How Kyber Is Building the Future of Robotics with Real-Time AI Infrastructure

Artificial Intelligence is no longer limited to software and chatbots. Today, AI is moving into the physical world through robots, drones, and connected machines. As industries continue adopting automation, the demand for reliable, real-time infrastructure is growing rapidly.

One startup leading this transformation is Kyber, founded by Jean-Baptiste Kempf, the developer best known for leading the creation of the popular VLC Media Player. With more than six billion downloads worldwide, VLC changed how people watch videos. Now Kempf is applying his expertise to solve one of robotics’ biggest challenges—real-time communication.

From VLC Media Player to Physical AI

Jean-Baptiste Kempf believes that hundreds of millions of robots and drones will soon become part of everyday life. However, these intelligent machines require more than advanced AI models. They also need an infrastructure capable of transmitting video, audio, sensor data, and control signals instantly.

To address this challenge, Kempf founded Kyber, a Paris-based startup developing software that enables real-time communication between operators, cloud computing systems, and remote devices.

Rather than focusing solely on artificial intelligence, Kyber provides the technology layer that allows AI-powered machines to function efficiently in the real world.

What Is Kyber?

Kyber is an infrastructure platform designed to manage and control remote devices with extremely low latency.

Its Software Development Kit (SDK) synchronizes:

• Live video streaming
• Audio communication
• Sensor information
• Device telemetry
• Real-time control commands

This synchronization ensures operators—or AI systems—can interact with remote devices without noticeable delays.

Whether controlling a robot in a warehouse, inspecting industrial equipment, or managing autonomous drones, every millisecond matters.

Why Low Latency Matters

In robotics, even tiny delays can affect safety and performance.

Kyber was specifically built to minimize latency, allowing operators to control machines with greater precision.

The company’s name is inspired by the Kyber crystals from Star Wars, symbolizing speed and power. Just like a lightsaber reacts instantly, Kyber aims to make communication between humans, AI, and machines nearly instantaneous.

Powered by Video Streaming Technology

Kyber’s technology has roots in cloud gaming.

Before launching the company, Kempf worked as Chief Technology Officer at Shadow, a cloud gaming platform where minimizing lag was essential.

The same streaming technology that delivers smooth gaming experiences is now helping robots communicate efficiently across networks.

Combined with IoT optimization, Kyber adjusts performance based on each device’s available computing power, making it scalable for thousands—or even millions—of connected devices.

A Strong Bet on Physical AI

The growing importance of physical AI has attracted investor attention.

Kyber recently secured $5 million in funding led by Lightspeed, a venture capital firm known for backing major AI companies including Anthropic and Mistral AI.

The investment reflects increasing confidence that the future of AI depends not only on smarter models but also on stronger infrastructure capable of supporting real-world applications.

Applications Across Multiple Industries

Kyber’s platform supports a wide range of industries that rely on remote operations.

Some of its key applications include:

• Industrial robotics
• Autonomous drones
• Remote vehicle operations
• Telecommunications
• Smart manufacturing
• Remote IT infrastructure
• AI-powered automation
• Defense technologies

Any situation where operators, computing resources, and machines are located in different places can benefit from Kyber’s platform.

Scaling from Thousands to Millions of Devices

Many organizations have already developed custom software for managing remote devices. However, those solutions are often limited to relatively small fleets.

Kyber is designed with scalability in mind.

Instead of managing only a few thousand connected devices, the platform aims to support millions simultaneously.

This capability becomes increasingly valuable as AI systems begin managing large fleets of robots without continuous human supervision.

Open Source with Enterprise Solutions

Remaining true to Kempf’s open-source background, Kyber’s core technology is available as an open-source project.

For enterprise customers, the company offers commercial products, advanced deployment services, and dedicated engineering support through Forward-Deployed Engineers (FDEs).

This combination allows businesses to quickly integrate Kyber into complex operational environments while receiving customized implementation assistance.

Global Expansion

Although headquartered in Paris, Kyber has expanded internationally with offices in San Francisco and Singapore.

Its team currently includes around 25 professionals supporting customers across industries such as:

• Robotics
• Artificial Intelligence
• Telecommunications
• Defense
• Remote IT Operations

The startup is already working with commercial clients and expects demand to increase as automation becomes more widespread.

The Future of Robotics Depends on Infrastructure

As AI becomes increasingly integrated into physical systems, reliable infrastructure will become just as important as intelligent algorithms.

Robots need instant communication, secure data transmission, and efficient device management to perform safely and effectively.

By solving these challenges, Kyber is positioning itself as a foundational technology provider for the next generation of intelligent machines.

Final Thoughts

Artificial Intelligence is entering a new era where software interacts directly with the physical world. From autonomous drones to industrial robots, the need for fast, reliable communication continues to grow.

With its open-source philosophy, real-time infrastructure, and focus on scalability, Kyber is building the technology that could power millions of connected devices in the coming years.

As industries continue investing in physical AI, startups like Kyber demonstrate that the future of automation depends not only on smarter AI but also on the infrastructure that keeps it running.

Conclusion

The rise of physical AI is creating new opportunities for innovation across robotics, automation, and remote operations. Kyber’s approach to low-latency communication and scalable infrastructure highlights how essential real-time connectivity has become. As more industries adopt AI-powered machines, companies building the underlying technology will play a critical role in shaping the future.

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