these vulnerabilities before the vendor can release patches or updates, leading to a range of potential security issues.

These threats exist on multiple levels. On a network level, cybercriminals can use them to penetrate network defenses, potentially gaining access to private information or assuming control over network operations. On a device level, zero-day exploits bypass device security measures, which could lead to the installation of malware or theft of personal data.

In the context of apps, these threats can take advantage of unpatched vulnerabilities in an app’s code, resulting in unwanted access or data breaches.

Best defense

Always update your software and apps to the latest versions, use security software to detect and mitigate potential threats, and follow security advisories from software vendors to apply patches promptly.

General tips for defending against mobile threats

There are several steps you can take to bolster mobile security and defend against mobile threats, such as keeping your software updated, using strong authentication, practicing good app security, protecting network communications, installing security software, and being wary of phishing attempts.

Keep your software updated

Regularly updating your device’s OS and apps is imperative for maintaining security. Updates commonly include patches for security vulnerabilities discovered since the last version of the software was released. By not updating, you leave your device exposed to these vulnerabilities. We recommend enabling automatic software updates whenever possible to ensure quick installation.

Use strong authentication

Using strong login passwords/PINs and biometric authentication, like fingerprint or facial recognition, can help protect your device from unauthorized access. 2FA of MFA, which requires multiple forms of verification aside from your password, further strengthens security. NIST’s Digital Authentication Guideline provides policies for Federal agencies implementing authentication, including the use of strong passwords/PINs and 2FA.

Practice good app security

Download apps only from official app stores, as third-party app stores may not have the same security measures in place. Additionally, regularly review and delete apps that you no longer use or need because these can be potential security risks.

Also be mindful of the personal information you allow apps to access. CISA recommends disabling third-party app stores and using security container technology to isolate enterprise data.

Protect network communications

Disable network radios like Bluetooth, NFC, Wi-Fi, and GPS when they’re not in use to reduce potential attack vectors. Moreover, avoid using public Wi-Fi networks when possible, as they can be insecure and exploited by cybercriminals. Here are a few simple steps to help you secure your networks, including wireless and remote access.

Install security software

Installing security software on your mobile device can effectively protect it from malware, and enhance overall mobile network security. Mobile security software is a broad term that covers the following:

Mobile content management (MCM)

Mobile content management (MCM) solutions manage and secure mobile content such as documents, images, and videos.

Mobile identity management (MIM)

Mobile identity management (MIM) tools authenticate and authorize mobile users and devices.

Antivirus/anti-malware software

Antivirus and anti-malware software detects and removes malware from mobile devices.

Mobile threat defense (MTD)

Mobile threat defense (MTD) solutions actively safeguard against mobile attacks by continuously monitoring and thwarting threats originating from malicious apps, networks, or devices.

Mobile VPN

Mobile VPNs encrypt and safeguard mobile data traffic, ensuring secure and private communication over public networks.

Firewall

Firewalls block unauthorized access to mobile devices or networks.

Mobile application management (MAM)

Mobile application management (MAM) software controls and protects mobile apps and data and allows administrators to manage the entire lifecycle of an app. This includes everything from app deployment and updates to policy enforcement and app retirement, ensuring a secure and efficient mobile environment.

Mobile device management (MDM)

Mobile device management (MDM) solutions give centralized control over mobile devices, letting administrators enforce security policies, manage device settings, and monitor device usage to ensure the security and integrity of corporate data.

Beware of phishing attempts

Always check the legitimacy of an email before opening any attachments or clicking on any links. Phishing emails often imitate legitimate companies or services to trick you into sharing sensitive information. Be particularly wary of emails in your junk or spam folders. Here are a few best practices to prevent phishing attacks.

12 signs your device is compromised

You can look out for some signs that your device is compromised, like unauthorized activities, unusual network traffic, unfamiliar apps, strange pop-ups, unexpected data usage, rapid battery drain, slow performance, overheating, unfamiliar texts or calls, changes in settings, inability to update, and difficulty shutting down.

• Unauthorized activities: Unusual login activity, unrecognized devices, or unexpected login alerts may suggest your accounts are at risk.
• Unusual network traffic: Large data transfers at odd times, or when you’re not using your device, could hint at a security issue.
• Unfamiliar apps: Apps or software you didn’t install, or altered app settings, could mean your device is compromised.
• Strange pop-ups, ads, emails, or messages: Unexpected notifications, especially urging you to click links or download files, or suspicious emails/messages, may signal malware.
• Unexpected data usage: Sudden increases in data usage could mean a malicious app is transmitting data.
• Rapid battery drain: Faster battery drain could be due to malware or other malicious activities consuming resources.
• Slow performance: Frequent freezes, crashes, or sluggishness could be a sign of malware or unauthorized processes running in the background.
• Overheating: Excessive heat despite light use could indicate background malware processes.
• Unfamiliar texts or calls: Unknown texts, calls, or messages, particularly with links or personal information requests, could be a sign of phishing attempts.
• Changes in settings: Changes in your device settings, unknown accounts, or disabled/uninstalled security software could suggest a security breach.
• Inability to update: If you can’t update your OS or apps, your device’s security might be compromised.
• Difficulty shutting down: If your device refuses to shut down or restart it could be due to malicious processes resisting termination.

What to do if your device is infected

In the unfortunate event that your device is infected, there are actionable steps you can undertake to rectify the situation, such as isolating your device, running a security scan, removing malicious apps, updating your OS, changing your password, enabling 2FA or MFA, reviewing account activity and monitoring unusual behavior, restoring from backup, installing mobile security apps, resetting your device to factory settings, seeking professional assistance, and educating yourself and your teammates.

• Isolate your device: Disconnect your device from the internet and disable Wi-Fi and mobile data to prevent further communication with the attacker or the spread of malware.
• Run a security scan: Use a reliable antivirus or anti-malware app to run a thorough scan of your device. Ensure that the security software is up-to-date before initiating the scan.
• Remove malicious apps: Identify and uninstall any suspicious or unfamiliar apps from your device. Check your app list and remove anything that you didn’t intentionally install.
• Update your operating system: Ensure that your device’s OS is up-to-date. Install any available updates and patches to address vulnerabilities that may have been exploited by the malware. If possible, enable automatic OS and app updates.
• Change passwords: Change the passwords for all your accounts, especially those related to sensitive information or financial transactions. Choose strong, unique passwords for each account and avoid using easy-to-guess passwords.
• Enable 2FA or MFA: If not already enabled, set up 2FA or MFA for your important accounts for boost security.
• Review account activity and monitor unusual behavior: Review your account activity thoroughly and look for any suspicious transactions, and report any unauthorized access to your service providers. Additionally, keep a close eye on your device for any unusual behavior, pop-ups, or performance issues. Regularly review your app permissions and settings to ensure they align with your preferences.
• Restore from backup: If you have a recent backup of your device, restore it to a state before the infection occurred to help eliminate any traces of malware that may persist on your device.
• Install mobile security apps: After resolving the infection, install a trusted mobile security app for ongoing protection. Keep the app updated to defend against emerging threats.
• Reset your device to factory settings: If the infection is severe and cannot be remedied through other means, consider resetting your device to factory settings as a last resort. Doing so will erase all data, including the malware, but make sure to back up essential data before taking this step.
• Seek professional assistance: If you’re unsure about the extent of the infection or if you’re unable to remove the malware, consider seeking assistance from a professional or contacting your device’s customer support.
• Educate yourself and your team: Learn from the experience and understand how the malware infected your device to avoid similar situations in the future. Stay informed about the latest security threats and best practices, and make sure anyone else using your network understands risks and best practices as well.

Bottom line: Staying ahead of mobile security threats

Mobile security threats are everywhere, and in many cases they’re harder to spot or prevent than on traditional computers. But by remaining informed, proactive, and vigilant, you can avoid the vast majority of threats and attacks on your mobile networks, devices, and apps.

Using mobile VPNs is an effective way to protect your devices from mobile security threats. Read our guide on the best mobile VPNs for every use case to find out which providers to trust for your business and personal security needs.

The post Top 10 Mobile Security Threats for Devices, Networks, and Apps — and How to Prevent Them appeared first on Enterprise Networking Planet.

What exactly does a router do?

The primary function of a router is forwarding (or routing) data packets between networks. In networking, data packets are the fundamental information units that are transferred over the internet. Every data packet contains a source IP address and a destination IP address. A router’s job is to efficiently route an IP packet from the source station to its destination station without any hindrances.

Routers have various other functions as well, including:

• Simplifying management: Given the limited number of available IP addresses, routers use Network Address Translation (NAT), which allows several devices to share a single public IP address. NAT also improves network security and simplifies network management.
• Packet filtering: Routers monitor incoming and outgoing packets for suspicious traffic using filtering techniques. They decide whether to allow or disallow packets based on screening filters like port numbers, IP addresses, and Internet Control Message Protocol (ICMP) messages.
• Dynamic routing: In dynamic routing, routers adapt to changes in networks and take the best path based on real-time conditions. If a router detects a failure in a network’s section, it consults its routing table and reroutes the traffic to an alternate path.
• Classifying traffic: With the help of Quality of Service (QoS), routers prioritize which traffic will receive more preferential treatment.

How do routers work?

When a router receives a data packet, it reads its IP header to understand where it is headed. To begin with, it checks its routing table with the details of paths to various network destinations. These routing tables use algorithms that help pick the best path to reach that destination.

The router then sends packets to the next node until they reach the destination, allowing for smooth data transmission.

Components of a network router

A network router comprises both internal and external components. The internal components are:

• CPU: Routers have CPUs that can efficiently determine the most optimal route for packets while keeping track of them.  
• Memory: A router uses different types of memory like RAM, Read Only Memory (ROM), Flash, and non-volatile RAM (NVRAM).
  • RAM: RAM is the main memory in routers, but only temporarily stores data. If the router is turned off, all data is erased.
  • Flash: Flash memory is a type of non-volatile memory designed for storing a router’s operating system. The content stored in flash memory is not affected even when the router is shut down.
  • NVRAM: NVRAM is a kind of non-volatile RAM that can save data even after a router has been turned off.
• Interfaces/ports: Routers support multiple interfaces/ports like Ethernet and Serial to connect to various wires. In Ethernet, the router supports FastEthernet and GigabitEthernet, while Serial supports HDLC, PPP, and Frame Relay.

The external components of a router include:

• WAN Port: The WAN port connects to the wide area network or the internet.
• LAN Port: The LAN port connects to the local area network, enabling communication between connected devices.

Main types of routers

Routers used to be essentially the same: a piece of hardware that allowed devices to communicate with each other across a network. But today, routers can take many different forms. Here are some of the most common:

• Wired router: The original router type, wired routers use physical Ethernet cables to share data over networks.
• Wireless router: Wireless routers allow Wi-Fi internet connections through built-in access points. These routers are widely used in homes and small offices and can support multiple devices simultaneously.
• Edge router: An edge router is a specialized wire or wireless router that resides at the boundary of a network. These routers don’t communicate with internal networks; instead, they communicate with external networks.
• Virtual router: Virtual routers are a type of software that allows computers to function as efficiently as physical routers. They work similarly to physical routers by sharing data packets and can be scaled up quickly when required. As a result, they are an excellent option for businesses looking for high-performance networking solutions.
• Core router: Core routers are another form of specialized routers that forward data within the core of the network. They are ideal for large organizations and are designed to handle high traffic.

What are the most common router issues?

