System
One onboard autonomy loop
AKINAK-AG gives a Betaflight or MAVLink platform detection, tracking, terminal guidance, autonomous flight and GNSS-free visual navigation — with no datalink, no satellite fix and no cloud. Combat-proven onboard AI — in operational use with Ukrainian forces against ground targets.
The onboard autonomy loop
Fully onboard, millisecond response
The real-time processing pipeline runs entirely on the drone — millisecond response times, zero radio emissions, no cloud dependency. Step 4 is a hard gate: the loop cannot advance to terminal guidance without an explicit operator decision. The same loop drives operator-authorised terminal guidance in defence and intruder deterrence in critical-infrastructure security.
Parts of the system
Perception Core
The onboard neural network that detects, classifies and tracks targets in real time at 30 FPS — entirely on the drone, with no datalink and no cloud.
Read more →02Terminal Guidance
Once the operator has authorised engagement, the module maintains lock and guides the platform through terminal approach with no command link. The operator retains override at any moment.
Read more →03Visual Navigation & Autonomous Flight
GNSS-free positioning from optical and visual-inertial methods, plus mission and waypoint autonomy. Holds course when GPS is denied, jammed or spoofed.
Read more →04EW Resilience & RF Silence
All transmitters can be deactivated mid-flight. Full functionality in GNSS-denied, jammed and air-gapped environments — no datalink, no satellite fix, no cloud.
Read more →05OEM Integration
What you need to scope an integration without a sales call — mechanical, electrical, data and environmental essentials, plus the evaluation kit.
Read more →Where it is used
FPV Terminal Guidance
EW-resilient, operator-authorised terminal guidance for FPV drones — combat-proven with Ukrainian forces against ground targets.
Read more →Critical Infrastructure Protection
Autonomous, RF-silent perimeter patrol where ground personnel cannot go — detection, alerting and deterrence for EU critical-infrastructure operators.
Read more →