Jean-Baptiste Kempf, the French founder who built VLC media player into one of the world's most reliable video players, has shifted focus to robotics infrastructure. His new company, Kyber, develops a control layer that enables real-time operation of remote devices.
Kempf founded VideoLAN in 2001, the open-source project behind VLC, which dominates video playback across platforms with over 3 billion downloads. His reputation for building robust, dependable software translates directly to Kyber's mission. Remote device control requires the same reliability obsession that made VLC indispensable.
Kyber tackles a genuine infrastructure gap. Robotics and autonomous systems need low-latency, high-fidelity control channels to operate effectively across distances. Current solutions suffer from latency spikes, connection drops, and synchronization issues that limit practical deployment. Kempf's approach treats this as a systems problem requiring rigorous engineering rather than mere feature stacking.
The robotics market itself remains fractured. Companies building autonomous devices, drones, and remote-operated equipment cobble together control solutions from fragmented vendors. A standardized, performant infrastructure layer addresses a universal pain point. Kyber positions itself as the foundational technology rather than a consumer-facing robot maker.
Kempf's background matters here. Open-source developers who scale to billions of users understand stability at scale, cross-platform compatibility, and the discipline required when failures affect millions. VLC's market dominance came from solving problems other players ignored. His new venture applies that same philosophy to enterprise robotics infrastructure.
The timing aligns with growing investment in robotics automation. Companies like Tesla, Boston Dynamics, and smaller labs seek reliable control systems as deployment accelerates. A well-engineered infrastructure layer from a founder with Kempf's track record attracts both enterprise