Camera, video link, ground station, and control — designed as one system, on hardware built for it.
One system, designed as a whole — every layer is tuned to the next, from the camera up to the OSD.
Mix and match ground stations, cameras, and links. Swap a single block without rebuilding the stack.
Hardware-accelerated video path on commodity SoCs. Optimized for the moment between input and image.
Two endpoints, one wireless link. A handheld ground station drives the picture and the controls; a vehicle-side stack handles capture, encode, and actuation. Everything in between is yours to swap, fork, or replace.
Rockchip RK3566
Handheld unit — display, decode, OSD
Android companion
Phone & tablet ground app
SigmaStar Infinity6E
Camera + on-board encoder
ESP32 bridge
Servos, peripherals, radio glue
Every module is independent and replaceable. Use the whole stack out of the box, or pull out the one piece you need and run it next to your own code.
Camera capture, hardware-accelerated encoder, and on-board overlay running on the airframe SoC.
Learn more →Video decode, OSD, and joystick input. Linux handheld and Android variants share the same UI patterns.
Learn more →Adaptive forward error correction, cooperative receive diversity, and ExpressLRS Backpack integration.
Learn more →ESP32 bridges, head-trackers, and servo control modules — small boards that fan out the stack.
Learn more →On-device object and plate recognition. Drop-in modules that run alongside the live video path.
Learn more →Reference designs, configuration tools, and a small SDK for building your own modules against the stack.
Learn more →Off-the-shelf chips you can buy by the reel. Nothing in the stack depends on a bespoke ASIC or a sealed module.
Familiar silicon. Friendly to repair and revision.