10 Best Tools for Monitoring Wireless Access Points (2024)

Table of Contents

  • Introduction
  • Key Takeaways
  • Why is Wi-Fi Access Point Monitoring So Important?
  • Tools for Monitoring Wireless Access Points
    • NetStumbler
    • Solarwinds NPM Wifi Analyzer
    • Datadog Network Monitoring
    • PRTG Network Monitor
    • NetSpot
    • Acrylic Wireless
    • SolarWinds Remote Monitoring and Management
    • inSSIDer
    • Site24x7 Wireless Access Point Monitoring
    • WhatsUp Gold
  • How to Choose a Wi-Fi Access Point Monitoring Tool
  • Conclusion
  • How MetricFire Can Help

Introduction

Monitoring wireless access points is business-critical, allowing teams to facilitate day-to-day workflows. These wireless access points (APs or WAPs) provide strong Wi-Fi signals and transmission ranges for sending and receiving valued information. But wireless access points are susceptible to cyberattacks that jeopardize your revenue and reputation.

Monitoring your wireless access points is critical for preventing unauthorized persons from downloading illegal content and jeopardizing network security. Organizations without WAP monitoring expose themselves to rogue users who can infiltrate networks and cause irreversible damage. Monitoring WAPs is critical for any security strategy in 2021.

Wi-Fi access point monitoring is a challenge for many teams. With MetricFire, you can monitor APs, servers, networks, and other infrastructure in a few clicks after downloading our agent.

Want to learn more? Discover MetricFire here, you should also book a demo, or sign up for a free trial.

Key Takeaways

  1. Monitoring wireless access points (WAPs) is crucial for organizations, as it helps enhance security, prevent unauthorized access, and maintain network performance. Neglecting WAP monitoring can expose organizations to cyber threats.
  2. Wi-Fi access point monitoring serves multiple purposes, with security being a primary concern. It also helps with bandwidth analysis, improving Wi-Fi signal strength, identifying unauthorized access, diagnosing performance issues, and ensuring uptime and downtime monitoring.
  3. Several tools are available for monitoring wireless access points, each with its own features and capabilities. The choice of a monitoring tool should be based on factors such as budget, network size, and specific business requirements. Consider reading customer reviews and utilizing free trials or demos before making a final decision.
  4. MetricFire is a solution that can simplify network monitoring, including WAP monitoring. It offers hosted Graphite and Grafana solutions, helping organizations gain insights into their environments with minimal configuration.
  5. When choosing a Wi-Fi access point monitoring tool, consider factors such as cost (some tools charge based on the number of access points) and the tool's scalability as your organization grows.

Why is Wi-Fi Access Point Monitoring So Important?

Organizations monitor WiFi access points for multiple reasons, but the first goal is security. Monitoring WAPs prevents unauthorized persons from using Wi-Fi networks to download illegal content, access sensitive information, or otherwise jeopardize network security.

Other reasons for Wi-Fi access point monitoring include:

  • Bandwidth analysis
  • Improving Wi-Fi signal strengths
  • Identifying an unauthorized IP address
  • Diagnosing access point-related performance issues
  • Monitoring uptime and downtime of APs and thin clients
  • Generating access point performance and security insights

Even minor changes to WAPs can have a detrimental effect on an entire organization, such as a weaker signal strength that impedes productivity. So security-conscious enterprises are investing more resources in access point monitoring. Regular monitoring provides these companies with in-depth insights that influence future security and performance strategies.

For the most successful outcomes, organizations should monitor access points regularly. However, monitoring can be tough for small teams that lack resources. Wi-Fi access point monitoring tools, therefore, prove valuable.

Monitoring wireless access points will prevent cyberattacks and safeguard critical communications. With the right tool, you can also diagnose underperforming WAPs, analyze bandwidth usage, build heat maps for "dead" Wi-Fi spots in your organization, and visualize a wireless network.

Using WAP monitoring tools provides your business with the insights it needs for more effective Wi-Fi management, providing enhanced security and connectivity for teams. But with so many access point tools on the market, which one should you choose?

