THE FULL SPECTRUM.
A CLEARER PICTURE.
One detection core in every Nemesis model.
Three receivers, one picture.
Wi-Fi Remote ID
Hops 2.4 GHz and 5 GHz channels for Remote ID beacons and DJI DroneID.
Full cycle 3.6 sBluetooth Remote ID
Listens to Bluetooth LE advertising for Remote ID broadcasts.
Continuous scanWideband SDR
Sweeps all 10 drone bands and fingerprints the drone links it finds.
Full sweep 21.2 s- 01SIGDBFingerprint
Matches energy above the noise floor against the signature library by band, bandwidth, timing and cross-band correlation.
- 02AI/AMCNeural classifier
An on-device neural network sorts modulation into 5 families and 23 types, and flags signals unlike anything it was trained on.
- 03STRUCTSignal structure
Checks OFDM, DSSS, chirp spread spectrum and frequency hopping, with higher-order and cyclostationary statistics.
- 04FUSIONTarget profile
Merges Wi-Fi, Bluetooth and SDR detections of the same emitter into one target with a persistent history.
Remote ID
Decodes Remote ID over Wi-Fi and Bluetooth: serial number, drone position, altitude, speed, heading and pilot position.
DJI DroneID
Identifies DJI drones that do not broadcast standard Remote ID, from DJI DroneID and hardware signatures.
RF fingerprinting
Recognises drone video, control and telemetry links, from DJI and Autel to analog FPV and long-range RC.
On-device AI
A neural network classifies modulation on the unit and flags novel signals, so new or modified links still stand out.
Direction finding
Estimates a bearing to the signal from two receive antennas.
Live map
Plots drone and pilot positions from Remote ID, with the last known position of every target.
False-alarm rejection
Gates out aircraft ADS-B on 1090 MHz and handles Wi-Fi collisions, so alerts stay meaningful.
Field updatable
New signatures and bands arrive as software updates. No hardware change needed.
GPS / GNSS
Dual GNSS receivers detect jamming and spoofing of the satellite navigation signals drones and sensors rely on.
Wi-Fi
Detects jamming across the 2.4 GHz and 5 GHz Wi-Fi bands.
Drone links
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 SPECIFICATIONSWIDEBAND SDR TUNING RANGE
DRONE BANDS SWEPT · 320 MHz – 5.9 GHz
WI-FI · BLUETOOTH · DJI DRONEID
STATIONARY DETECTION RANGE
ONE CORE.
EVERY MODEL.
Handheld, Node and Mobile share the same detection core.
Hardware figures apply to the Nemesis Node.
- Default
All 10 drone bands, 320 MHz – 5.9 GHz.
21.2 s · 4.2 s in Fast Scan - DJI Scan
2.4, 5.2 and 5.8 GHz only, where DJI links live.
10.8 s · 2.2 s in Fast Scan - Band lock
One band, swept on its own for a faster revisit.
Single band - Channel lock
Holds one 20 MHz channel. Can engage automatically on a detection.
Continuous - Custom
Any set of bands and channels, saved as a named mode.
Operator defined
RF and scanning
- SDR tuning range
- 70 MHz – 6 GHz
- Monitored drone bands
- 10 bands · 320 MHz – 5.9 GHz
- Receivers
- Wi-Fi Remote ID · Bluetooth Remote ID · wideband SDR, running at once
- SDR receive paths
- 2, diversity-combined · up to 61.44 MS/s
- Full-band sweep
- 21.2 s · 4.2 s in Fast Scan
- Scan modes
- Default · DJI Scan · Band lock · Channel lock · Custom
- RF emissions
- None. Receive-only.
Detection and identification
- Remote ID
- ASTM F3411 / ASD-STAN over Wi-Fi and Bluetooth LE
- Remote ID data
- Serial number, drone position, altitude, speed, heading, pilot position
- DJI DroneID
- Decoded, plus DJI hardware identification
- Signature library
- DJI OcuSync and O4, Autel SkyLink, Skydio, analog FPV, ELRS and Crossfire-class RC, CNPC, L-band satcom
- Classification
- On-device neural network · 5 modulation families, 23 types
- Direction finding
- Bearing estimate from dual receive antennas
- Detection range
- Up to 2 km Handheld · up to 5 km Node
- Range conditions
- Maximum figures. Actual range varies with weather, line of sight, terrain, RF interference and the drone’s transmit power.
- Jamming detection
- GPS jamming and spoofing · Wi-Fi · drone links
Software and integration
- Operation
- Fully offline. Detection, alerts and dashboard run on the unit.
- Dashboard
- Browser-based · Basic and Advanced views · live map
- Alerts
- Webhook and email
- Records
- Detection history with filters and export · raw IQ captures
- API
- Password-protected HTTP / JSON
- Multi-node
- Several Nodes merged into one de-duplicated site picture
- Integrations
- AEGIS-SHIELD sensor node · Handheld pairing over Bluetooth mesh
- Remote uplink
- LTE or WAN, WireGuard-encrypted
- Updates
- New signatures and bands by software update
Node hardware
- Power
- PoE (802.3af/at), one cable for power and data · DC input option
- Network
- Ethernet
- Positioning
- Dual GNSS · 9-axis IMU for heading
- Antennas
- 6: 2 Wi-Fi/Bluetooth, 2 wideband SDR, 2 GNSS
- Enclosure
- IP65 outdoor · mast and wall mount
- Origin
- Designed and manufactured in Canada
Specifications describe the production design and may change before delivery. Sweep times are nominal at 200 ms per channel, or 40 ms in Fast Scan. Maximum RF detection ranges depend on detection conditions, weather, signal strength, terrain, and installation.
MORE NODES.
MORE PERSPECTIVE.
Several 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.