Stop guessing what's on your airwaves.
A digital and physical tripwire. It learns what belongs in range, flags what doesn't, and points at where it came from. One home or a whole perimeter.
A digital and physical tripwire. It learns what belongs in range, flags what doesn't, and points at where it came from. One home or a whole perimeter.
A bedroom, a fence line, a venue, or a cabin with no signal at all. Same node, different job.
It learns the devices that belong to your home.
When an unfamiliar one shows up, lingers, or keeps coming back, you hear about it.
Nodes on the fence posts feel movement and learn who belongs.
A stranger's phone in range gets flagged before they reach the door.
It catches a WiFi attack as it starts and names the tool behind it.
Three or more GPS nodes trace where it came from.
Battery and LoRa only. No mains, no internet, no phone signal.
Everything it sees still saves to the card and still reaches your other nodes.
WiFi, Bluetooth, drones, and the attacks aimed at you, from a single node the size of your palm.
Phones, watches, earbuds, cameras, and the networks they quietly look for. It learns which belong and flags the rest, even when a device hides its address. The ESP32-C5 drops in for 2.4 and 5 GHz, in public beta.
It catches WiFi attacks as they start: devices knocked offline, your network faked, passwords stolen. Then it names the tool, from bettercap and mdk4 to a handheld Marauder. An attack or a bump triggers whatever recon you set: triangulate, capture, sweep, or scan for drones.
Power it from USB or a battery. There is no screen to check and nothing to log into. Water-resistant parts and TPU gaskets keep rain and dust out.
Drive a node from its web dashboard, or text it commands over the Meshtastic mesh from miles off, no WiFi needed. It replies with live status and pushes detections as they happen. Everything saves to SD and can feed your IDS, SIEM, or an MQTT broker. Open source, so you can add your own commands.
Each unit runs one of these at a time. Spread a few around and you cover the lot.
One unit watches on its own. Add more and they share what they find over LoRa, miles apart, no internet or cell service.
Each one scans the air around it and saves what it sees on board.
Every detection goes out over the LoRa radio to the other units, miles away, with no WiFi or internet in between. Commands come back the same way.
The optional Command Center puts every unit, target and drone on one live map, and drives them all from one console.
WiFi, BLE, drone IDs, live attacks, tamper. One ~$250 node on battery or solar, LoRa mesh, no fees. Enterprise sensors cost 60× more and bolt to a wall.
| AntiHunter | Dedrone RF-360 | Bastille | WiFi Pineapple | ESP32 Marauder | |
|---|---|---|---|---|---|
| Price per sensor | ~$250 | $58,000/site | 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, 5 GHz w/ C5 | 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 |
Everything is open source: firmware, enclosure files, and the Command Center. Buy a stage, or clone the repo and source your own parts.
“The product is awesome and it arrived quickly. It is amazing getting near instant support and RF education on the discord.”
Robert M., verified buyer
The operations side, on your own hardware. A live map of every node, target, and drone, an alert engine with webhooks, and one console that drives the whole fleet and schedules which job each unit runs, and when.
Documented, buildable, and fully open. Buy it assembled, as a parts kit, or as a bare board.
Built in the open. New boards and drop-in upgrades that join the units you already run.
Swap the ESP32-S3 for an ESP32-C5 on the same board and you get 5 GHz as well as 2.4. Everything else runs the same. Out now on the flasher’s experimental channel, stable release next.
A C5 with 24 GHz radar. It tracks up to three moving targets at once with their path and speed, and lines that movement up against the RF around it, so a moving object gets matched to a moving device. Range is about 100 m. First beta is out.
An SDR companion for the bands the node cannot reach. TPMS, ISM traffic, and plenty more that never touches WiFi or Bluetooth.
Every board is printed, populated, bench-tested, and ships with the mesh radio flashed and configured.
Start with a bare board or a finished unit. Flash it from your browser, mount it where you want eyes, and leave it running.
AntiHunter watches your networks, your events, your perimeter. Detection is passive: it reads what is already on the air, and never jams, deauths or attacks anything. It detects and it logs. Every line is open source. Your data stays on your SD card.