Routers can face many issues. Below are common router issues and how to troubleshoot them:

Slow network

It is common to encounter slow networks where several clients are attempting to connect to a router that may or may not have enough capacity to accommodate all of them. In such cases, the router may slow down internet speed on one or more of the connected devices.

To troubleshoot a slow network, you can unplug the router and wait 30 seconds before plugging it back in.

Weak signal

If your router is old or placed in an unsuitable location, it may block the Wi-Fi signal. In addition to that, physical interferences, such as large appliances or thick walls, can also result in low signal strength.

For a strong Wi-Fi signal, remove obstructions between your router and wireless devices. Also, place your router on a high surface and keep it updated. In a large area, you may need to use one or more Wi-Fi extenders.

You get locked out

There are a few ways you can get locked out of your router. Perhaps you have forgotten your password, or it may have been hacked.

Regardless of the cause, if you get locked out, you can reset your router password by pressing the reset button for at least 10 seconds.

Router protocols

Routers use routing protocols to build routing tables that contain details about the paths available to different networks. With this information, the router can determine the most optimal route for each data packet.

Types of router protocols

There are various types of router protocols. Here are some of the most common:

Routing Information Protocol (RIP)

One of the oldest routing protocols, RIP is an interior gateway protocol that uses a distance vector algorithm to route packets to their destination. Distance vector routing determines the best path for data packets with a simple calculation of how many routers the packet has to pass through (or “hop”) to reach its destination.

However, RIP is not the best option for large and complex networks. That’s because it is designed to only broadcast updates every 30 seconds — which was enough in the early days of networks, but can’t support modern network traffic volumes — and only supports up to 15 hops.

The newer version of this protocol, RIPv2 (and its IPv6 extension, RIPng), improves on the shortcomings of RIP and provides additional features like multicasting, password authentication, variable length subnet masking, poison reverse, and more — but it’s still limited to a maximum hop count of 15.

Open Shortest Path First (OSPF)

OSPF is a link-state routing protocol designed for TCP/IP environments. It calculates the best path the packets should take to reach their destination using Dijkstra’s algorithm.

Border Gateway Protocol (BGP)

BGP is a gateway protocol developed to replace EGP. Its primary function is to transfer data packages between autonomous systems (AS) using the best path selection algorithm. Prominent features are support for next-hop, Classless Inter-Domain Routing (CIDR), Transmission Control Protocol (TCP), and efficient network bandwidth utilization.

Immediate System-to-Immediate System (IS-IS)

IS-IS is a link state and classless protocol that uses the Dijkstra algorithm to find the optimal path for data transmission. It is used for routing in autonomous systems.

Router vs. switch vs. modem

While a router, switch, and modem might look similar, each is used differently, combining to facilitate internet connectivity for homes, businesses, and other organizations.

Bottom line: Routers facilitate efficient network communication

A router is a literally essential component of modern network computing — without it, most network connectivity would be impossible. A good router ensures fast, reliable, and secure data transmission across networks.

Network administrators should have a comprehensive understanding of routers, including their types and uses. This knowledge will help them decide which router to choose for their organization and optimize their network’s performance.

Get to know the best enterprise Wi-Fi solutions and providers to maximize efficiency and uptime on your organization’s network.

The post What Is a Router in Networking? Core Function Explained appeared first on Enterprise Networking Planet.

Mobile network security is a top concern as people increasingly rely on their smartphones to access sensitive information. Hackers use everything from SIM card fraud to scam apps in order to steal users’ data and money. Luckily, organizations can take action to protect their networks, devices and employees. What are the biggest threats to mobile network security, and how can you defend against them?

What is mobile network security?

Mobile network security refers to cybersecurity risks and tools specific to smartphones and tablets. A mobile network is mainly for devices you would connect through a wireless provider, although it can also include hotspots and routers.

The main differentiating factor in a mobile network is portability. Securing portable devices poses unique risks that can be challenging to mitigate, particularly regarding endpoint security.

5 steps for securing mobile networks

How can organizations secure their mobile networks? Specific strategies vary depending on their unique needs, but there are a few core strategies anyone can implement.

1. Conduct a risk assessment

Securing a mobile network requires expanding the visibility of your vulnerabilities. A risk assessment will reveal weak spots and highlight the most significant threats.

A standard risk assessment consists of six basic steps for gathering and analyzing information on your network’s security features. Pay special attention to endpoint security when analyzing mobile networks. Most activity occurs at endpoints, such as smartphones, so this aspect is the most exposed to cybersecurity risks.

2. Secure your routers

Router security is critical for protecting mobile networks. Unsecured Wi-Fi routers can give hackers easy access to your organization’s mobile network and all devices on it. Once inside, they can steal private data or spread malware.

Prevent this by securing your routers. Even something as simple as changing the password can improve security. Many people and even businesses make the mistake of leaving their routers set to weak default passwords, which poses a critical safety risk.

3. Leverage network segmentation and monitoring

Network segmentation is commonly used to create low-security public networks for customers, separate from higher-security employee ones. But you can also use it laterally and internally.

Splitting your network into isolated, secured segments makes it significantly harder for hackers to steal or damage data. It also minimizes the risks associated with weak or compromised endpoint security. Even if a cybercriminal steals an employee’s phone, they can only access limited chunks of information with it.

Network security is best implemented on an organizationwide level but can also be fairly simple. For example, most routers have basic segmentation capabilities that allow users to create a public and private network on the same device.

You’ll also want to make sure you’re performing careful network monitoring. This is another technology that’s particularly useful for ensuring strong endpoint security. Endpoints are among the most challenging risk factors to track in mobile networks since there is such a high volume of devices. Automated monitoring can simplify this by analyzing endpoint activity and filtering out anything suspicious.

4. Provide training on identifying unsafe apps

Unsafe apps can be difficult to spot. Many have extensive advertising online and often appear to be harmless games. There are some red flags you can use to help your team identify and avoid these apps, though.

For example, scam apps are almost always free. The scammers and hackers who create them want people to download them, so they rarely charge a fee. There may be in-app purchase options, though, through which they are able to obtain credit card information and other personal data.

Scam apps also tend to have inconsistent, unreliable performance and low-quality graphics. They may be disguised to look like legitimate pop-ups on your phone. These apps also tend to include excessive calls to action, such as making a payment or providing information to create an account.

5. Secure wireless accounts

SIM swapping is one of the top mobile network security threats today. This attack involves committing fraud by transferring someone’s phone number to a new SIM card without permission. You must take special precautions to prevent this.

Start by getting in touch with your organization’s wireless provider. They will help you set up security measures to verify a user’s identity before allowing any changes to their phone number or SIM. For example, your provider may allow you to set up a PIN system employees can use to authorize any changes to their wireless account or phone number.

Additionally, consider keeping high-risk phone numbers confidential. Hackers need a phone number and personal information to commit SIM swapping. Keeping sensitive phone numbers private and not posting them anywhere online will reduce the risk of fraud attempts.

Even if you are not handling highly sensitive information, confidentiality is a core best practice for good data security. Using encryption tools and minimizing the spread of data can increase privacy and lessen risks. This applies to all personal information, not just phone numbers.

Top 4 mobile security threats

Mobile devices are vulnerable to many of the same threats facing typical desktop computers, such as phishing or malware. There are additional risk factors unique to mobile networks, though. These include SIM swapping, cross-app tracking, scam apps, and unsecured Wi-Fi networks.

1. SIM swapping

Over the past few years, SIM swapping has become one of the most severe mobile network security threats. This fraud strategy involves stealing someone’s phone number by illegally transferring it to a new SIM card in the fraudster’s smartphone. The scammer can then use it to confirm purchases or access financial information.

The fraudster usually leverages personal information available online to accomplish a SIM swapping scheme. For instance, they might use social media to find a victim’s name, address and contact information. Scammers typically choose a target they know will likely have a lot of money or access to valuable data.

2. Tracking and data sharing

Some apps can track activity or share data even when the user is not actively using that app. This cross-app tracking often happens without someone’s knowledge. App developers can use this data to gather personal information or sell targeted ads.

Unauthorized cross-app tracking can pose a serious security risk, particularly if your organization handles sensitive or confidential information. Any type of app can include monitoring and data-sharing features. For example, TikTok has faced extensive security scrutiny over recent years due to concerns about cross-app tracking and cookies. India even banned the app due to data security issues.

3. Scam apps

Some mobile apps are specifically designed to run scams or take users to phishing sites. These apps often come in the form of free games that show users excessive ads. Scam apps are especially likely to feature deceptive ads, such as clickbait designed to look like a legitimate pop-up on your phone.

Scam apps can pose myriad mobile network security risks. They can include cross-app tracking, sharing user data, exposing people to phishing content, stealing personal information and more. In-app purchases can even lead to theft of financial data.

Some scam apps are more obvious than others. For instance, over the past few years, there have been a growing number of ads for games that look nothing like the advertisement shows. The scammers who create these apps put more effort into the ad than the app itself because they simply want people to download it, not play it for long. However, it’s often difficult to tell if the app or game is a scam at first glance.

4. Unsecured Wi-Fi

Public or unsecured Wi-Fi networks are among the most prevalent threats to mobile network security. Hackers can easily exploit these networks to distribute malware or access users’ data without their knowledge. They leverage tactics like ARP spoofing and DNS poisoning to funnel users onto unsafe websites through unsecure Wi-Fi.

Top 3 mobile security solutions

There are many risks facing mobile network security, but you can use various technologies to protect your organization’s devices. These tools will help strengthen endpoint security and increase network visibility.

1. Mobile VPNs

VPNs are one of the most robust tools for protecting mobile devices today. They improve privacy, minimize tracking, strengthen data security and more. A VPN can be a good way to reduce risk factors if you’re concerned about your team using mobile devices on different networks with varying security levels.

There are a wide array of mobile VPNs available today. Top-rated options include:

• NordVPN
• ExpressVPN
• Surfshark
• ProtonVPN

2. Mobile antivirus apps

Antivirus software is a must-have in laptop and desktop security, but it’s also available for mobile devices. Many people don’t realize they can add antivirus apps to their phones and tablets like on a Mac or PC.

There are a growing number of mobile antivirus apps for Android and iOS with varying prices and features. Bitdefender is a top choice if you’re looking for an app that works on Android and iOS. The mobile version of Bitdefender includes protection from phishing and malicious sites, as well as a built-in VPN.

3. Network monitoring software

Network monitoring software is invaluable for getting a bird’s-eye view of your mobile network and spotting suspicious activity early. There are dozens of great network monitoring programs available today such as SolarWinds, Checkmk, and NinjaOne — so do your research and choose the best one for your particular use case.

You should prioritize endpoint monitoring features for mobile networks in particular. Endpoints are the more vulnerable part of any mobile network and typically the hardest to track. Robust endpoint detection and response (EDR) solutions such as SentinelOne, CrowdStrike, and Bitdefender will be invaluable for protecting your network.

Bottom line: Secure mobile networks by focusing on your endpoints

Mobile network security is critical because people are accessing increasing amounts of sensitive data directly from their mobile devices. You can take action to protect your organization’s system by implementing network segmentation, increasing visibility, analyzing risk assessment data and providing users with mobile security tools. VPNs and antivirus apps can go a long way toward securing endpoints.

One of the best ways to protect your mobile networks and devices is with a VPN. See our list of the best mobile VPNs specifically tailored for smartphones and tablets.

