Stressing Your Wi-Fi Network: What, Why, and How

Stressing, or stress testing, a network is a method used by IT teams to diagnose any weak performance areas and ensure that the wireless network can handle anything thrown at it.

What is Stress Testing?

This is not taking it easy on a network. This is pushing the network to its limits, perhaps creating scenarios that aren’t likely to ever happen in real life – but still could – and seeing how a network responds. Stress testing is meant to allow IT teams to discover networks’ breaking points and observe how a network performs as it approaches those breaking points.

Why Should You Stress Test?

Networks are resilient systems. They will keep working well, even when there are issues, as long as there are only a few users. Problems arise when a significant number of devices connect at the same time and create a high-demand environment. This is when issues will reveal themselves and end-user performance can suffer.

Stressing the network helps uncover some of those problem areas before end-users are affected. The testing will reveal any weak points, allowing IT to proactively strengthen them, and give valuable knowledge into how the network reacts when stressed. Once IT has identified these warning signs, teams can be on the lookout and ready to act preemptively at the first hint of trouble.

Network administrators may decide to stress test:

• To ensure that the network gives an organization a competitive advantage
• To test that new infrastructure delivers the advertised support and reliability 
• To prove that a network can handle extreme circumstances – such as a sudden influx of traffic due to a flash sale or some other prize

How To Stress Test a Wi-Fi Network

The point is to absolutely hammer the network. There are a few different ways to do that.

Manually

1. Connect an increasing number of devices to a single Access Point (AP) and measure the same data points every time that new devices are added
2. Connect a high number of devices all at once and run analytics to test network performance

These scenarios work well if you have a lot of end-users around to help test. For example, this Massachusetts school worked with 400 students to stress the network.

Using Automated Tools

There are a number of automated stress testing tools on the market. These tools work by generating high volumes of data packets and sending them through the network. Look for a tool that:

• Will emulate typical traffic patterns 
• Will allow IT to designate specific devices and ports
• Will test remote sites and cloud services

Finally, always remember to only stress-test an isolated network.

Understanding the Results of a Stress Test

Stress testing provides a complete picture of network performance. It’s important to understand exactly what the testing reveals in order to strengthen the network and prepare it to handle unfavorable situations. Using an AI-powered optimization solution in conjunction with stressing will provide IT with clear and actionable analytics, removing any mystery from the network and making improved performance possible without requiring deep wireless expertise. 

Wyebot’s intelligent sensor connects to the network as a client device, providing IT with the true end-user’s perspective and revealing issues that AP-centric monitoring misses. The sensors, as part of Wyebot’s Wireless Intelligence Platform (WIP), provide complete visibility into the entire Wi-Fi ecosystem. This includes automatically identifying all connected devices, and alerting IT to any performance or behavior problems within the ecosystem. In addition, WIP’s network test suite can run diagnostics during the stress-test to screen for any performance issues. The suite includes tests for:

• Wireless connectivity and internet connectivity
• Applications
• Performance
• Network Services
• Security 

If any test fails or falls outside designated parameters, WIP will automatically alert IT and provide actionable root cause analysis.  

IT can use the analytics gathered during the stress-test to determine any changes that need to be made to the network for optimized performance in the present. For example: 

• Do load balancers need to be added?
• Does capacity need to be expanded?
• Did the network struggle to provide reliable bandwidth and uptime?

Teams can also save the data and compare it to later stress tests to see how the network has changed over time. This can support future upgrades and capacity planning.

Optimize Your Wi-Fi Network Now

Stress testing a network reveals valuable information about the performance and efficiency of the wireless ecosystem. Use this method to ensure that your network can handle anything – including hundreds of employees suddenly connecting remotely. If you have any questions about optimizing a network, contact us today.

Wyebot is transforming how organizations optimize their business-critical Wi-Fi networks. Our AI-powered Wireless Intelligence Platform combines intelligent sensors and agents with cloud-based software to analyze Wi-Fi networks from the end-user perspective, automatically detecting both intermittent and critical issues, and proactively recommending solutions. Trusted by leading enterprises, healthcare organizations, and educational institutions worldwide, Wyebot’s vendor-agnostic platform reduces mean time to resolution by up to 90% and eliminates up to 80% of onsite troubleshooting visits. Headquartered in Massachusetts, Wyebot continues to set new standards in wireless network reliability.