Robotics and Autonomous System

Teleoperation and autonomous navigation for aerial robotic platforms.

Translates high-level commands, such as “scan the area”, into coordinated multi-step actions. Integrates speech, vision, perception and robotic control to autonomously plan and execute complex tasks.

Enables robotic platforms to navigate dynamic, unmapped outdoor environments using onboard perception, sensor fusion and autonomous decision-making.

Combines sensor fusion and semantic perception to detect, classify and understand objects in real time, incorporating local environmental context to support safer and more efficient navigation.

Solution architecture and robotic platform selection based on operational requirements, including custom payload design, sensor-stack integration and autonomous decision-making systems.

Data curation, annotation workflows and data pipeline development to support the training, evaluation and continuous improvement of robotic perception and autonomy models.