NEMESIS
See the signal. Know what’s coming.
Ultra-wideband drone detection. Built for the real world.
WIDEBAND SDR TUNING RANGE
DRONE BANDS SWEPT · 320 MHz – 5.9 GHz
WI-FI · BLUETOOTH · DJI DRONEID
STATIONARY DETECTION RANGE
Handheld, fixed node and vehicle-mounted detection.
Choose the system that fits your operation.
UP TO 2 KMWearable RF detection in a compact, body-worn walkie-talkie form factor, built on the same Nemesis detection core. Pairs with a Nemesis Node over Bluetooth mesh to report mobile detections into your site picture.
UP TO 5 KMFixed-mount outdoor detection node. Wi-Fi Remote ID, Bluetooth Remote ID and a wideband SDR run at once, and detection, alerts and the map dashboard all work with no internet. One PoE cable for power and data.
Vehicle-mounted RF detection for mobile patrols and convoys. Pricing, range and delivery: to be announced.
Maximum RF detection ranges depend on conditions, signal strength, terrain, and installation. Product images are AI renderings produced from current prototypes. Final hardware may differ.
One detection core in every Nemesis model.
Three receivers, one picture.
Hops 2.4 GHz and 5 GHz channels for Remote ID beacons and DJI DroneID.
Full cycle 3.6 sListens to Bluetooth LE advertising for Remote ID broadcasts.
Continuous scanSweeps all 10 drone bands and fingerprints the drone links it finds.
Full sweep 21.2 sMatches energy above the noise floor against the signature library by band, bandwidth, timing and cross-band correlation.
An on-device neural network sorts modulation into 5 families and 23 types, and flags signals unlike anything it was trained on.
Checks OFDM, DSSS, chirp spread spectrum and frequency hopping, with higher-order and cyclostationary statistics.
Merges Wi-Fi, Bluetooth and SDR detections of the same emitter into one target with a persistent history.
Decodes Remote ID over Wi-Fi and Bluetooth: serial number, drone position, altitude, speed, heading and pilot position.
Identifies DJI drones that do not broadcast standard Remote ID, from DJI DroneID and hardware signatures.
Recognises drone video, control and telemetry links, from DJI and Autel to analog FPV and long-range RC.
A neural network classifies modulation on the unit and flags novel signals, so new or modified links still stand out.
Estimates a bearing to the signal from two receive antennas.
Plots drone and pilot positions from Remote ID, with the last known position of every target.
Gates out aircraft ADS-B on 1090 MHz and handles Wi-Fi collisions, so alerts stay meaningful.
New signatures and bands arrive as software updates. No hardware change needed.
Dual GNSS receivers detect jamming and spoofing of the satellite navigation signals drones and sensors rely on.
Detects jamming across the 2.4 GHz and 5 GHz Wi-Fi bands.
Detects jamming of drone telemetry, control and video feed transmissions.
Jamming detection flags interfering transmissions on the monitored bands. It does not neutralise jamming or defeat a jammer.
Remote ID and DJI DroneID require a compatible broadcast from the drone. RF fingerprinting identifies the link type; it does not decode video or telemetry content.
FULL SPECIFICATIONSSeveral Nemesis Nodes merge into one de-duplicated site picture. Each Node estimates a bearing from its dual receive antennas, so bearings from multiple Nodes triangulate the signal. Paired Handhelds report mobile detections over Bluetooth mesh. Expand your installation with a 2, 3, or 4-node bundle.
Bundle pricing is $2,500 per node. Geolocation performance depends on node placement, signal conditions, and deployment geometry.
Nemesis detectors can uplink to other TALOS Defence Inc.
products and solutions.
From open farmland to entire cities.
Monitor wide open fields, livestock and equipment yards against unwanted overflights.
Nemesis Nodes in mesh, Handheld for patrolsProtect residents’ privacy with perimeter awareness around homes and grounds.
Nemesis Nodes plus paired HandheldTemporary airspace awareness for concerts, sports and public gatherings.
Nodes around venue, Handhelds for security staffBlanket a city with networked Nodes and feed drone alerts into smart city platforms, operations centres and first responders.
Nodes on city infrastructure, API and cloud uplink to smart city systemsThe node console, captured on site.
Status, RF configuration and detection history.
The node states whether anything is in the air right now, when a drone was last seen, and every event since — with a detection timeline you can step back through.
Captured from the Nemesis Node field interface on current development hardware. The interface is under active development and may change before delivery.