The post Mobile Network Security: How to Secure Mobile Networks appeared first on Enterprise Networking Planet.

A mobile virtual private network (VPN) establishes a secure and encrypted connection between a mobile device and a private network to prevent unauthorized access and ensure privacy. In an office setting, it allows employees to connect to corporate resources safely from any location.

Mobile VPNs are particularly important for businesses with remote workforces relying on mobile devices, like smart phones and tablets to access public Wi-Fi networks.

Here are our picks for the best Mobile VPN solutions in 2024:

• ProtonVPN for Business: Best overall mobile VPN.
• Windscribe: Best free mobile VPN with unlimited online protection.
• NordLayer: Best for businesses with multiple locations.
• Surfshark: Best for businesses with remote work locations.
• Private Internet Access: Best for data protection.
• ExpressVPN: Best for high-speed connections.
• CyberGhost VPN: Best cost-effective solution for small teams.
• TorGuard VPN: Best for secure P2P file sharing.

Top mobile VPN software comparison

This comparison table gives an overview of the different attributes of each mobile VPN solution. It shows the maximum number of simultaneous device connections the VPNs allow, App Store and Google Play Store ratings, availability and duration of free trial, as well as pricing details:

Proton VPN for Business

Best overall mobile VPN

Overall rating: 4.25/5

• Cost: 4.5/5
• Core features: 4.75/5
• Customer support: 2.75/5
• Integrations: 3.75/5
• Ease of use: 5/5

Proton VPN stands out as the best VPN for mobile on our list due to its comprehensive suite of features for network security and private internet access. It can meet the needs of businesses in various industries since it offers protection for remote, hybrid, or traveling employees and leasing of dedicated servers and IP addresses.

What sets Proton VPN apart is its advanced security features, including built-in protection against man-in-the-middle (MITM) attacks. Its apps operate over hostile networks and will proactively warn you if they detect MITM attack attempts.

This mobile VPN provider also delivers private gateways, organization management, and customized solutions for different organizations.

• Jurisdiction: Switzerland
• Platforms: Android, iOS, ChromeOS, Windows, MacOS, Linux
• Server locations: 65+ countries

Pros and cons

Pricing

Aside from offering a free version, Proton VPN has 1 month, 1 year, and 2 year pricing options for the following plans:

• VPN Essentials: $6.99 per user per month
• VPN Business: $9.99 per user per month
• VPN Enterprise: Contact sales

Features

• Always-on kill switch.
• Split tunneling.
• DNS protection.
• NetShield Ad-Blocker stops malware, ads, and website trackers.
• VPN Accelerator increases your VPN speeds.
• Secure Core defends against network-based attacks.
• Stealth VPN protocol evades detection and allows you to bypass most firewalls and VPN blocking methods.
• Strong encryption using AES-256 or ChaCha20.
• Multi-platform support.
• No-logs policy.
• IP leak protection.
• Lets users change VPN protocols.
• Uses alternative routing to unblock servers.

Windscribe

Best free mobile VPN with unlimited online protection

Overall rating: 4.25/5

• Cost: 5/5
• Core features: 4.5/5
• Customer support: 2.75/5
• Integrations: 2.5/5
• Ease of use: 5/5

Windscribe is the best free VPN for unlimited online protection because of its broad set of features and firm dedication to user privacy, even for its free version. Its free plan includes servers in 11 countries and up to 10GB of data every month — with an unlimited number of simultaneous connections.

This VPN’s advanced R.O.B.E.R.T. feature blocks IPs and domains on all devices and uses high-grade encryption with AES-256 cipher with SHA512 auth and a 4096-bit RSA key. It guarantees that your online activities remain secure.

Lastly, Windscribe’s ability to unblock geo-restricted content is a significant advantage for businesses that operate internationally, as it lets you access global content and services.

• Jurisdiction: Canada
• Platforms:  Windows, Linux, iOS, Android, Chrome, Firefox, FireTV, Mac, Huawei
• Server locations: 63 countries

Pros and cons

Pricing

Windscribe offers monthly, yearly, and custom pricing:

• Monthly: $9.00/user/month
• Yearly: $5.75/user/month
• Build A Plan: Starting at $1.00/location/month (minimum $3 per month)

Connect with their sales department for additional pricing details.

Features

• Minimal logging.
• Uses AES-256 encryption with SHA512 auth and a 4096-bit RSA key.
• Static IPs.
• IP masking.
• Port forwarding.
• Split tunneling.
• Built-in firewall.
• Secure hotspot.
• Creates proxy gateway.
• Ad blocking.
• Changes your timezone.
• Keeps track of cookies that are set, and deletes them on tab close.
• Randomly rotates your user agent to reduce the chance of basic fingerprinting.
• Blocks WebRTC to prevent leaks outside of the tunnel.
• Spoofs your GPS to the location of the connected proxy.
• R.O.B.E.R.T. feature blocks IPs and domains of your choice on all devices.
• Auto Pilot feature automatically picks the best location for you.
• Double hopping lets you route your internet traffic through any 2 servers on the Windscribe network.

NordLayer

Best for businesses with multiple locations

Overall rating: 4/5

• Cost: 2.5/5
• Core features: 4.5/5
• Customer support: 3/5
• Integrations: 5/5
• Ease of use: 5/5

NordLayer is a network access security solution based on Secure Access Service Edge (SASE) and Zero Trust frameworks. With its global server pool and seamless integration capabilities, it is particularly well-suited for businesses with multiple office locations. Additionally, the solution is highly scalable, which is crucial for enterprises with several branches. It brings a dedicated business VPN, so your whole team can safely access company resources remotely, connect to any public Wi-Fi, and explore region-specific content. 

The solution has a range of features including SaaS security for internet, network, and resource access, AES-256 encryption, user authentication and management, and network monitoring. NordLayer also includes a ThreatBlock feature that blocks harmful websites and advertisements. Adhering to a strict No-Logs Policy, this mobile VPN guarantees that it does not log any of your online activities.

While NordLayer doesn’t offer a free trial, it provides a money-back guarantee, allowing you to explore its features at zero risk.

• Jurisdiction: Panama
• Platforms: Android, iOS, Windows, macOS, Linux
• Server locations: 33 countries

Pros and cons

Pricing

NordLayer offers the following pricing plans:

• Lite: $8 per user per month
• Core: $11 per user per month
• Premium: $14 per user per month

For custom pricing for large enterprises, contact NordLayer’s sales department.

Features

• Site-to-site VPN.
• Dedicated IP.
• DNS filtering.
• Virtual private gateways.
• Shared gateways.
• NordLynx.
• Network segmentation.
• Smart remote access.
• Custom DNS.
• Threat prevention.
• Deep Packet Inspection (DPI).
• Split tunneling.
• Device posture check.
• Always-on VPN.
• VPN gateway.
• Cloud firewall.
• ThreatBlock.
• Single sign-on (SSO).
• Zero Trust Network Access (ZTNA).
• Cloud access security brokers (CASBs).
• Secure web gateways (SWGs).
• Firewall-as-a-Service (FWaas).

Surfshark

Best for businesses with remote work locations 

Overall rating: 4/5

• Cost: 3/5
• Core features: 5/5
• Customer support: 3.25/5
• Integrations: 3.75/5
• Ease of use: 5/5

Surfshark has a comprehensive suite of online privacy and security solutions catering to both individual and business needs. It is ideal for enterprises with remote employees, especially because of its NoBorders mode that allows you to operate in regions with internet censorship. In addition, its unlimited device connections makes it a suitable choice for organizations with a large number of employees or devices.

The platform brings features such as malware protection, ad-blocking, and split tunneling. It also has unique privacy features like a private DNS on each server and a camouflage mode that ensures even your internet provider can’t tell you’re using a VPN.

• Jurisdiction: Netherlands
• Platforms: Android, iOS, Windows, macOS, Linux, and various smart TVs
• Server locations: More than 100 countries

**Insert Fig C – Surfshark interface**

Pros and cons

Pricing

Surfshark has different pricing plans for 1 month, 12 month, and 24 month subscriptions:

• Surfshark Starter (with 3 free months): $1.99 per user per month
• Surfshark One (with 4 free months): $2.69 per user per month
• Surfshark One+ (with 5 free months): $3.99 per user per month

Features

• Alternative ID.
• Antivirus.
• Organic search results without ads or trackers.
• Secure VPN.
• Ad blocker.
• Cookie pop-up blocker.
• Private search engine.
• Webcam protection.
• Anti-spyware and malware protection.
• Real-time email breach alerts.
• Real-time credit card and ID breach alerts.
• Personal data security reports.
• Personal detail generator.
• Masked email generator.
• Removes your data from databases (available in USA, CA, UK, and EU).

Private Internet Access

Best for data protection

Overall rating: 3.75/5

• Cost: 3/5
• Core features: 5/5
• Customer support: 3.75/5
• Integrations: 0/5
• Ease of use: 5/5

Private Internet Access (PIA) VPN specializes in data protection and uses 128-bit or 256-bit AES as encryption ciphers to prevent ISPs and other prying eyes from monitoring your activity. This makes PIA beneficial for businesses that handle sensitive data, such as tech companies, financial institutions, and healthcare organizations.

Furthermore, PIA empowers businesses to bypass geographical restrictions, making it an excellent choice for global businesses. It operates under a strict no-logs policy, meaning it doesn’t track, store, record, or sell your browsing data. By masking your IP address and encrypting your data, PIA helps shield your business from potential data breaches and cyber threats.

• Jurisdiction: USA
• Platforms: Android, iOS, Windows, Mac, Linux
• Server locations: 91 countries

Pros and cons

Pricing

Private Internet Access has three pricing plans:

• 1 month: $11.95 per user per month
• 1 year: $3.33 per user per month
• 3 years + 4 months free: $1.98 per user per month

Features

• Masks IP address.
• No logs policy.
• VPN encryption.
• Split tunneling.
• Unlimited device connections.
• Unlimited bandwidth.
• Router VPN.
• Block ads, trackers, and malware.
• Advanced kill switch.
• Allows you to set your VPN to connect automatically on certain network types.
• Channels traffic through an additional server to boost defense.
• Adds a layer of SSL encryption for data to look like regular web traffic
• DNS leak protection.
• Port forwarding.

ExpressVPN

Best for high-speed connections

Overall rating: 3.75/5

• Cost: 3/5
• Core features: 4.25/5
• Customer support: 3.25/5
• Integrations: 2.5/5
• Ease of use: 5/5

ExpressVPN is a versatile VPN service provider that’s more focused on individual use rather than enterprise. However, businesses can still benefit from its rich feature set, including capabilities for secure file sharing, accessing geo-restricted content, and split tunneling. Some of its standout features include IP address masking and its proprietary Lightway Protocol.

ExpressVPN has high-speed connections, thanks to its Lightway Protocol feature. This VPN protocol is lightweight and connects quickly, often in just a fraction of a second. On top of that, it uses less battery, making it suitable for high-intensity tasks that require fast internet access, such as videoconferencing, large file transfers, or real-time collaboration.

While ExpressVPN doesn’t have a free trial, it provides you with a 30-day money-back guarantee so you can enjoy a risk-free period to try out the service.