Here is our list of the ten best wireless access point monitoring tools in 2021!

NetStumbler

NetStumbler is a wireless LAN tool (or "stumbler" tool) for 802.11b/a/g WLAN standards. It surveys wireless connections and finds rogue access points. The free tool lists nearby access points and provides real-time insights such as channel, SSID, hardware vendor, and MAC address.

NetStumbler lets you investigate weak signals in wireless networks and identify signal strength, interference, and SNR levels from one platform, making it a suitable option for businesses. Other features include GPS support that records AP locations automatically.

There are limitations, as one would expect with a free tool like NetStumbler. The platform only supports Windows operating systems, so you'll need to invest in a NetStumbler alternative if your team uses Apple devices. (Note: A pared-down version of the tool called MiniStumbler is available for Windows CE mobile devices.)

Solarwinds NPM Wifi Analyzer

Solarwinds NPM Wifi Analyzer is a powerful Wi-Fi access point monitoring tool that bursts to the brim with features for teams that rely on Wi-Fi for connectivity and productivity. This tool automatically scans access points for quick setup, builds visual heat maps of access points, finds unauthorized Wi-Fi users, and manages thin and autonomous AP clients.

You can manage access points from a centralized dashboard and solve AP-related issues quickly. Plus, you can monitor bandwidth usage by device and user, which makes network analysis simple. Few AP monitoring tools offer the scope of Solarwinds, making it a useful addition to any tech stack. However, there are many Solarwinds alternatives to consider.

Datadog Network Monitoring

Datadog Network Monitoring solution monitors the health of different network devices, but it's useful for monitoring wireless access points. The platform uses tags to interpret AP-related information, making it easy to track rogue users, signal strength, and bandwidth.

One of the best Datadog features is the variety of AP metrics that provide you with insights into your access points. But you'll also find useful metrics for all network performance activities, such as switch monitoring and network security analysis. Use these metrics to influence your network security objectives.

Datadog also offers API extensibility, which provides additional features such as customizable graphs and even more metrics.

Do you lack a monitoring team to execute WAP monitoring? MetricFire helps with easy-to-configure network monitoring solutions for your growing enterprise. Generate Wi-Fi and network insights in just a few clicks after downloading our powerful agent.

Learn more about MetricFire here or call +1 (855) 206-7352.

PRTG Network Monitor

PRTG Network Monitor has enhanced AP monitoring support for teams of all sizes, with device status, signal strength, rogue user, SSID, and traffic metrics. Use this tool to analyze Wi-Fi traffic, determine connection strength, and identify unauthorized persons who might infiltrate your AP.

While PRTG is more of a general network monitoring tool, it's useful for WAP monitoring. Many organizations that implement Bring-Your-Own-Device (BYOD) policies use this platform to detect rogue users and prevent unauthorized access.

NetSpot

Originally designed for Macs, NetSpot now has capabilities for Windows operating systems, with powerful Wi-Fi access point analytic tools for your organization. You can also use NetSpot on your mobile device and track WAPs on the go.

Using NetSpot provides you with an extra layer of security in your fight against unauthorized Wi-Fi access. Automate monitoring or schedule triggers for analysis based on your specific business requirements. Besides WAP analysis, you can generate insights about WLAN interference, channel width, and network encryption. NetSpot is an effective all-in-one Wi-Fi analysis tool.

Acrylic Wireless

Acrylic Wireless provides real-time insights into all your access points, helping you monitor signal strength, connected devices, and Wi-Fi channels from one place. But you can also use this platform to solve other Wi-Fi-related issues such as slow connections and downtime.

With Acrylic Wireless, you can generate time-critical insights about Wi-Fi coverage issues, connected devices, packet retry rates, and clients connected to your access points. You can view these metrics from a simple dashboard and use the information to optimize Wi-Fi security in your organization.

