Perception systems fail in adverse weather, dust, and GPS-denied environments. Our system maintains accurate localization and mapping, enabling continuous operation when standard autonomy stacks break.
We maintain reliable positioning in dust, fog, and severe weather. Our system is fully compatible with any radar platform. Our solution exploits radar's inherent resilience to deliver continuous localization when vision-based pipelines degrade.
LiDARs capture consistent spatial structure independent of lighting conditions. Our system reconstructs accurate geometry from sparse or degraded signals, enabling high-accuracy mapping in low-visibility and cluttered environments.
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Our builders and advisors have already shaped the present and future of robotics.
Proven expertise in perception under extreme and degraded environments
Co-founder, Product & Systems
PhD in radar localization and mapping for harsh environments. Worked on large-scale deployment of perception systems for autonomous driving at CARIAD (Volkswagen Group).
Co-founder, Architecture & Engineering
Research and engineering in sensor fusion for robotics and autonomous systems spanning academia and industry. Currently completing his PhD research in robotics and sensor fusion for adverse weather conditions.
Recognized leaders shaping modern mobile robotics
SLAM & mobile robotics · University of Bonn
Founder of PhenoInspect and world-leading Professor in SLAM, photogrammetry, and probabilistic robotics. His work defines modern approaches to autonomous navigation and mapping.
3D perception & robotics · University of Würzburg
Chair of Robotics at the University of Würzburg. Expert in 3D laser scanning, mobile mapping, and real-world perception systems for construction and mining environments.
Radar perception
PhD in radar-based scene understanding for autonomous driving at CARIAD (Volkswagen Group). Advancing how autonomous systems interpret the world through millimeter-wave sensing.
Mobile robotics · TH Nürnberg
Founder of EduArt Robotik, organizer of the german RoboCup and professor of mobile robotics at TH Nürnberg. Specialist in multi-sensor perception, navigation, and field-deployed autonomous systems.