• Jurisdiction: British Virgin Islands
• Platforms: iOS, Android, Mac, Windows, Linux, routers, game consoles, and smart TVs
• Server locations: 105 countries

Pros and cons

Pricing

ExpressVPN offers the following pricing plans:

• 1 month: $12.95 per user
• 6 months: $9.99 per user per month
• 12 Months + 3 months free: $6.67 per user per month

Features

• Global server locations.
• IP address masking.
• Multi-platform support.
• Split tunneling.
• Network lock kill switch.
• Private DNS.
• AES-256 encryption.
• No logs policy.
• Block ads, trackers, and harmful sites.
• Lightway Protocol enables faster, more secure, and more reliable VPN experience.
• Speed test feature lets you choose the fastest server location for your network.

CyberGhost VPN

Best cost-effective solution for small teams

Overall rating: 3.75/5

• Cost: 3/5
• Core features: 4.25/5
• Customer support: 3.25/5
• Integrations: 2.5/5
• Ease of use: 5/5

CyberGhost VPN primarily serves individual users but also extends its capabilities to businesses. The solution comes with a wide array of features, including a verified no-log policy, a vast network of servers, military-grade encryption, and dedicated servers. Moreover, it promotes comprehensive anonymity with its IP masking and using RAM-only servers.

This VPN is a good choice if you’re looking for a cost-effective mobile VPN for your small team. It lets you connect up to seven devices simultaneously with one subscription. Aside from savings, having a limited number of connected devices will make it easier for you to monitor usage of your team, manage renewals, and maintain overall account control.

CyberGhost VPN has a generous 45-day money-back guarantee, so your team can thoroughly test the solution before making a commitment.

• Jurisdiction: Romania
• Platforms: iOS, Android, Windows, MacOS, Amazon Firestick, Android TV, Chrome, and Firefox
• Server locations: More than 90 countries

Pros and cons

Pricing

CyberGhost VPN offers the following pricing plans:

• 1 month: $12.99 per user
• 6 months: $6.99 per user per month
• 2 years + 4 months free: $2.03 per user per month

Features

• Military-grade 256-bit AES encryption.
• Automatic kill switch.
• Unlimited bandwidth and traffic.
• Ad/malicious content blocking.
• Multi-platform support.
• DNS and IP leak protection.
• No logs VPN.
• Offers a token-based IP address of your own.
• Wipes server data with every reboot for added security.
• Split tunneling.

TorGuard Business VPN

Best for secure P2P file sharing

Overall rating: 3.5/5

• Cost: 3/5
• Core features: 4.75/5
• Customer support: 3.75/5
• Integrations: 0/5
• Ease of use: 4.25/5

TorGuard VPN is an adaptable business VPN solution with additional security features, like P2P file sharing, stealth mode, private VPN cloud, and the ability to circumvent stringent internet censorship. It’s compatible with multiple platforms and native programs, too.

TorGuard’s built-in P2P file sharing can effectively handle transferring large datasets, multimedia files, or backups across different locations. It also supports P2P traffic on numerous servers in its network. Furthermore, its port forwarding feature enhances connection speeds by facilitating direct connections between P2P peers, accelerating the file transfer process. This solution follows a strict no-logs policy, so your organization’s data stays private.

• Jurisdiction: USA
• Platforms: Android, iOS, Windows, Mac
• Server locations: 50+ countries

Pros and cons

Pricing

TorGuard VPN offers the following pricing options for businesses:

• Business VPN Starter: $32 per user per month
• Business VPN Small: $69 per user per month
• Business VPN Medium: $110 per user per month
• Business VPN Large: $169 per user per month

Features

• Dedicated IP VPN.
• WireGuard VPN.
• Bank-grade 256-bit encryption.
• No-logs policy.
• Kill switch.
• STunnel feature overrides geolocation restrictions and VPN barriers.  
• Multiple security protocols.
• P2P file sharing.
• Private email.
• User management.
• IP management.
• Isolated secure network.
• Port forwarding and SOCKS5 proxy.

Key features of mobile VPN software

To meet the varied needs of different organizations, a mobile VPN software should come with a range of key features that boost security and privacy and improve overall user experience. These features include multi-platform compatibility, simultaneous connections, encryption protocols, server location options, and kill switch functionality.

Multi-platform compatibility

Businesses with employees using mobile devices typically have diverse device ecosystems, with team members using multiple platforms like iOS, Android, and Windows. Multi-platform compatibility ensures that you can seamlessly deploy the VPN across all these devices, maintaining consistent security measures without requiring separate solutions for each platform. This simplifies IT management, reduces complexity, and streamlines uniform application of security standards.

Simultaneous connections

Aside from using different platforms, employees may also use several devices simultaneously, such as a laptop, smartphone, and tablet. Simultaneous connections allow employees to protect all their devices under a single VPN subscription for cost-effectiveness and flexibility. This feature makes sure your business can maintain safe connections on many devices without getting individual VPN accounts, promoting convenience and adherence to security policies.

Encryption protocols

The choice of encryption protocols directly impacts the security of data you transmit between mobile devices and corporate servers. Strong encryption, such as OpenVPN, IPSec, or IKEv2, safeguards against eavesdropping and unauthorized access. This guarantees that confidential information is secure and compliant with industry standards, preventing data breaches and potential legal consequences.

Server location options

Server location options enable employees to connect to servers that are geographically closer to them. This minimizes latency and optimizes connection speed, providing a smoother and more efficient VPN experience, mostly when accessing resources hosted in different regions. Furthermore, it lets employees connect to another server if one server goes down, minimizing downtime and disruptions.

Kill switch functionality

The kill switch is a fail-safe mechanism to minimize the risk of data exposure when employees are accessing public Wi-Fi or untrusted networks during travel or remote work scenarios. In the event of a VPN connection failure, it immediately cuts off the device’s internet access, preventing data leaks and ensuring that all traffic only travels through the encrypted VPN tunnel.

How we evaluated mobile VPN software

To determine the best mobile VPN, we carefully assessed and compared different VPN service providers. Our evaluation was built around five major criteria: cost, core features, customer support, integrations, and ease of use.

We gauged each provider’s capability on each of the criteria and scored them accordingly. We then computed the total scores for each mobile VPN provider.

Cost – 25%

To calculate the scores for this criteria, we checked availability of free trials and their duration. We prioritized free trials over money-back guarantees as free trials often don’t require potential buyers to make upfront payments.

We also considered multiple pricing options offered to prospective clients, as well as free versions and the extensiveness of capabilities that come with it.

Criteria winner: Windscribe

Core features – 40%

For the core features, we checked if the mobile VPNs support strong encryption protocols, like OpenVPN, IKEv2, or WireGuard and have a diverse server network. We also examined their kill switch, split tunneling, multi-platform support, IP leak protection, and ad and malware blocking capabilities. No-logs policies, the number of simultaneous connections, and protocol options for customizations are also taken into consideration.

Criteria winners: Surfshark and Private Internet Access

Customer support – 15%

In determining the customer support scores, we took into account several factors. These included the availability of live chat, phone, and email support, as well as the presence of an active community and comprehensive documentation or knowledge base.

Furthermore, we considered the hours during which real-time assistance is available. We also verified if all support options are accessible to all users, regardless of their payment plan.

Criteria winners: Private Internet Access and TorGuard Business VPN

Integrations – 10%

While many mobile VPN services function as a standalone solution, we included integrations in our evaluation because this key attribute enables smooth collaboration between the VPN service and critical business security tools and systems. We checked the number of third-party apps each mobile VPN service readily integrates with and their support for custom integrations.

Criteria winner: NordLayer

Ease of use – 10%

For ease of use, we gathered feedback from several independent sites and forums to find out if the mobile VPN is easy to use and implement for users of varying technical skill levels.

Criteria winners: All of our top mobile VPNs ranked well in this category

Frequently asked questions (FAQs)

What is the best VPN to use on your phone?

There’s no single answer to the question of which is the best VPN for mobile to use on your phone, as it depends on your needs, preferences, and features that are most important to you. However, here are some of our top recommendations:

Best mobile VPN for iPhone

Surfshark has a rating of 4.8 on the App Store, the highest among the VPN providers we evaluated. iPhone users specifically praised its effectiveness, speed, affordability, and customer support quality.

Best mobile VPN for Android

Proton VPN and Private Internet Access both got 4.5 star ratings on Google Play Store. Users are happy with Proton VPN’s stability, speed, and Stealth mode features, while PIA users are particularly satisfied with the app’s simplicity, reliability, and unlimited connections.

Best free mobile VPN for both Android and iOS

Only ProtonVPN offers a free app for both Android and iOS devices. It has 4.6 and 4.5 ratings on the App Store and Google Play Store respectively. Proton VPN comes with a wide range of valuable mobile VPN features, and users find it easy to install and manage.

What are business use cases for mobile VPNs?

Business use cases for mobile VPNs include data protection, malware defense, connectivity for distributed teams, field work, and access control:

• Data protection: Mobile VPNs encrypt data transmitted between the mobile device and the office network, safeguarding sensitive information from hackers, even when sent over public Wi-Fi networks.
• Malware defense: These tools can protect mobile devices from malicious software and cyberthreats by encrypting data and preventing unauthorized access to private information.
• Connectivity for distributed teams: VPN services facilitate safe employee connection to corporate networks from anywhere, allowing them to access files, applications, and other resources remotely.
• Field work: Employees who work in the field can perform tasks and access resources securely as mobile VPNs support their secure connections to the business network.
• Access control: You can use mobile VPNs to enforce geographic access restrictions so that employees can only access certain resources or data from specific locations.

What’s the difference between ZTNA and VPN?

While both ZTNA and VPN secure network connections, they employ distinct approaches to achieve this goal. The table below shows the key differences between ZTNA and VPN:

A note on VPN ownership

Many VPNs are owned by a few large companies. For example, Kape Technologies, formerly known as Crossrider, owns ExpressVPN, CyberGhost, and Private Internet Access. Together with the company’s history, this approach to conglomeration raises trust concerns for some issues.

Briefly, here is the history of Crossrider/Kape:

• 2011: Crossrider developed a framework for creating cross-browser extensions. Some users took advantage of the platform to create adware and malware targeting macOS and Windows systems.
• 2016: The company was unable to control the abuse and decided to shut down this service.
• 2017: It shifted its focus to online security and purchased CyberGhost.
• 2018: Crossrider rebranded to Kape Technologies. According to its CEO Ido Erlichman, they made this to break free from the “strong association to the past activities of the company.”
• 2019: Kape Technologies acquired Private Internet Access.
• 2021: The company also acquired ExpressVPN.

It’s also worth noting that Kape owns some VPN review sites such as vpnMentor and WizCase. On these sites, ExpressVPN, CyberGhost, PIA are listed as the top VPNs.

Despite these concerns, we stand by our recommendations. We have thoroughly and independently evaluated and assessed each product that appears on our list of top mobile VPNs, and determined that all three of these VPNs are among the top in their field. However, for users with advanced privacy needs or those concerned with trust and monopolization issues, other choices on this list may be a better fit.

Bottom line: Mobile VPNs keep your data protected anywhere it goes

Not all mobile VPNs offer the same features, performance, or compatibility, and the best choice for your business will greatly depend on the needs of your organization and what you want to prioritize — whether it be platforms supported, server locations, or number of simultaneous connections allowed.

Just like selecting the best VPN for your business, choosing the right mobile VPN will have a direct impact in successfully protecting your mobile devices, corporate data, and privacy from cyberthreats. This guide is designed to give you the information you need to make a practical decision based on your specific requirements. It will help you navigate the options and select a mobile VPN that aligns with your needs.