SolarWinds Remote Monitoring and Management

This platform is another network monitoring solution from SolarWinds. The Remote Monitoring and Management (RMM) tool primarily provides network analysis for remote teams, including employees working from home because of the COVID-19 pandemic. While RMM monitors network devices like routers and switches, it also provides accurate insights into access points. Use this tool to prevent cybercriminals from hijacking APs used by remote workers.

With RMM, you can automate scripts for multiple APs or schedule specific triggers for deep analysis. Regardless, the high level of automation proves useful for organizations in the post-pandemic business landscape.

MetricFire specializes in monitoring systems and you can use your product with minimal configuration to gain in-depth insight into your environments. If you would like to learn more about how MetricFire can help monitor your environments, You should book a demo with us, or sign up for the free trial today.

inSSIDer

Suitable for both Apple and Windows devices, inSSIDer is a Wi-Fi network scanner with WAP features such as signal strength, unauthorized access identification, and bandwidth analysis. Incorporate this tool into your organization for better Wi-Fi analysis.

inSSIDer automatically retrieves data from access points and displays it all on an easy-to-use dashboard. From here, monitor all access points at once or select specific APs for deeper investigation.

Site24x7 Wireless Access Point Monitoring

Not for beginners. Site24x7 Cisco Network Monitoring requires the installation of an agent before accessing network management analytics such as access point monitoring metrics. Still, this tool is useful for detecting rogue users, bandwidth problems, and signal strength-related issues in one place.

Site24x7 monitors APs automatically, so you can focus on more important business workflows. You can also use the tool for switch monitoring and general network analysis. Although one of the harder tools on this list to set up and configure, Site24X7 proves useful for teams wanting to invest in access point monitoring.

WhatsUp Gold

WhatsUp Gold is one of the most popular networking monitoring tools available in 2021, and thousands of businesses use this platform for network analysis, wireless autonomous access, and switch monitoring. You can also rely on this powerful tool for monitoring access points.

WhatsUp Gold provides real-time analytics about APs, with a simple dashboard that lets you track rogue devices, signal strength, radio type, and more. Quickly discover how many devices connect to your access points and take action if you identify unauthorized users.

Another significant feature is log management for Windows events, which provides nuanced reports about network monitoring.

How to Choose a Wi-Fi Access Point Monitoring Tool

When considering a wireless access point analysis tool, think about the price. Most of the tools above charge you a fee based on the number of access points (and devices) you want to monitor, which can work out expensive if you have many APs. Free tools like NetStumbler might tempt you, but these platforms often come with limited features.

You should also consider the size of your Wi-Fi networks, and whether the above tools scale as your business grows. Some tools, particularly free ones, might not be able to monitor large Wi-Fi networks effectively, rendering them useless.

There are two major ways to determine the best access point monitoring tool for your organization. Start by reading reviews from customers who use these tools. Also, take up free trials and demos to find out features, performance, and productivity. A trial or demo lets you try out WAP monitoring tools before you commit.

Go ahead and avail MetricFire's free trial to get started, you should also contact us for a quick and easy demo and learn from one of our MetricFire engineers!

Conclusion

Wi-Fi access point monitoring is one of the most critical aspects of network monitoring, but many organizations overlook it. The right tools discover rogue users, identify connected devices, analyze bandwidth issues, determine signal strength, and otherwise manage APs from one dashboard. You can automate monitoring or schedule monitoring events, streamlining Wi-Fi analysis.

Not all Wi-Fi monitoring tools are the same. The platforms featured above vary in features and capabilities, so base your final decision on your specific business budget and requirements. Whichever tool you choose, realizing the importance of AP monitoring is an important step in your network management and security strategy.

How MetricFire Can Help

Even with the tools above, Wi-Fi access point monitoring proves a challenge for organizations that lack a large monitoring team. MetricFire solves this problem with hosted Graphiteand Grafana solutions for all kinds of network monitoring, including WAP monitoring.

MetricFire comes with minimal configuration, simplifies network monitoring, and provides unparalleled insights into WAPs and other Wi-Fi and network products.

