Kyber provides an open-core SDK that streams video, audio, sensor data, and control signals with 8-10 ms glass-to-glass latency over QUIC/HTTP3. The software runs on Windows, Linux, Mac, Android, iOS, Quest, and Vision Pro and is designed for robots, drones, vehicles, remote desktops, and XR headsets.
The offering includes a productized enterprise version and custom deployment support through forward-deployed engineers, targeting customers in defense, telecommunications, robotics, and AI that need secure, scalable remote machine control without building custom streaming stacks.
Kyber targets the expansion of physical AI, robotics, drones, vehicles, remote desktops, and immersive environments where operators and AI agents must control distant machines as if they were local. The company explicitly prioritizes robotics, drones, and remote IT access, positioning itself as a general-purpose alternative to the custom solutions historically built in-house by large fleets.
The market spans defense, telecommunications, robotics, and AI, with potential demand rising as autonomous fleets grow from thousands to millions of devices requiring reliable low-latency telemetry and control.
Kyber delivers single-digit millisecond end-to-end latency by synchronizing video, audio, sensor data, and control inputs to a single clock over QUIC/HTTP3, with protocol-level encryption and forward error correction that maintains performance when bandwidth drops. The open-core model lowers adoption friction while the company sells a productized enterprise version plus hands-on deployment through forward-deployed engineers.
Founder Jean-Baptiste Kempf brings deep credibility from leading VLC, FFmpeg, and VideoLAN, giving Kyber rare engineering authority in video streaming, codecs, and open-source distribution at global scale.