Neurobus

Neurobus is pioneering a new era of ultra-efficient, autonomous intelligence for drones and satellites. Leveraging neuromorphic computing, an AI inspired by the brain’s structure and energy efficiency, our edge AI systems empower aerial and orbital platforms to perceive, decide, and act in real-time, with minimal power consumption and maximum autonomy.

Traditional AI architectures struggle in constrained environments, such as low-Earth orbit or on-board UAVs, where power, weight, and bandwidth are critical limitations. Neurobus addresses this with a disruptive approach: combining event-based sensors with neuromorphic processors that mimic biological neural networks. This unique integration enables fast, asynchronous data processing, up to 100 times more power-efficient than conventional methods, while preserving situational awareness in extreme or dynamic conditions.

Our embedded AI systems are designed to meet the needs of next-generation autonomous platforms in aerospace, defense, and space. From precision drone navigation in GPS-denied environments to on-orbit space surveillance and threat detection, Neurobus technology supports missions where latency, energy, and reliability matter most.

We offer a modular technology stack that includes hardware integration, a proprietary neuromorphic operating system (NeurOS), and real-time perception algorithms. This enables end-users and integrators to accelerate the deployment of innovative, autonomous capabilities at the edge without compromising performance or efficiency.

Backed by deeptech expertise, partnerships with leading sensor manufacturers, and strategic collaborations in the aerospace sector, Neurobus is building the foundation for intelligent autonomy across air and space.

Our mission is to unlock the full potential of edge autonomy with brain-inspired AI, starting with drones and satellites, and scaling to all autonomous systems.