Wifi Analyzer vs WiFi Analyzer and Heat Map

Wi-Fi Analyzer helps you understand what is really happening on your Wi-Fi and local network. It gives you clear, real-time insight into connection quality, network performance, and connected devices. Scan your current network, discover devices on the same Wi-Fi, and run speed tests to verify real download speed, upload speed, and latency. Built-in network tools such as ping, traceroute, DNS lookup, WHOIS, and port scanning help you quickly diagnose connection issues and network behavior. Advanced analysis features visualize signal strength, latency, packet loss, DNS response time, and network paths over time. This makes it easy to detect instability, interference, or performance degradation and track changes in network quality. Wi-Fi Analyzer is designed for users who want accurate diagnostics, clean visuals, and reliable data — without unnecessary complexity. Privacy Policy: https://riviacorp.com/policy-wi-fi-analyzer/ Terms of Service: https://riviacorp.com/terms-wi-fi-analyzer/ Support: https://riviacorp.com/

Create WiFi heatmaps, analyze your WiFi networks performance in terms of upload and download speed, and check your network ping, latency, and jitter. Conduct easy WiFi site surveys. No additional hardware is needed. This app uses your device's built-in WiFi capabilities. In addition, this app allows you to create heatmap visualizations and survey your locations for WiFi performance. You can easily create heatmaps directly in the app that overlay your location's floorplan. This survey capability can help you identify WiFi deadspots and better place WiFi nodes for better performance. In the app, you can create projects to organize your WiFi surveys. Add different floorplans to the projects and create scans and plots. You can revisit tests to see how performance has changed from varying layouts. You can also see the ping results to various popular websites and discover the devices that are on your network. You can also generate floorplans to use in the app when using a device with a built-in LiDAR scanner.