Learn more about MetricFire here andbook a demo, or sign up for a free trial now.

10 Best Tools for Monitoring Wireless Access Points (2024)

FAQs

Which tool is best for network monitoring? ›

10 Best Network Management Tools
  • Domotz. ...
  • ManageEngine OpManager. ...
  • PRTG Network Monitor. ...
  • Datadog Network Performance Monitoring. ...
  • SolarWinds Network Performance Monitor. ...
  • Whatsup Gold. ...
  • Nagios XI. ...
  • Zabbix.
Apr 5, 2024

Which monitoring tool is best? ›

Best Application Monitoring Tools Shortlist
  • Google Cloud Operations - Best APM for Google Cloud.
  • Logrocket - Best for e-commerce companies.
  • Datadog - Best unified monitoring platform.
  • New Relic - Best error tracking features.
  • Honeycomb - Best for online games.
  • Grafana - Best open-source option.
May 5, 2024

What is the tool to find access points? ›

The APFinder CD is the tool for physically locating wireless access points and testing the security of your wireless network.

How to detect wireless access points? ›

Usually, locating an access point requires the use of a spectrum analyzer, such as HackRF, or a Wi-Fi analyzer for trying to determine the access point location by proximity according to signal strength.

What is a wireless monitoring device? ›

Wireless monitoring involves the automatic discovery, continuous monitoring, and troubleshooting of Wi-Fi devices, wireless LAN controllers (WLCs), and wireless access points (APs). Visualize and resolve Wi-Fi performance issues with Wi-Fi monitoring.

What is a network monitoring tool? ›

Network monitoring tools are tools that constantly track, analyze, and report the availability, health, and performance of networks, which include networking hardware, interfaces, storage devices, virtual environment, and other essential components.

What tool is used to monitor and troubleshoot networks? ›

Ping Tools

The ICMP ping tool is a basic network troubleshooting tool that lets you assess if a device is reachable on the network. It reports on errors such as packet loss, round-trip-time, etc. The usual ping requests are based on the ICMP echo request protocol.

How do I monitor network access? ›

Access your router by entering your router's IP address into a web browser. Once you sign in, look for a Status section on the router (you might even have a Bandwidth or Network Monitor section depending on the type of router). From there, you should be able to see the IP addresses of devices connected to your network.

What are the basics of monitoring tools? ›

Metrics, monitoring, and alerting are all interrelated concepts that together form the basis of a monitoring system. They have the ability to provide visibility into the health of your systems, help you understand trends in usage or behavior, and to understand the impact of changes you make.

What is the most commonly used monitoring device? ›

1. Blood Pressure Monitor. The Blood Pressure Monitor helps manage high blood pressure, a common condition that affects many people globally. This device is designed to monitor a patient's blood pressure and transmit the data in real-time to healthcare providers.

How to find hidden Wi-Fi access point? ›

Click the network icon in the lower right corner of the taskbar. Click the icon next to the wireless network icon and select “Hidden Network”. Enter the name and security key of the hidden network and click “Next”. The computer will automatically connect to this network.

How can I see what devices are connected to my access point? ›

Run the arp-scan. The command scans the local network and provides a list of connected devices along with their IP and MAC addresses in the wireless access point.

Can access points be tracked? ›

In addition to quickly locating wireless and wired endpoint devices, User Device Tracker monitors wireless access points and network switches and switch ports. This will help you actively identify faults and performance problems, manage utilization, and plan for additional capacity.

How do I monitor wireless traffic? ›

Access your router by entering your router's IP address into a web browser. Once you sign in, look for a Status section on the router (you might even have a Bandwidth or Network Monitor section depending on the type of router). From there, you should be able to see the IP addresses of devices connected to your network.

How do I find unauthorized wireless access points? ›

Rogue access point detection works through sensors and radio frequency. Wireless radios automatically scan the RF spectrum for access points transmitting on the same spectrum. The RF scans can discover third-party transmitters in addition to other radios.

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