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About

Paulo Debenest is a robotics researcher whose career has been defined by developing practical autonomous and teleoperated systems for dangerous, high-stakes environments where human presence poses significant risk. His most celebrated contribution is the Expliner robot series — purpose-built machines for inspecting high-voltage transmission lines — which earned over 160 citations for the original 2008 paper and spawned a follow-up series documenting the system's evolution toward real-world deployment. This work addressed a critical infrastructure challenge: enabling safe, continuous inspection of power lines spanning thousands of kilometers across treacherous terrain without interrupting electricity transmission. Beyond power infrastructure, Debenest has made substantial contributions to pipe inspection robotics through the PipeTron series (62 citations), urban search and rescue through the HELIOS tracked robot platform (collectively accumulating nearly 100 citations across multiple publications), and humanitarian demining systems developed in collaboration with Tokyo Institute of Technology. His demining research spanned vehicle design, robotic manipulation, and sensor integration across several influential papers. Across these domains, Debenest's defining strength lies in bridging laboratory prototypes and field-deployable solutions — engineering robots that genuinely reduce human exposure to life-threatening hazards. His body of work reflects a consistent mission: using robotics to protect human lives in scenarios where conventional approaches are simply too dangerous.