Hold position, capture evidence
See what others don’t
In modern warfare conditions, heavily contested environments outpace manual assessment:
These factors might force the choice between exposing your soldiers to danger or aborting mission execution – a tradeoff you would not want to make.
Better optimized PID controllers to enable platform-specific calibration and offset payload changes.
Betaflight & ArduPilot integration to enable platform-universal operation and maintain faultless reliability.
A custom gimbal system to stabilize visual streams by compensating for tilt and rotation during flights.
A custom estimation algorithm to prevent visual drifts and maintain stable hover even facing wind bursts.
Software optimization and multithreading for responsive, stable behavior during complex, high-speed flights.
Computer vision to extract special features from streams, thus enhancing data accuracy.
Image preprocessing and adaptive PID corrections to maintain target visibility even beyond sterile conditions.
Descriptor selection and tuned keypoint detection to ensure accurate location in visually complex conditions.
to target working range
success ratio rate with wind up to 8-12 m/s
success ratio rate with targets at a speed of up to 60 km/h
wind resistance
drift position hold
pitch/roll angle support
boot time
working temperature range
GNSS-independent routings to build long-term baselines and forecast concealment windows, crossing dangers, and other strategic events.
GNSS-independent flights to identify perimeter mismatches and compare against baselines.
Computer vision to detect and map potential obstacles: rubble edges, loose debris, soft ground, mined areas.
Computer vision to reveal and flag disturbed surfaces: disrupted soil, tarp/netting irregularities, and similar.
Locked hover to capture pre- and post-strike imagery (scorch/burn patterns, collapsed structures) for forensics.
Stable hover to verify landing and drop-site safety (slope angles, obstacle density, tree height, soft-soil cues).
Every solution is validated under fire on the actual battlefield, where dampening and chaos define operations. From discovery, 3D modeling, rapid prototyping, and ruggedization to development and validation in combat – we cover every stage to deliver tactical advantage.
By leveraging AI & CV techniques, our autonomous UAV modules are pushing beyond today’s GNSS limitations. Neither spoofing or jamming can’t stop mission success.
Among others, we deliver:
For over two years, we have been partnering with manufacturers of drones and specialized mission computers. We know the value of following NATO standards, NDAA, STANAG, and other industry guides, and understand MSP and MAVLink protocols.
What’s more, we build:
We stack 20+ specialists who have proven knowledge and experience in both UAV excellence and engineering. Our goal – to secure mission success by automating dangerous tasks.
In particular, we master:
The modules we developed are already actively applied in combat and deliver critical advantage to soldiers. They’re built to withstand common countermeasures of enemies and harsh weather conditions with resilience.
Our solutions are showing: