Based in the heart of the Dutch tech ecosystem in Delft, Perciv AI is a radar-focused AI-based machine perception company revolutionising the way autonomous systems see the world. Perciv AI’s core mission is to ensure high-performance machine perception is a ubiquitous and resilient capability by making it affordable, robust, and scalable for the global market.
We believe in the power of radar, which, while noisy and difficult to interpret, adds critical situational robustness to any military perception system. While expensive LiDAR sensors and optical sensors provide high-resolution, easily interpretable information, they fail in challenging conditions such as heavy rain, thick fog, or bad lighting, where radar prevails.
Perciv AI is focused on addressing radar’s inherent limitations using machine learning. Through years of in-house research and collaborative efforts with Delft University, we developed light-weight algorithms that transform radar’s abstract output into actionable high-fidelity perception output, providing valuable information in any situation, while remaining edge-compute compatible.
Our hardware-agnostic architecture ensures seamless integration with any radar sensor, extracting maximum intelligence from existing hardware ecosystems to provide the following solutions:
Perciv Objects: Advanced detection and classification for any number of customizable classes, e.g. humans, drones and vehicles.
Perciv FreeRoad: An occupancy grid that identifies collision-free space based on surrounding static and dynamic obstacles without requiring specific object classes.
Perciv EgoTrack: High-precision ego-motion estimation for GNSS-denied environments.
As of 2026, Perciv AI remains at the forefront of defence-grade perception, consistently outperforming industry benchmarks in complex datasets. Perciv AI bridges the gap between legacy sensors and next-generation autonomous combat systems to ensure that precision navigation and situational awareness are guaranteed assets for the modern warfighter, transforming autonomous reliability from a strategic challenge into a battlefield standard.
Platform NPVS