Navigate beyond GPS
We combine perception, state estimation, and sensor fusion to develop navigation for environments where satellite positioning is unavailable.
Intelligence in flight.
Autonomous robotics software
We build modular autonomy software for UAVs, designed to work across aircraft platforms. Our focus: navigation without GPS, verifiable software, and secure communication.
Different aircraft. Shared software foundations. We design focused modules with clear interfaces so individual components can evolve without rebuilding the whole system.
We combine perception, state estimation, and sensor fusion to develop navigation for environments where satellite positioning is unavailable.
Clear interfaces. Explicit behavior. We design modules that can be inspected and tested individually, then assessed as part of the complete system.
We design end-to-end encrypted communication to protect commands and mission data between their intended endpoints.
Grounded in research, driven to build.

Co-founder & CEO
PhD candidate in Robotics
University of Klagenfurt · CNS group
Robotics & intelligent systems
Brings robotics and intelligent-systems research to Vasco’s technical direction.

Co-founder & COO
PhD candidate in Computer Science
University of Bern · SEG
Software engineering & security
Connects software variability, applied cryptography, and cybersecurity with modular autonomy.

Co-founder & CTO
PhD candidate in Robotics
University of Klagenfurt · CNS group
Navigation & sensor fusion
Focuses on state estimation and sensor fusion for autonomous navigation.

Full Professor · Chair of CNS
University of Klagenfurt
Robotics, sensor fusion, and autonomous navigation.

Full Professor · Chair of SEG
University of Bern
Software engineering and automation for autonomous systems.