Using a mobile VPN is just one of the ways you can enhance your mobile security, but its effectiveness can be further bolstered when integrated with a mobile device management (MDM) solution. Read our recommendations on Top MDM Software and Tools to uncover the most trusted vendors today.

The post 8 Best Mobile VPNs for Every Use Case in 2024 appeared first on Enterprise Networking Planet.

Mobile network hacking refers to any unauthorized access to your mobile device or its communications. This can range from high-level security breaches to simple interception of data over unsecured internet connections. It can also include physical theft of your phone and subsequent hacking attempts using brute force methods.

Cybercriminals create many digital mobile hacking tools designed to insert harmful programs and unwanted applications into your mobile device. They can extract sensitive user inputs and confidential data from a compromised device or network. Some of these mobile hacking tools even allow the attacker to control your device without your permission.

How mobile network hacking works

Attackers may use a variety of tactics to carry out a cell phone network hack, but the process typically involves identifying the target, finding vulnerabilities, delivering malicious payload, exploitation, exfiltrating data, and covering tracks.

1. Identifying the target

Hackers often choose specific targets based on multiple factors, such as the value of the information stored on the device, the user’s profile, or potential financial benefit. Targets could be anyone; cyber criminals often pick targets based on what they can gain, weighing factors such as difficulty, risk, and potential take.

2. Finding vulnerabilities

Attackers search for weak spots in your device, operating system (OS), or installed applications. These vulnerabilities could also include outdated software or easy-to-guess passwords.

3. Delivering malicious payload

Upon discovering vulnerabilities in your phone, hackers deploy a malicious payload. This payload is a harmful component like a virus or spyware that can reach your mobile device through different methods, including hackers sending a phishing email, creating a fake Wi-Fi hotspot, or embedding the payload within an app.

4. Exploitation

After executing the malicious payload, hackers can exploit vulnerabilities to establish a foothold. These vulnerabilities could be weaknesses in the OS, outdated software, or flaws in specific apps.

5. Exfiltrating data

Once access is established, attackers may steal or exfiltrate sensitive data or even take full control of your device. This can lead to identity theft, financial fraud, or other malicious activities.

6. Covering tracks

Cybercriminals aim to stay undetected for as long as possible to maximize the damage they can cause and avoid capture. They often try to manipulate any evidence of their intrusion by deleting log files, altering timestamps, or modifying other data that could expose their activities.

Moreover, they may install backdoors to bypass normal authentication procedures and access a computer or network remotely without detection. Some attackers also use sophisticated techniques, namely encrypting malicious code, exploiting zero-day vulnerabilities, or using rootkits to avoid detection as they execute attacks.

9 common ways hackers attack on mobile

Cybercriminals use several techniques to conduct network hacking on mobile devices, like malicious apps, social engineering, phishing attacks, unsecured Wi-Fi networks, outdated software, SMS-based attacks, Bluetooth exploitation, weak passwords, and hardware exploitation.

Malicious apps

Malicious apps are software programs designed to compromise the security of a mobile device. They often appear legitimate but contain harmful elements such as malware, spyware, or ransomware, aiming to steal sensitive information or control the device.

Social engineering

Social engineering involves manipulating individuals into divulging confidential information or performing actions that may compromise security. Attackers exploit human psychology through techniques like impersonation, deception, or creating a false sense of urgency.

Phishing attacks

Phishing attacks, the most prevalent form of social engineering, involve deceptive tactics to trick users into giving out login credentials or personal data. Attackers often use fake websites, emails, or messages that mimic trusted sources to exploit user trust.

Unsecured Wi-Fi networks

Connecting to unsecured Wi-Fi networks exposes mobile devices to potential attacks. Hackers can exploit vulnerabilities in these networks to intercept data, launch man-in-the-middle (MITM) attacks, or distribute malware.

Outdated software

Attackers target known weaknesses in outdated software applications or OS to gain unauthorized access, install malware, or conduct other malicious activities.

SMS-based attacks

SMS-based attacks involve the manipulation of text messages to deceive users or take advantage of vulnerabilities in messaging systems. These attacks may include phishing attempts, malware distribution, or unauthorized access through SMS channels.

Bluetooth exploitation

This occurs when attackers leverage vulnerabilities in a device’s Bluetooth functionality to illegally access, distribute malware, or intercept data exchanged between devices.

Weak passwords

Guessable passwords make it easier for attackers to get illegal access to mobile devices or accounts. Using weak passwords or reusing them across multiple accounts increases the risk of unauthorized access and potential data breaches.

Hardware exploitation

While software protection is crucial for mobile network security, it’s equally vital to address hardware vulnerabilities that can undermine mobile network security. Attackers may exploit weaknesses in your device’s hardware components, such as baseband processors, SIM cards, Bluetooth, and Wi-Fi.

How to detect if your mobile device is hacked

There are signs you can look out for to detect mobile device hacking, including unusual battery drain, slow performance, excessive data usage, unfamiliar apps or frequent pop-ups, strange texts or calls, overheating, suspicious account activity, unexpected permissions, device behavior anomalies, and network irregularities.

• Unusual battery drain: Your device’s battery is depleting rapidly, even with minimal usage. This could indicate that malicious processes are running in the background, consuming extra power.
• Slow performance: Your device experiences sluggish response times, frequent delays, or crashes. This may be a result of hacking activities straining your device’s resources.
• Excessive data usage: You notice a sudden and unexplained increase in data consumption. This could be a sign that malware or hacking tools are using your data to communicate with external servers.
• Unfamiliar apps or frequent pop-ups: New and unfamiliar apps appear on your device without your consent, or you observe frequent pop-ups. Malicious software may install additional apps or generate unwanted advertisements.
• Overheating: Your device becomes unusually hot, even during light usage. This may indicate that malicious processes are straining your device’s hardware, causing it to overheat.
• Suspicious account activity: You detect unusual activity, unrecognized logins, or unauthorized access in your accounts. Hackers may get into your accounts through compromised devices.
• Unexpected permissions: Apps request permissions that seem unnecessary for their declared function. Malicious apps may seek additional permissions to access sensitive data.
• Device behavior anomalies: Your device behaves unexpectedly, such as turning on or off without input. Hacking activities can cause disruptions in normal device behavior.
• Network irregularities: You observe network behavior irregularities, like frequent disconnections or unfamiliar devices connected to your Wi-Fi. Hacked devices may show irregularities in network connections.

Mobile network hacking prevention tips

While a mobile network can be hacked, there are many ways you can prevent it. Using strong passwords, updating software regularly, enabling two-factor authentication (2FA) or multi-factor authentication (MFA), avoiding public Wi-Fi usage, using HTTPS, being cautious with app permissions, securing your Bluetooth, and installing mobile security apps are some of the ways you can protect your device from network hacking.

• Use strong passwords/PINs: Set strong and unique passwords or PINs for your mobile device and SIM card. Avoid using “1234,” “password,” or other easily guessable passwords.
• Regularly update software: Keep your mobile device’s OS and all installed apps up to date to patch vulnerabilities and improve security. One of the simplest steps you can take is to turn on automatic updates for both your apps and OS to enhance protection.
• Enable 2FA or MFA: Whenever possible, enable 2FA or MFA for your mobile accounts. This adds an extra layer of security aside from simply asking for a password by requiring more forms of verification, such as a code sent to your phone or fingerprints. 
• Avoid using public Wi-Fi: Connecting to a public Wi-Fi exposes your personal data to anyone else using the network. Avoid using public Wi-Fi for sensitive activities or consider using a mobile virtual private network (VPN) to encrypt your internet connection on public Wi-Fi networks.
• Use HTTPS: When browsing websites or using apps, ensure that you are using secure, encrypted connections (HTTPS). This helps protect data on your mobile network from hacker interception.
• Be cautious with app permissions: Review and understand the permissions requested by mobile apps before installing them. Only grant permissions that are necessary for the app’s functionality. Limit the access to other information on your device, including your location, contacts, and photos.
• Secure your Bluetooth: Disable Bluetooth when not in use, and make sure that your device is not set to be discoverable by other devices. This prevents unauthorized access or pairing.
• Install a mobile security app: Consider using reputable mobile security apps with antivirus protection, anti-malware scans, and app permission monitoring to help protect your device from malicious software.

Are 5G or 4G networks harder to hack?

Both 4G and 5G networks have security features designed to protect against different types of network security threats. However, 5G networks are generally considered more secure than their predecessors due to several enhancements in their design.

Here is a table comparing the security features of 4G networks and 5G networks:

While 5G networks offer better security features, it’s important to note that no network can be considered completely hack-proof. Security is an ongoing concern, and as technology advances, so do the tactics of cyberattackers.

Bottom line: Mobile network hacking

Be wary of the methods hackers use to access mobile devices, from fake websites on phishing attacks to easy-to-guess passwords. Watch out for signs that your device may be compromised, like unusual battery drainage, unexpected data consumption, or unexplained network activities. Vigilance is key, and you must be aware of your device’s behavior.

Regular or automatic updates and patches, using mobile VPNs, creating unique passwords, and proactive security measures are essential for maintaining a secure network environment. In addition, keep in mind that no technology, be it 4G or 5G, can claim absolute invulnerability to mobile network hacking, so always maintain vigilance on your networks and devices.

Reinforce your mobile security by safeguarding your enterprise mobile apps. Read our 5 Steps to Securing Your Enterprise Mobile Apps to find out how you can protect your business data and applications. One of the best strategies is using a top mobile VPN to keep prying eyes off your data.

The post Mobile Network Hacking: Definition, Methods, and Detection appeared first on Enterprise Networking Planet.

Businesses are under constant attack from cybercriminals, and the threat of a data breach is always looming. If you don’t have the time or resources to build and manage your own in-house Security Operations Center (SOC), you need to find a managed security service provider (MSSP), also known as a cybersecurity managed services provider. MSSPs manage and maintain your IT security so you can focus on your core business.

Below are our picks for the top managed security service providers in 2023, to help you select the best option for your business.

• Fortinet: Best for integrated security solutions across devices and networks.
• Check Point: Best for extensive cybersecurity across diverse environments.
• Accenture: Best for worldwide cybersecurity and MSSP services.
• SecureWorks: Best for proactive threat intelligence and incident response.
• IBM: Best for AI-enhanced managed security services.
• Cisco: Best for comprehensive network and endpoint security.
• Trustwave: Best for in-depth security and compliance monitoring.
• Ascend Technologies (Switchfast Technologies): Best for customized IT and cybersecurity for growing businesses.
• Nomic (Sentinel IPS Managed Network Security Services): Best for cutting-edge network security and collective threat intelligence.
• Cybriant: Best for holistic cybersecurity services with emphasis on threat protection.

Top managed security service providers (MSSP) comparison

Our comparison table provides a quick overview of the key features and pricing for the top 10 MSSPs. It allows you to easily compare and contrast the services offered by each provider, helping you make informed decisions based on your specific security needs and budget considerations.

Fortinet

Best for integrated security solutions across devices and networks

Fortinet excels in providing integrated MSSP solutions, offering a comprehensive range of services that include advanced threat protection, intrusion prevention, and security-driven networking. Its MSSP solutions are designed to deliver a simplified, end-to-end security infrastructure. This makes it ideal for businesses seeking a cohesive and efficient approach to network security.

The MSSP’s unified management console and AI-driven security operations are particularly beneficial for organizations looking to streamline their security management and response capabilities.

