We build robotized systems with embedded AI capabilities and enable UAVs to successfully accomplish autonomous missions and withstand electronic warfare
"On the Palm" (Na Doloni) app - AI-based military object detection
Detect (locate + classify) tanks, rocket launchers, etc. on one frame
A robust and efficient algorithm for varying conditions
Spot hidden targets
Analysis of video from UAVs is x20 faster
Saves time of pilots for decoding, analysis
Enable Observe-Оrient-Decide-Act loop
Works in real-time
Self-hosted deployment
ML Ops pipeline for datasets and model generation
Generate a case-specific dataset and AI model within a few minutes from just a few videos
AI-based dataset management according to changing environment
Train, Test, Validate and Deploy multiple computer vision models without a single line of code.
Minimize human intelligence involvement only to visual verification of performance
Systematically update the datasets to improve the accuracy of the AI system
Build AI systems with quality data - focus on ensuring that the data clearly conveys what the AI must learn
Cockpit for C4ISR’s operator
Transmission of video streams from UAV to the ground station with sub-second latency
Web cockpit for telemetry streaming and remote UAV control
C4ISR’s operator marks, confirms targets, obtains their coordinates, and confirms actions
FireFly app- for artillery correction
UAV pilots can get the coordinates of the target in the distance with one click on the screen and send them in real-time to BMS “Nettle” for artillery correction
“Nettle” (Kropyva) - Battlefield management system of the tactical level С2 (command and control), adopted by Ukrainian Army
Accuracy up to 50 meters
Autonomous UAV missions
Real-time video processing on-board module (Raspberry Pi 4, Coral AI)
Autonomous capabilities for precise UAV positioning and engaging the enemy
Autonomous target spotting enables limited radio transmission
Map-based navigation for GPS-denied areas
GPS substitute in data protocol
Complements Visual-inertial odometry
Doesn’t require an internet connection
Drone agnostic
Works on embedded computers
Localization accuracy: up to 30 m.
The solution successfully went through a series of field- tests at the Ukrainian Army electronic warfare military unit on Jul 2022
Traction
SLA with Ministry of Defense of Ukraine
Contracts with Ukrainian UAV manufacturers for AI deployment
Included in the training program for military UAV pilots
3,000+ hours of video processed monthly
100+ AI-models generated
300+ military units adopted it
1000+ end users
Saker Scout - open UAV drone platform with ai capabilities for autonomous missions
CZE
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