Fred is a robotics expert with a passion for solving real-world problems through visual intelligence. Holding a PhD in Robotics, he has made significant research contributions to the fields of active perception, planning and mapping.

Fred's career is defined by bridging the gap between academia and industry. Having played pivotal roles in high-growth startups, he understands the challenge of deploying complex algorithms in unstructured environments. At SpatioSense, he is continuing his passion for translating bleeding-edge research into tangible value for the construction industry.

Tin loves CS, ML, robotics, and everything in between. Over his research career, he's worked with international institutions on machine vision for search-and-rescue operation, contributed to defense projects like Autonomous Underwater Vehicles on sonar sensing for mine countermeasure, aerial flight under GPS-denied scenario, and served as CTO for an eVTOL company focusing on urban autonomous flight. At SpatioSense, he turns complex ideas into practical, scalable tech—all with a healthy sense of curiosity and fun.

Raphael Falque is a robotics and 3D perception expert focused on enabling robust spatial understanding for real-world autonomous systems. With a PhD in Robotics, his work centres on geometric perception, point-cloud processing, and sensor fusion, tackling challenges such as deformation, motion, and incomplete data in unstructured environments.

Raphael specialises in translating advanced perception research into systems that work reliably outside controlled environments. His work emphasises deployable 3D perception pipelines, combining geometric reasoning and multi-sensor data, to support robust decision-making in dynamic, real-world conditions. He brings a practical mindset to complex perception challenges, ensuring solutions are not only innovative but operational at scale.