Pros and cons

Pricing

• Pricing varies based on business size and network connectivity.
• Managed firewall services range from $150 to $300 per month.
• FortiGate pricing starts at $250 for small offices, up to $300,000 for large enterprises.

Features

• Fortinet ensures comprehensive network protection and operational efficiency.
• Zero-trust model for rigorous identity verification and minimized threats.
• Scalable cloud security solutions for public, private, and hybrid clouds.
• AI-enhanced threat detection and response for proactive security.
• Broad range of integrated, automated digital environment security solutions.

Check Point

Best for extensive cybersecurity across diverse environments

Check Point is a leader in cybersecurity, offering a full MSSP suite tailored to various customer sizes and use cases. Its MSSP solutions are renowned for reducing the risk of cyberattacks through comprehensive protection against a wide range of threats such as malware, ransomware, and zero-day threats.

Check Point’s MSSP services are ideal for businesses seeking extensive and automated security solutions. Its service offering is backed by responsive technical support and scalable virtualized systems.

Pros and cons

Pricing

• Firewalls range from $499 for small offices to several hundred thousand dollars for high-end systems.
• Check Point Harmony pricing starts at $11 per user per month.

Features

• Secures the network with real-time prevention.
• Unified management and security operations.
• Secures users and access for remote devices.
• Secures the Cloud with a unified security platform.

Accenture

Best for worldwide cybersecurity and MSSP services

Accenture Security is a top-tier MSSP, offering advanced cyber defense and applied cybersecurity solutions. With a global reach in over 50 countries, Accenture’s MSSP services are comprehensive, covering everything from infrastructure management to cloud security.

The company’s approach to MSSP is deeply integrated with their commitment to continuous learning, diversity, and high performance, making them a prime choice for organizations seeking a global and holistic approach to cybersecurity management.

Pros and cons

Pricing

• Per-device pricing for MSSP services.
• Customized pricing for Managed Endpoint Detection and Response (MEDR).

Features

• Integrated security in AWS Cloud Foundation.
• Full spectrum of MSSP services, including on-premises and cloud infrastructure management.

SecureWorks

Best for proactive threat intelligence and incident response

SecureWorks provides a diverse range of security management services, focusing on both proactive security assessments and reactive incident response. Its offerings include threat hunting, vulnerability, and ransomware readiness assessments, alongside penetration testing and application security testing, ensuring comprehensive coverage for clients. The company’s incident response services are readily accessible through an emergency breach hotline, catering to urgent security needs.

Pros and cons

Pricing

Pricing information is not published on their website. Reach out to Sales for more information. 

Features

• SecureWorks offers Taegis XDR, an advanced threat detection and response platform that provides a unified view across endpoints, networks, and cloud environments.
• The company leverages its Counter Threat Unit for global threat intelligence, keeping abreast of emerging cybersecurity threats.
• Rapid incident response services are available for mitigating and investigating security incidents.
• Comprehensive managed security services include managed firewall, IDS/IPS, and vulnerability management.
• SecureWorks provides tailored cloud security solutions for public, private, and hybrid cloud environments.

IBM

Best for AI-enhanced managed security services

IBM Managed Security Services offers a full spectrum of security services, including threat management, cloud, infrastructure, data, identity, and response management, tailored to augment existing security programs.

Pros and cons

Pricing

• Pricing information is available on request.

Features

• IBM integrates Watson for Cyber Security, employing AI and machine learning for enhanced threat detection and security analytics.
• The company offers global threat monitoring through its extensive network for real-time threat analysis worldwide.
• Specialized cloud security services ensure secure cloud migration and management.
• IBM’s range of integrated security services covers identity and access management, data protection, and encryption.
• A dedicated security incident response team handles and mitigates complex cyber incidents.

Cisco

Best for comprehensive network and endpoint security

Cisco stands out in the managed security service provider industry, offering robust protection against cyberattacks both on and off the network. Its solutions are designed to thwart threats before they can infiltrate networks or endpoints, ensuring comprehensive security coverage.

Pros and cons

Pricing

• Cisco Multi-Site Orchestrator (MSSO): Specific pricing information for Cisco Multi-Site Orchestrator, now known as Cisco Nexus Dashboard Orchestrator, is not publicly available.
• Cisco Duo Security Solutions: Cisco Duo offers a range of pricing tiers, starting with a free option for up to 10 users. The tiered pricing includes Essentials at $3 per user per month, Advantage at $6 per user per month and Premier at $9 per user per month.

Features

• Cisco provides end-to-end network protection, securing both on and off-network environments.
• Unified security management through a single portal for all Cisco security products and services.
• Cisco Duo offers zero trust security solutions suitable for in-office, remote, or hybrid work environments.
• Flexible payment options are available, including a consumption-based model with no minimums or upfront fees.
• Cisco’s range of security products includes licenses for various security solutions and hardware like network switches and access points.

Trustwave

Best for in-depth security and compliance monitoring

Trustwave specializes in Security and Compliance Monitoring services, designed to assist security professionals in monitoring and detecting threats. Utilizing the Trustwave platform, clients can submit Log Data from supported devices for comprehensive collection, correlation, storage, investigation, and reporting.

Pros and cons

Pricing

•  Available upon request.

Features

• Trustwave Fusion Platform offers centralized security and compliance monitoring for enhanced visibility and control.
• The company provides MDR services for proactive security threat monitoring.
• Specialized database security services are available for database protection and compliance.
• Trustwave offers advanced email security solutions to protect against email-based threats and phishing attacks.
• Services for penetration testing and vulnerability management help identify and mitigate IT environment vulnerabilities.

Ascend Technologies

Best for customized IT and cybersecurity for growing businesses

With over two decades of experience, Switchfast Technologies, now part of Ascend Technologies, stands as a leading Managed Services Provider (MSP) in the United States. The company’s high client satisfaction rates are a testament to its comprehensive suite of MSP services, including robust managed security solutions. The strategic acquisitions of Infogressive and Doextra CRM Solutions have further enhanced Ascend’s capabilities, making it a top-tier MSSP in the industry.

Pros and cons

Pricing

• Available upon request.
• Free 20-minute consultation offered.

Features

• Comprehensive perimeter security with managed firewall, IDP, ATP, and WAF.
• Advanced email security against phishing and malware, including spam filtering and encryption.
• Thorough vulnerability management with automated and manual remediation processes.
• Endpoint security for all devices, featuring antivirus, antispyware, and HIDS/HIPS.
• 24/7 MDR service covering SIEM, threat hunting, and advanced detection.

Nomic (Formerly Sentinel IPS)

Best for cutting-edge network security and collective threat intelligence

Nomic Networks, previously known as Sentinel IPS, has been a significant player in the cybersecurity field since 1995. The company is acclaimed for its pioneering Network Cloaking technology and its role in leading the Collective Intelligence Network Security (CINS Army) initiative. This initiative is a collaborative effort among network security professionals to share and combat cybersecurity threats.

Pros and cons

Pricing

• Available upon request.
• Option for an instant demo.

Features

• Network Cloaking technology for enhanced perimeter security and efficient threat mitigation.
• Sentinel Outpost utilizing CINS Threat Intelligence Gateway for proactive defense against inbound attacks and malware.
• Internal Intelligence for complete network visibility and vulnerability detection.
• Hybrid MDR service integrating technology, personnel, and processes for preemptive security issue resolution.
• Advanced Vulnerability Assessment with cutting-edge scanning solutions for public network security.

Cybriant

Best for holistic cybersecurity services with emphasis on threat protection

Cybriant stands out in the cybersecurity industry with its extensive suite of managed services, tailored to offer comprehensive and customizable security solutions. The company’s expertise is evident in its broad client base, spanning over 1,400 clients globally. Cybriant’s services range from Mobile Threat Defense to LIVE Monitoring and MDR, making it a versatile choice for organizations seeking robust cyber protection.

Pros and cons

Pricing

• Available upon request.
• Free 30-day trial of MDR service offered.

Features

• CybriantXDR integrates machine learning and AI with expert monitoring for preemptive malware detection and elimination.
• Managed SIEM provides enterprise-wide visibility, including on-premises, cloud, and hybrid environments, for rapid incident detection and response.
• MDR offers round-the-clock monitoring and incident response services.
• Vulnerability Management includes continuous scanning, patching, and reporting.
• Mobile Threat Defense with Standard and Advanced services for mobile device security against common and high-risk threats.
• Application Security ensures robust protection for enterprise applications.

Key features of managed security service provider services

MSSPs offer a range of features that cater to the diverse needs of enterprises in their quest for robust cybersecurity. While some features are well-known necessities, others are unique differentiators that can significantly enhance a company’s security posture.

Integrated Security Solutions

In the MSSP sector, Integrated Security Solutions refers to a cybersecurity approach that involves combining multiple aspects of security to establish a unified defense mechanism. The integration covers elements such as network security, endpoint protection, cloud security, identity management and threat intelligence.

The primary advantage of integrated security solutions lies in their capacity to offer a holistic view of an organization’s security posture. This enables effective detection, analysis and response to potential threats.

In an integrated setup, security tools and services operate in synergy rather than being isolated. They share information and insights with one another. This interconnectedness ensures that weaknesses identified in one area can be promptly addressed by strengths found in another area. Consequently the risk of breaches is significantly reduced.

For example, if a threat is identified at the network level, integrated systems can automatically initiate measures across endpoints and cloud environments. This not only enhances overall security but also simplifies management processes since organizations can oversee their entire security landscape through a single interface.

When selecting an MSSP provider it is recommended to prioritize those that offer integrated security solutions. By doing so, all facets of your cybersecurity will be adequately covered and able to function harmoniously together. As cyberthreats become increasingly sophisticated and interconnected in nature, this integration provides a robust defense mechanism against them.

Integrated solutions also have the advantage of being more economical in the long term as they eliminate the necessity for multiple security tools that are different from one another along with the costs associated with managing them separately. Essentially, integrated security solutions embody an strategic approach to cybersecurity, which is crucial, for contemporary businesses dealing with a range of ever changing digital risks.

Advanced Threat Protection

Advanced Threat Protection (ATP) is a critical feature offered by MSSPs. It involves the use of sophisticated tools and techniques to detect, analyze and respond to emerging cyberthreats that traditional security measures might miss. ATP often includes:

• Real-time monitoring
• Behavioral analysis
• Machine learning algorithms

These identify and mitigate threats such as zero-day attacks, ransomware, and advanced persistent threats (APTs). For businesses, ATP is vital as it provides a proactive stance against evolving cyberthreats, ensuring that their data and resources remain secure from sophisticated attacks.

Managed Detection and Response (MDR)

MDR services are a step beyond traditional monitoring, offering 24/7 surveillance of a company’s IT environment. MDR includes the identification of threats, immediate response to incidents, and ongoing support to remediate and recover from attacks.

MDR utilizes a combination of technology and human expertise to provide a comprehensive security approach. The significance of MDR lies in its ability to offer businesses peace of mind, knowing that their networks are continuously monitored and protected against cyberthreats — thus allowing them to focus on their core operations.

Vulnerability management

Vulnerability management is a proactive feature that involves the regular scanning, identification, and remediation of security vulnerabilities within an organization’s network. This feature is critical for maintaining the integrity and security of IT systems. It helps in preempting potential breaches by patching identified vulnerabilities before they can be exploited by attackers.

For businesses, this means enhanced security posture and reduced risk of data breaches, ensuring compliance with various regulatory standards and safeguarding their reputation.

