Wi-Fi tools for the field
Scan. Capture.
Understand.
Explore networks and collect useful evidence with the mobile app and a supported sensor. Or open your unified sensor's device website for standalone tests and management.
Start here
What do you have?
Start with the app →
Install on iPhone, iPad or Android. Try the samples, Location and survey preparation before you add a sensor.
TestFlight · Firebase beta WANT A SENSORPick a board →
Compare boards by the job: radio bus, storage, widest channel, power and where each one is limited.
NanoPi · Pi 4/5 · WLAN Pi · ESP32-C5 · more HAVE HARDWAREFind your device →
Each board's page has its install steps, measured limits and build guide. Then connect it to the app.
One image for five boards AN AI AGENTConnect your agent →
Point it at the docs, or give it scoped control of a sensor over MCP to run scans, captures and tests.
llms.txt · MCP · REST · MQTTChoose a task
What do you want to find out?
Scan & discover
Find networks, clients, channels, security and advertised capabilities.
Mobile app · supported sensorsBetaCapture & analyze
Record focused packet evidence, use independent radios and export to PCAPAI or Wireshark.
Mobile app · Linux toolsHardware dependentSpectrum
Explore FFT, peak hold and waterfall views from supported spectrum sources.
Mobile app · sensor console · selected hardwareBetaSurvey & map
Keep floor plans, positions, Wi-Fi observations and supported cellular measurements together.
Mobile app · platform dependentBeta · integration limitsPasspoint & authentication
Inspect ANQP replies and explore the image's CfreeRADIUS and FreeRADIUS services.
Mobile app · device websitePublic image betaNetwork testing
Measure a local path with browser speed tests, iPerf3 and xfr; monitor with Orb and check ping, DNS and routes.
Device website · command lineBoard dependentDevice health & updates
Check temperatures, power events, storage, cooling and bootloader information.
Mobile app · device websiteExperimentalExperimental work
Follow Qualcomm two-link station/STR work and bounded, uncalibrated FTM ranging.
Selected hardware · opt-in toolsBetaIntegrations
Bring in the AP's view from Ruckus One or AP SSH, and ask Siri, Shortcuts or an Android assistant about your scan.
Mobile app · Ruckus One · platform dependentYour hardware, one image
Five boards.
One starting point.
The unified image detects its supported board, sets up its hardware profile and expands Data to the available storage. Radio capabilities depend on your adapter.
Public beta 2.1.36. Full hardware qualification is incomplete; check the release notes for known limits.
Learn from the measurements
Field Notes
Thermal testing
Small sensor. Heat under load.
40 runs: what a BE200 pad, a 40 mm fan, a vented case and the card’s own thermal guards changed, and where captures still failed.
Read the findings →Antenna shootout
Eight antennas. Three bands.
Measured signal and throughput, with the channel-by-channel detail behind the result.
Read the findings →Sensor comparison
What does your hand cost?
Two BE200 sensor builds, held and free-standing. Compare the networks each one heard.
Read the findings →Built on community work
Credit where
it belongs.
The unified image includes tools and front-panel software created by the WLAN Pi community. WLAN Commander integrates that work; upstream authors and contributors retain credit.
Support covers documented Commander integrations. Support for inherited WLAN Pi menus and scripts is limited.
Community, sources & credits →