Wireless observation
Passive Wi-Fi observation on 2.4 and 5 GHz, plus Bluetooth LE. One master coordinates nine removable scanner modules.
A standalone platform for observing the wireless world around you. Ten removable ESP32-C5 modules, with a design built around local logging and onboard positioning—no required cloud account or subscription.
Coming to market. C5 FullGate Core Board is in development. Hardware and power validation continue before sales open.
FullGate brings multiple radios together for wireless research, education, and authorized testing. Its firmware foundation observes Wi-Fi and Bluetooth LE; complete standalone operation is still being verified.
Passive Wi-Fi observation on 2.4 and 5 GHz, plus Bluetooth LE. One master coordinates nine removable scanner modules.
Four nine-scanner field runs saved 423,592 observations across I²C and ESP-NOW. CSV structure and timestamps checked; startup rows without valid coordinates remain identified.
I²C is the primary communication backbone within FullGate. ESP-NOW provides a secondary wireless path. Both transports completed nine-scanner bench and field logging. A historical 20-scanner bench result is documented on the Development page; current-firmware scale testing remains pending.
Nine-scanner bench and field logging completed on both transports. Power-input retesting, current-source hardware validation and production-board qualification remain in progress.
Development & test resultsMaster and scanner/node firmware for ESP32-C5 is available under MIT. Find source, release notes, limitations and local dashboard setup on the Firmware page.
Explore firmwareThe Core Board is our first planned hardware release. Validation continues before sales open. No release date, prices, orders or preorders are available. Launch updates will be posted here.
See the planned Core BoardHellzGate started with a question: what if a whole cluster of radios could work together and report to one place? A sketch became a breadboard, then custom engineering boards, and now the FullGate design.

These working engineering platforms helped prove the multi-node concept and expose the power, communication, integration, and mechanical work needed for FullGate.
Development and launch updates are available on this website. For product questions and support, email hellz@hellzgate.com.
Contact & community