Cloud security

As more businesses migrate to cloud environments, cloud security has become an indispensable feature of MSSPs. This service includes the protection of data, applications, and infrastructures involved in cloud computing. Features like encryption, access control, and secure data storage are part of this offering.

Cloud security is vital for businesses operating in the cloud as it ensures their data is protected against unauthorized access and other cyberthreats, while also maintaining compliance with data protection regulations.

Compliance management

Compliance management assists businesses in adhering to industry standards and regulatory requirements related to cybersecurity. MSSPs provide tools and expertise to ensure that a company’s security policies and procedures are in line with legal and regulatory frameworks like GDPR, HIPAA, or PCI-DSS.

This feature is significant for businesses as it not only helps in avoiding legal penalties but also plays a crucial role in building trust with customers and partners by demonstrating a commitment to data security and privacy.

Benefits of working with MSSPs

There are many reasons why you should consider using an MSSP. Here are some of the most common reasons:

• Lack of time or resources: One of the most common reasons businesses use managed security services is that they lack time or personnel to manage their cybersecurity program effectively. When you outsource your IT security to an MSSP, you can free up your internal team to focus on other priorities.
• Focus on your core business: Another common reason companies use managed security services is to allow them to focus on their core business instead of IT security. By outsourcing your IT security, you can ensure that your cybersecurity program is in good hands while focusing on running your business.
• Around-the-clock monitoring and protection from cyberthreats: Cyberthreats don’t take a break, nor does a managed security service provider. MSSPs provide around-the-clock monitoring and protection from cyberthreats, so you can rest assured that your business is protected.
• Improve your company’s compliance posture: Many businesses use managed security services to improve their company’s compliance posture. By outsourcing your IT security, you can ensure that your cybersecurity program is up to date with the latest compliance requirements.
• Access to unique expertise and tools: Managed security service providers have access to special knowledge and tools that you may not have access to in-house. This can help you improve your cybersecurity program and better protect your business.
• Scalability: Managed security services are scalable, so you can increase or decrease the level of service you receive based on your needs. This allows you to tailor your managed security services to meet the specific needs of your business.

How to choose the best MSSP for your business

There are a variety of factors that go into selecting an MSSP that’s appropriate for your business’s unique needs, constraints, and use cases.

• Industry: When choosing an MSSP, it is important to consider the unique security needs and industry-specific challenges of your business. For organizations in highly regulated sectors, such as healthcare or finance, selecting an MSSP that specializes in comprehensive infrastructure management is vital to ensure adherence to stringent regulations. These providers are adept at navigating complex compliance landscapes, offering peace of mind and robust security.
• Size and scale: Large enterprises with extensive security requirements might prefer MSSPs that offer a wide range of advanced, all-encompassing services. Small to medium-sized businesses (SMBs) may benefit more from MSSPs that offer tailored solutions, striking a balance between advanced security and budget constraints. These providers understand the nuances of smaller operations and can offer personalized services that align with specific business needs. Finally, businesses with a strong focus on cloud-based infrastructures should look for providers with a robust cloud security offering.
• Cost and ROI: While cost is a significant consideration, it’s essential to evaluate the overall value an MSSP brings to your organization. Look for providers that offer competitive pricing — but also consider the long-term benefits and scalability of their services.
• Vendor reputation: Finally, the reputation and customer feedback of an MSSP are crucial indicators of their reliability and effectiveness. Opt for providers that have a proven track record of consistent performance and comprehensive cybersecurity solutions. Your choice should align with both your immediate security needs and your long-term business goals, ensuring a partnership that enhances your cybersecurity posture and supports the growth of your enterprise.

How we evaluated MSSP services

Our evaluation of MSSPs was a meticulous and multifaceted process, aimed at providing a comprehensive and unbiased overview of the leading companies in the industry. The primary source of our information was the official websites of the companies themselves. This direct approach ensured that we gathered the most accurate and up-to-date details about their services, features, and company ethos.

To supplement this primary data, we delved into secondary sources, including customer reviews and other reputable online resources. These sources provided valuable insights into user experiences, service effectiveness and customer satisfaction levels.

We then collated all of that information to evaluate each provider for the breadth, depth, quality, and dependability of their offerings, as well as their reputation, cost transparency, and customer support availability.

Frequently Asked Questions (FAQs)

What is a managed security service provider?

Managed security service providers (MSSPs) are a type of IT outsourcing that takes on various IT security-related responsibilities and reduces internal staffing requirements for clients. Managed security services can include any number of cybersecurity services depending on a provider’s abilities and the client’s unique requests.

MSSPs, in general, help to monitor IT compliance and network security 24 hours a day, seven days a week. By deploying required updates and handling security incidents, MSSPs can alleviate the pressure on in-house IT departments. With the assistance of a competent provider, businesses can reduce the burden on their internal IT teams.

A growing number of businesses are outsourcing IT services, including security, to a managed service provider. According to an analysis by Mordor Intelligence, the Global Managed Service Provider (MSP) industry was worth $161.37 billion in 2021 and is anticipated to reach $311.32 billion by 2027, with a CAGR of 12.44% over the period.

Organizations typically hire consultants to assess security requirements and decide whether key activities would benefit from onboarding an MSSP.

Who should use an MSSP?

The primary candidates for MSSP services are businesses that recognize the importance of robust cybersecurity but may lack the in-house expertise, resources, or infrastructure to manage it effectively. This includes companies in sectors where data security is paramount, such as finance, healthcare, and e-commerce.

However, the utility of MSSPs extends beyond these sectors, encompassing any organization that operates with sensitive data or relies heavily on digital operations.

For SMBs, MSSPs are particularly beneficial. These businesses often face the same security threats as larger corporations but without the same level of resources to combat them. An MSSP can provide SMBs with access to advanced security tools and expertise, leveling the playing field against cyberthreats.

Larger organizations, on the other hand, might opt for MSSP services to complement and enhance their existing security measures. In industries where compliance and regulatory requirements are stringent, MSSPs offer the added advantage of ensuring that businesses meet these standards, thereby mitigating legal and financial risks.

In essence, any organization seeking to fortify its cyber defenses, ensure compliance, and focus on its core business activities can benefit from partnering with an MSSP.

How to evaluate a managed security service provider?

Despite the maturity of the MSSP market, providers and clients don’t always have successful engagements. The problem comes down to poor shortlisting, unrealistic service expectations, and a lack of transparency around pricing models. Here are some factors you should consider when evaluating managed security service providers:

• Response to your Request for Proposal (RFP): The best way to make sure the provider understands your business and its specific needs is to outline your requirements in an RFP. Check how they respond to your RFP and whether they have responded to your specific requirements.
• Experience and reputation: Ask for references from other clients who have used the managed security services of the provider. In addition, check out reviews such as this one and other reputable sites.
• Technical capabilities: Ensure the MSSP has the technical capabilities to meet your specific needs. This includes the tools, processes, and people required to deliver the services you need.
• Solution design: The MSSP should be able to provide a detailed solution design that meets your specific requirements. This solution design should be backed up by experience and references.
• Service Level Agreement (SLA): The SLA sets forth the expectations and responsibilities of both parties. It outlines the nature of the service and how it is delivered, payment and billing terms, uptime guarantee, and what happens in the case of a service outage or contract dissolution.
• Backups, business continuity, and disaster recovery plans: Ensure the MSSP has a robust backup, business continuity, and disaster recovery plan. You should test this plan regularly to ensure it works as expected.
• Support response time: For all intents and purposes, an MSSP is an extension of your IT department. As such, the provider should have a fast and responsive support team. In addition, they should have an omnichannel support system that includes phone, email, and chat.
• Pricing policies: Some MSSPs have notoriously convoluted pricing models. Before signing a contract, understand the provider’s pricing policies. Never base your decision solely on price, though: focus on the long-term value you get for the price you pay.

Bottom line: Treat your MSSP as a security partner for the long haul

Selecting an MSSP is a pivotal decision today where cyberthreats loom large. Our evaluation, anchored in a blend of direct company data and customer feedback, is designed to empower enterprises with the knowledge to make informed choices. It underscores the importance of matching specific needs with an MSSP’s strengths, ensuring that the chosen cybersecurity partner is not just a provider, but a guardian in the ever-changing landscape of digital security.

Thinking of keeping your cybersecurity in house? Here are the best network security tools and software for enterprises to build out their security stack.

The post Top 10 Managed Security Service Providers (MSSP) for 2024 appeared first on Enterprise Networking Planet.

Optical networking is a technology that uses light signals to transmit data through fiber-optic cables. It encompasses a system of components, including optical transmitters, optical amplifiers, and fiber-optic infrastructure to facilitate high-speed communication over long distances.

This technology supports the transmission of large amounts of data with high bandwidth, enabling faster and more efficient communication compared to traditional copper-based networks.

Main components of optical networking

The main components of optical networking include fiber optic cables, optical transmitters, optical amplifiers, optical receivers, transceivers, wavelength division multiplexing (WDM), optical switches and routers, optical cross-connects (OXCs), and optical add-drop multiplexers (OADMs).

Fiber optic cables

Fiber optic cables are a type of high-capacity transmission medium with glass or plastic strands known as optical fibers. 

These fibers carry light signals over long distances with minimal signal loss and high data transfer rates. A cladding material surrounds the core of each fiber, reflecting the light signals back into the core for efficient transmission.

Fiber optic cables are widely used in telecommunications and networking applications due to immunity to electromagnetic interference and reduced signal attenuation compared to traditional copper cables.

Optical transmitters

Optical transmitters convert electrical signals into optical signals for transmission over fiber optic cables. Their primary function is to modulate a light source, usually a laser diode or light-emitting diode (LED), in response to electrical signals representing data.

Optical amplifiers

Strategically placed along the optical fiber network, optical amplifiers boost the optical signals to maintain signal strength over extended distances. This component compensates for signal attenuation and allows the distance signals to travel without expensive and complex optical-to-electrical signal conversion.

The primary types of optical amplifiers include:

• Erbium-doped fiber amplifier (EDFA): EDFAs employ erbium-doped optical fiber. When exposed to light at a specific wavelength, erbium ions within the fiber absorb and re-emit photons, amplifying the optical signal. Typically used in the 1550 nm range, EDFA is a key component for long-haul communication.
• Semiconductor optical amplifier (SOA): SOAs amplify optical signals through semiconductor materials. Incoming optical signals induce stimulated emission within the semiconductor, resulting in signal improvement. SOAs specialize in short-range and access network scenarios.
• Raman amplifier: Raman amplifiers use the Raman scattering effect in optical fibers. Pump light at a different wavelength interacts with the optical signal, transferring energy and intensifying it. This type of amplifier is versatile and can operate at various wavelengths, including the commonly used 1550 nm range.

Optical receivers

At the reception end of the optical link, optical receivers transform incoming optical signals back into electrical signals.

Transceivers

Transceivers, short for transmitter-receiver, are multifunctional devices that combine the functionalities of both optical transmitters and receivers into a single unit, facilitating bidirectional communication over optical fiber links. They turn electrical signals into optical signals for transmission, and convert received optical signals back into electrical signals.

Wavelength division multiplexing (WDM)

Wavelength division multiplexing (WDM) allows the simultaneous transmission of multiple data streams over a single optical fiber. The fundamental principle of WDM is to use different wavelengths of light to carry independent data signals, supporting increased data capacity and effective utilization of the optical spectrum.

