Kyber, a startup founded by VLC Media Player creator Jean-Baptiste Kempf, has secured $5 million in funding led by Lightspeed Venture Partners. The company is building an infrastructure layer to manage real-time control of robots and drones. This investment highlights growing investor interest in 'physical AI,' which requires reliable, low-latency communication to manage large fleets of remote devices.
What Happened
Kyber, a new technology venture started by Jean-Baptiste Kempf, the developer behind the widely used VLC Media Player, has successfully raised $5 million. The funding round was led by Lightspeed Venture Partners, a firm that has previously backed several prominent artificial intelligence companies. Kyber is focused on building an infrastructure layer that allows for the real-time control of robots, drones, and other remote devices.
The Problem Kyber Aims To Solve
As the number of robots and drones operating in public and industrial spaces increases, managing them becomes complex. These machines require constant, reliable connections to transmit video, audio, and sensor data back to a central operator or control system. Even tiny delays in this data transmission can cause significant issues in real-world environments.
Kyber is building a software kit that helps synchronize these inputs with minimal delay. By focusing on low-latency communication, the company intends to help operators control machines located far away as if they were standing right next to them. This technology is critical for the growth of 'physical AI,' where intelligent systems interact with the physical world rather than just digital screens.
Why Investors Are Watching This Space
Investors are paying attention to Kyber because the company is attempting to standardize a problem that currently relies on custom-built, expensive solutions. Many companies in the robotics and drone space have developed their own proprietary systems, but these often struggle to scale when managing large fleets.
Kyber is positioning itself to manage millions of devices concurrently. This ambition places it in a competitive landscape. In the broader market for remote IT access, the company aims to challenge established providers like Citrix. If Kyber can prove that its system works at scale across millions of devices, it could change how industries manage their remote infrastructure.
Challenges And Future Execution
While the technology has clear applications in robotics and remote IT, the company faces the challenge of execution at scale. Managing millions of devices without performance drops is a major technical hurdle. The company plans to offer an open-source core version alongside a commercial enterprise version to attract both individual developers and large businesses.
Because the company is still in its early stages, the primary business risk lies in whether it can successfully convince industrial players to switch from their current custom systems to Kyber’s unified platform. The company is headquartered in Paris and has expanded to San Francisco and Singapore to support its global ambitions.
What Investors Should Track Next
For those monitoring the robotics and physical AI sector, the next key indicators will be Kyber's ability to onboard large enterprise clients and its performance during real-world, large-scale deployments. The market will also look for evidence of how well the platform handles the diverse network conditions that drones and robots face in different geographic regions.