// SECURITY · PRIVACY · HARDWARE · SOFTWARE
A digital and physical tripwire. It reads the WiFi, Bluetooth, and drone signals in your 2.4 GHz space and learns what belongs. Anything that doesn't belong gets flagged, from a single home to a whole perimeter.
WiFi, Bluetooth, drones, and the attacks aimed at you, all from a device that fits in your palm. Each unit runs one job at a time. A mesh of them covers everything at once.
Phones, watches, earbuds, cameras, and the networks they quietly look for. It learns which ones belong and flags the ones that don't, even when a device is trying to hide its address.
It flags WiFi attacks the moment they start, common and advanced alike: knocking devices offline, faking your network, stealing passwords, and plenty more. Then it names the tool behind it, from software like bettercap, mdk4, and wifite to handheld gadgets like Marauder.
Power it from USB, a battery, or a 5 V solar panel you supply. It runs unattended, with no screen to check, and shrugs off rain, dust, and heat for months at a time.
One unit at home, several around a perimeter, or a full set across a site.
One unit learns your home's usual devices.
You hear about it when something new appears, or when a phone nearby is hunting for other networks.
Line the fence posts with units that feel movement and learn who belongs.
When a stranger's device crosses in, even a hidden one, the mesh alerts you.
Sentinel names the tool behind a WiFi attack and ties an attacker's changing addresses into one.
Three or more GPS units trace where it's coming from, all on the Command Center map.
Runs on batteries over LoRa, fully headless, no infrastructure.
It catches drones by their Remote ID, and wipes itself to a decoy if a unit is grabbed.
Drive it from the web dashboard, over the mesh, or through the HTTP/JSON API. Detections save to the SD card and can feed straight into your IDS or SIEM. It's open source, so you can wire in commands of your own.
Each unit runs one of these at a time. Spread them across a mesh to watch for everything at once.
Drop in a single unit and it watches on its own. Add more and they work together, sharing what they find over long-range LoRa that reaches for miles, with no internet or cell service in the loop.
Each one scans the airwaves around it and saves what it sees, right on the device.
They talk to each other over long-range LoRa, miles apart, with no internet or cell service in between, so one catch reaches them all. With three or more, they can roughly work out where a signal is coming from, their clocks kept in sync by GPS.
The optional Command Center pulls every unit onto a single live map, so you see the whole picture at a glance.
Connect your mesh to the open-source Command Center and it becomes a full operations platform. Track every unit, drone, and aircraft on one live map. Add geofence alarms, FAA registry lookups, webhooks, TAK bridging, and multi-site federation. You host all of it, on your own hardware.
Documented, buildable, and fully open. Buy it assembled, as a parts kit, or as a bare board.
AntiHunter is built in the open and moving fast. Here's what's on the way: new hardware and drop-in upgrades that plug into the same mesh, map, and alerts.
The board already builds for it. Adding 5 GHz scanning is the next piece: a chip on the board you have, not a new one.
An ESP32-C5 that pairs RF traffic with physical presence, out to 100 m, to build a baseline of what's normal. It sends what it finds over the mesh to the other nodes and the Command Center.
A software-defined-radio companion we're exploring, to watch a much wider slice of spectrum, well past WiFi and Bluetooth.
Every board is printed, populated, flashed, and bench-tested before it ships.
Everything is open source: firmware, enclosure files, and the Command Center. Buy a stage, or clone the repo and source your own parts.
WiFi, BLE, drone IDs, active attacks, and vibration on tamper. AntiHunter puts it on a ~$250 node—18650 or solar, LoRa mesh, no infrastructure, no fees. Enterprise sensors cost ~60× more and stay fixed. AntiHunter goes where the threats move.
| AntiHunter | Dedrone RF-360 | Bastille | WiFi Pineapple | ESP32 Marauder | |
|---|---|---|---|---|---|
| Price per sensor | ~$250 | ~$15,000 | Quote only | ~$120–300 | $10–160 |
| Signals detected | WiFi, BLE, drone ID, attacks | Drone RF | WiFi, BLE, cellular | WiFi | WiFi, BLE |
| RF coverage | 2.4 GHz | Drone bands | 25 MHz–6 GHz | 2.4 / 5 GHz | 2.4 / 5 GHz |
| Battery / field deployable | Yes, 18650 or solar | No, PoE / AC | No, PoE / AC | No, USB / AC | Yes, handheld |
| Long-range mesh, no infrastructure | Yes, LoRa | No | No | No | No |
| Physical / tamper sensing | Yes, vibration sensor | No | No | No | No |
| Open source | Yes: firmware, STLs, C2 | No | No | Partial | Yes: firmware + STLs |
| Recurring fees | None | License | Subscription | None | None |
Start with a bare board or a finished unit. Flash it in your browser, hang it where you need eyes, and let the mesh do the watching. Open source, no subscription, built with a community that keeps shipping.
AntiHunter watches your networks, your events, your perimeter. It detects and logs. It never attacks. Every line is open source and built with the community, so you can read it, flash it yourself, and make it your own. Your data stays on your SD card, on your own hardware.