WDM is widely used in long-haul and metro optical networks, providing a scalable and cost-effective solution for meeting the rising demand for high-speed and high-capacity data transmission.

Optical add-drop multiplexers (OADMs)

Optical add-drop multiplexers (OADMs) are major components in WDM optical networks, offering the capability to selectively add (inject) or drop (extract) specific wavelengths of light signals at network nodes. OADMs help refine the data flow within the network.

Optical switches and routers

Both optical switches and routers contribute to the development of advanced optical networks with solutions for high-capacity, low-latency, and scalable communication systems that can meet the changing demands of modern data transmission.

• Optical switches selectively route optical signals from one input port to one or more output ports. They are important in establishing communication paths within optical networks. These devices work by controlling the direction of optical signals without converting them into electrical signals.
• Optical routers, on the other hand, direct data packets at the network layer based on their destination addresses. They operate in the optical domain, maintaining the integrity of the optical signals without converting them into electrical form.

Optical cross-connects (OXCs)

Optical cross-connects (OXCs) enable the reconfiguration of optical connections by selectively routing signals from input fibers to desired output fibers. By streamlining wavelength-specific routing and rapid reconfiguration, OXCs contribute to the flexibility and low-latency characteristics of advanced optical communication systems.

How optical networking works

Optical networking functions by harnessing light signals to transmit data through fiber-optic cables, creating a rapid communication framework. The process involves light signal generation, light transmission, data encoding, light propagation, signal reception and integration, and data processing.

1. Light signal generation

The optical networking process begins by converting data into light pulses. This conversion is typically achieved using laser sources to secure the successful representation of information.

2. Light transmission

The system sends light pulses carrying data through a fiber optic cable during this phase. The light travels within the cable’s core, bouncing off the surrounding cladding layer due to total internal reflection. This lets the light travel great distances with minimal loss.

3. Data encoding

Data is then encoded onto the light pulses, introducing variations in either the light’s intensity or wavelength. This process is tailored to meet the needs of business applications, ensuring a seamless integration into the optical networking framework.

4. Light propagation

The light pulses propagate through the fiber-optic cables, delivering high-speed and reliable connectivity within the network. This results in the swift and secure transmission of important information between different locations.

5. Signal reception and integration

At the receiving end of the network, photosensitive devices, like photodiodes, detect the incoming light signals. The photodiodes then convert these light pulses back into electrical signals, improving optical networking integration.

6. Data processing

The electrical signals undergo further processing and interpretation by electronic devices. This stage includes decoding, error correction, and other operations necessary to guarantee the data transmission accuracy. The processed data is used for various operations, supporting key functions, such as communication, collaboration, and data-driven decision-making.

8 types of optical networks

There are many different types of optical networks serving diverse purposes. The most commonly used ones are mesh networks, passive optical network (PON), free-space optical communication networks (FSO), wavelength division multiplexing (WDM) networks, synchronous optical networking (SONET) and synchronous digital hierarchy (SDH), optical transport network (OTN), fiber to the home (FTTH)/fiber to the premises (FTTP), and optical cross-connect (OXC).

1. Mesh networks

Optical mesh networks interconnect nodes through multiple fiber links. This provides redundancy and allows for dynamic rerouting of traffic in case of link failures, enhancing the network’s reliability.

• Typical use: Often used in large-scale, mission-critical applications where network resilience and redundancy are essential, such as in data centers or core backbone networks.

2. Passive optical network (PON)

PON is a fiber-optic network architecture that brings optical cabling and signals to the end user. It uses unpowered optical splitters to distribute signals to multiple users, making it passive.

• Typical use: “Last-mile” connectivity, providing high-speed broadband access to residential and business users. 

3. Free-space optical communication (FSO)

FSO uses free space to transmit optical signals between two points.

• Typical use: High-speed communication in environments where it is impractical or challenging to lay optical fibers, such as urban areas or military purposes.

4. Wavelength division multiplexing (WDM)

WDM uses different wavelengths of light for each signal, allowing for increased data capacity. Sub-types of WDM include coarse wavelength division multiplexing (CWDM) and dense wavelength division multiplexing (DWDM).

• Typical use: CWDM is used for short-distance, metro-area networks, while DWDM is for long-haul and high-capacity communication.

5. Synchronous optical networking (SONET)/synchronous digital hierarchy (SDH)

SONET and SDH are standardized protocols for transmitting large amounts of data over long distances using fiber-optic cables. North America more commonly uses SONET, while international industries use SDH.

• Typical use: SONET and SDH are designed for high-speed, long-distance transmission of voice, data, and video. They offer a synchronous and reliable transport infrastructure used in telecommunications backbones and carrier networks.

6. Optical transport network (OTN)

OTN transports digital signals in the optical layer of communication networks. It comes with functions like error detection, performance monitoring, and fault management features.

• Typical use: Used together with WDM to maximize the resilience of long-haul transmissions.

7. Fiber to the home (FTTH)/fiber to the premises (FTTP)

FTTH and FTTP refer to the deployment of optical fiber directly to residential or business premises, providing high-speed internet access.

• Typical use: FTTH and FTTP support bandwidth-intensive applications like video streaming, online gaming, and other broadband services.

8. Optical cross-connect (OXC)

OXC facilitates the switching of optical signals without converting them to electrical signals.

• Typical use: Mostly used in large-scale optical networks by telecommunication carriers to manage traffic.

How optical networking is used today

Various industries and domains today use optical networking for high-speed and efficient data transmission. These include telecommunications, healthcare, financial organizations, data centers, internet service providers (ISPs), enterprise networks, 5G networks, video streaming services, and cloud computing.

Telecommunications

Optical networking is the foundation of phone and internet systems. Today, optical networking remains pivotal in telecommunications, connecting cell sites, ensuring high availability through dynamic traffic rerouting, and enabling high-speed broadband in metropolitan areas and long-distance networks.

Healthcare

For healthcare, optical networking guarantees rapid and secure transmission of medical data, expediting remote diagnostics and telemedicine services.

Financial organizations

Financial organizations use this technology for fast and safe data transmission, which is indispensable for activities like high-frequency trading and connecting branches seamlessly.

Data centers

Optical networking in data centers links servers and storage units, offering a high-bandwidth and low-latency infrastructure for reliable data communication.

Internet service providers (ISPs)

Internet service providers (ISPs) employ optical networking to offer broadband services, using fiber-optic connections for quicker internet access.

Enterprise networks

Large businesses use internal optical networking to connect offices and data centers, maintaining high-speed and scalable communication within their infrastructure.

Mobile networks (5G)

For 5G mobile networks, optical networking allows for increased data rates and low-latency requirements. Fiber-optic connections link 5G cell sites to the core network, bringing bandwidth for diverse applications. 

Video streaming services

Optical networks enable smooth data transmission to deliver high-quality video content via streaming platforms for a more positive viewing experience.

Cloud computing

Cloud service providers rely on optical networking to interconnect data centers to give scalable and high-performance cloud-based services.

History of optical networking

The collaborative efforts of several optical networking companies and distinguished individuals have significantly shaped the optical networking landscape as we know it today.

• 1792: French inventor Claude Chappe invented the optical semaphore telegraph, one of the earliest examples of an optical communication system.

• 1880: Alexander Graham Bell patented the Photophone, an optical telephone system. However, his first invention, the telephone, was deemed to be more practical.

• 1965: The first working fiber-optic data transmission system was demonstrated by German physicist Manfred Börner at Telefunken Research Labs in Ulm.

• 1966: Sir Charles K. Kao and George A. Hockham proposed that fibers made of ultra-pure glass could transmit light for distances of kilometers without a total loss of signal.

• 1977: General Telephone and Electronics tested and deployed the world’s first commercial optical fiber networks for long-distance communication.

• 1988-1992: Emergence of the SONET/SDH standards.

• 1996: The first commercially available 16-channel DWDM system was introduced by Ciena Corporation.

• 1990s: Organizations began to use fiber optics in enterprise local area networks (LANs) to connect Ethernet switches and IP routers.
  • Rapid expansion of optical networks to support the growing demand driven by the internet boom.
  • Organizations began to use optical amplification to decrease the need for repeaters, and more businesses implemented WDM to boost data capacity. This marked the start of optical networking, as WDM became the technology of choice for expanding the bandwidth of fiber-optic systems.

• 2000: Burst of the dot-com bubble leads to a slowdown in the optical networking industry.

• 2009: The term software-defined networking (SDN) was first coined in an MIT review article. 

• 2012: Network function virtualization (NFV) was first proposed at the OpenFlow World Congress by the European Telecommunications Standards Institute (ETSI), a group of service providers that includes AT&T, China Mobile, BT Group, and Deutsche Telekom.

• Present: 5G started becoming available in 2020.
  • Research and development for photonic technologies continues. Photonics solutions have more dependable laser capabilities and can transfer light at historic speeds, letting device manufacturers unlock broader applications and prepare next-generation products.

Trends in optical networking

Trends in optical networking, such as 5G integration, elastic optical networks, optical network security, interconnects in data centers, and green networking highlight the ongoing evolution of the technology to meet the demands of new technologies and applications.

5G integration

Optical networking enables the necessary high-speed, low-latency connections to handle the data demands of 5G applications. 5G integration makes sure that you get fast and reliable connectivity for activities such as streaming, gaming, and emerging technologies like augmented reality (AR) and virtual reality (VR).

Coherent optics advancements

Ongoing advancements in coherent optics technology contribute to higher data rates, longer transmission distances, and increased capacity over optical networks. This is vital for accommodating the growing volume of data traffic and supporting applications that need high bandwidth.

Edge computing

Integration of optical networking with edge computing reduces latency and elevates the performance of applications and services that call for real-time processing. This is imperative for apps and services needing real-time responsiveness, such as autonomous vehicles, remote medical procedures, and industrial automation.

Software-defined networking (SDN) and network function virtualization (NFV)

Adopting SDN and NFV in optical networking leads to better flexibility, scalability, and effective resource use. This lets operators dynamically allocate resources, optimize network performance, and respond quickly to changing demands, improving overall network efficiency.

Elastic optical networks

Elastic optical networks allow for dynamic adjustments to the spectrum and capacity of optical channels based on traffic demands. This promotes optimal resource use and minimizes the risk of congestion during peak usage periods.

Optical network security

Focusing on bolstering the security of optical networks, including encryption techniques, is important for protecting sensitive data and communications. As cyberthreats become more sophisticated, safeguarding your networks becomes paramount, especially when transmitting sensitive information.

Optical interconnects in data centers

The growing demand for high-speed optical interconnects in data centers is driven by the requirements of cloud computing, big data processing, and artificial intelligence applications. Optical interconnects have the bandwidth to handle large volumes of data within data center environments.

Green networking

Efforts to make optical networks more energy-efficient and environmentally-friendly align with broader sustainability goals. Green networking practices play a key role in decreasing the environmental impact of telecommunications infrastructure, making it more sustainable in the long run.

Bottom line: Optical networking is here to stay

The progression of optical networking has been instrumental in shaping the history of computer networking. As the need for faster data transmission methods grew with the development of computer networks, optical networking provided a solution. By using light for data transmission, this technology enabled the creation of high-speed networks that we use today.

As it grows, optical networking is doing more than just providing faster internet speeds. Optical network security, for instance, can defend your organization against emerging cyberthreats, while trends like green networking can make your telecommunication infrastructure more sustainable over time.

Read our guide on top optical networking companies and get to know the leading optical networking solutions you can consider for your business.

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