"Engineered for reliability and high performance"

EU-based Unified Avionics
for Autonomous Unmanned Systems

About Cerepi

Engineering the Computing Core of Autonomous Systems!

Cerepi designs integrated onboard computing systems that combine flight control, mission computing, and real-time processing. Every system is engineered in Europe to the highest standards of reliability and precision. The result is a single computing architecture that simplifies how autonomous machines are built.

From flight controller to full integrated avionics, built to scale from UAVs to the next generation of autonomous systems.

Our Products

Onboard Computing Systems for Autonomous Platforms

Flight Controller

Reliable real-time flight control designed for autonomous systems. Built for precise control, low-latency response, and seamless integration into advanced aerial platforms.

Flight Control & Edge Computing

An advanced flight control solution designed for integration with NVIDIA Jetson-based computing architectures. Combining real-time control with onboard processing for intelligent autonomous applications.

Integrated Flight Controller & Mission Computer

A unified onboard computing solution combining flight control, mission processing, and AI-ready computation into a single integrated architecture.

Every system is engineered to the highest standard of reliability, the computing foundation for autonomous flight, and for what comes next.

Integrated Computing Across Autonomous Systems

Unmanned Aerial Systems (UAVs)

Core Application: Flight control with integrated mission computing.
Our solutions enable faster, more efficient autonomous systems through optimized hardware integration, low-latency processing, and robust embedded computing.

Automated Guided Vehicles (AGVs)

Expansion Path: Onboard computing for ground robotics.
We offer processing hardware for intelligent navigation, engineered for the reliability demands of industrial and logistics environments.

Humanoid Robotic Platforms

Expansion Path: Onboard computing for humanoid systems.
We offer processing hardware for complex motion and autonomous decision-making in next-generation humanoid systems.