Indigenous AI navigation and targeting systems for every class of autonomous platform we build — fixed-wing, multi-rotor, loitering munitions, kamikaze interceptors, and ground robotics — GPS-equipped or GPS-free, built to keep working when satellite signal doesn't. This is the field reel: what we've flown, where we build it, and who's behind it.
The S500 is our fully autonomous platform — onboard perception and GPS-denied navigation take it from launch to target without a human hand on the stick.
No remote, no manual piloting.
Vision-based positioning when satellite signal fails.
Onboard perception locks and reaches the target.
R&D prototype build in progress.
Real footage from flight tests and the workspace. The two landscape clips below are drone-camera / handheld footage — the app walkthrough is recorded on a phone in portrait, so it gets its own phone-shaped frame instead of being cropped into a landscape box.
The ground control app runs on a phone in your hand, not a laptop on a table — mission planning, live telemetry, and manual override, all from one screen. Recorded exactly as it's used: portrait, one-handed.
Workspace, team, builds, simulation, and press — real photos read as more credible to investors than any illustration will.
Owned in-house, end to end — capability compounds across every product instead of starting over each time.
Three multirotor platforms, built and flight-tested so far — the S500 carries the flagship GPS-free stack.
| PLATFORM | F450 QUADCOPTER | 850mm HEXACOPTER | S500 QUADCOPTER ★ |
|---|---|---|---|
| Frame Class | Compact quadcopter testbed | 850mm six-rotor payload platform | Flagship GPS-free quadcopter (Design stage) |
| Flight Controller | Pixhawk / ArduPilot | ArduPilot (Mission Planner) | ArduPilot / PX4 / DakeFPV H743 |
| Propulsion | 4x brushless motors, 3S | 6x brushless motors with ESC | 4x brushless motors, GPS-free tuned |
| Onboard Compute | NVIDIA Jetson Nano | Jetson / Raspberry Pi | NVIDIA Jetson-class |
| Vision / Perception | Monocular camera, obstacle sensing | OpenCV + YOLO-based object detection | Visual SLAM + Extended Kalman Filter fusion (Under development) |
| Navigation | Optical flow + LiDAR assist | Waypoint navigation, geotagging | GNSS-denied waypoint navigation (Target capability) |
| Communication | Telemetry link | Telemetry + live video feed | Telemetry + live mission data |
| Power System | 3S LiPo battery | LiPo battery | LiPo battery |
| Primary Role | Real-time obstacle avoidance testbed | Ground vehicle detection & tracking | Autonomous target reach, no GPS, no remote |
| Status | Flight-tested | Flight-tested | R&D prototype build in progress |
We run hands-on drone, robotics, and AI sessions in schools and colleges — introducing students to the same technology we build in-house, not just recruiting for ourselves.