Synap AI

Autonomy you can trust. No GNSS. No link. Onboard AI that navigates, recognizes, geolocates and guides, so unmanned systems complete the mission even when GPS and communications are jammed.

Anti-spoofing and anti-jamming

Mission completion without a link

Day and night operations

Platform agnostic

SynapNAV

Vision-based navigation for GNSS-denied missions

SynapNAV fuses onboard EO and LWIR imagery with a tactical-grade IMU and matches it to an onboard map. It feeds the autopilot a precise position when GNSS is jammed, spoofed or absent — no pilot input, day or night.

Camera frames matched to the onboard map, with position error plot — Camera frames matched to the onboard map.

Specifications

Position error: < 10 m RMSE, no drift in known terrain
Unknown terrain: ≤ 2 % of distance travelled
Sensors: EO + LWIR, 95° FOV · tactical IMU
Altitude: 0 – 4,500 m ASL
Weight: 500 g
Power: 5 W
Auto take-off / land: Available
Platforms: VTOL, fixed-wing and multicopter

Key features

Naturally resilient to GNSS spoofing — beyond CRPA anti-jam antennas
Day and night navigation with EO and LWIR cameras
Platform agnostic — ISR VTOL, multicopter and loitering munitions
Multi-layered: map-relative and terrain-independent visual navigation
Zero pilot input — autonomous take-off and return home under EW
Military-grade reliability at reduced cost and weight

Synaplock

Automatic target recognition and geolocation, day and night

Synaplock computes the coordinates of any point in the camera view in seconds — without GNSS, a laser range finder or manual map work — and places it on the map. It works with any camera and sends target data straight to fires.

Specifications

Accuracy: ≤ 15 m
Time to fix: Seconds
Target range: 10 – 20 km
Conditions: Day and night
GNSS / link: Not required — works under jamming
Sensor: Any EO/IR camera · no LRF
Output: Target and observer coordinates
Integration: Synap Mission C2 · call-for-fire

Key features

Near-instant coordinates — faster than an experienced manual operator
With SynapNAV, removes manual camera-guided flying and coordinate calculations
Artillery adjustment: impact deviation and corrections computed automatically
Operator focuses on observation, confirmation and decisions
Coordinates delivered to the battery commander in seconds

SynapStrike

Autonomous visual and laser-guided terminal homing

Terminal guidance for loitering munitions, FPV drones and long-range strike UAVs. Once the target is selected, the munition completes the engagement autonomously — independent of GNSS and the video link.

Visual terminal homing on the selected target
Laser spot homing on coded 1064 nm designation
Fully autonomous attack mode, resilient to jamming
Deployed on Leisan SL250 and laser-homing FPVs

Leisan SL250 Seekers

Laser designation and terminal homing on a ground target

Integrate Synap AI into your platform

Synap AI is platform agnostic. Contact us to discuss integration on VTOL, fixed-wing, multicopter and loitering munition platforms.