VLC Media Player creator Jean-Baptiste Kempf is pivoting from global video playback to the physical computing frontier. His Paris-based startup, Kyber, has secured a $5 million funding round led by Lightspeed to develop a dedicated infrastructure layer for real-time remote control of physical devices. The platform is engineered to synchronize video, audio, sensor data, and control inputs with sub-millisecond latency, directly addressing the foundational requirements of the emerging physical AI sector. The technical architecture leverages Kempf’s extensive background in video streaming and cloud gaming. By adapting highly optimized transmission protocols originally designed for consumer media to industrial-scale operations, Kyber reduces the latency that typically hinders remote device management. The company explicitly targets the scalability gap in remote operations. While legacy fleets manage only thousands of units, Kyber’s infrastructure is built to orchestrate millions of devices, introducing enterprise-grade observability necessary for AI-driven autonomous networks and large-scale robotic deployments. Lightspeed’s investment underscores a broader market thesis: physical AI capabilities are fundamentally constrained by the reliability of underlying control systems. Kyber’s solution separates the operator, the compute environment, and the physical action, enabling seamless management regardless of geographic distribution. This architectural decoupling is critical for applications ranging from autonomous drone swarms and mobile robotics to enterprise remote IT access, where Kyber aims to supersede legacy virtualization tools. Operating with a dual model, Kyber maintains an open-source core to foster broad developer adoption while commercializing an enterprise-ready platform. The startup differentiates itself through forward-deployed engineers who handle custom implementations, a strategy that mirrors successful enterprise software deployments. With a lean team of twenty-five professionals and operational hubs in Paris, San Francisco, and Singapore, Kyber is already executing commercial deployments across defense, telecommunications, robotics, and artificial intelligence verticals. As the boundary between digital command and physical execution narrows, Kyber is positioning its technology as the essential transport layer for the next wave of automated infrastructure. By prioritizing robotics, multi-domain aerial systems, and remote system administration, the company seeks to establish the standard for deterministic, low-latency control in an increasingly distributed operational landscape.