
Headlight AI Ltd is an innovative technology company specializing in hardware and software solutions for 3D mapping, locating, and assessing underground infrastructure such as sewers, tunnels, culverts, and pipelines. Their flagship product, Telesto, uses advanced LiDAR, robotics, and AI to enable semi-autonomous inspections and generate high-resolution digital twins for detailed condition assessments, enhancing safety by reducing manual inspections and operational disruptions. The company primarily serves the water industry and construction projects, helping to prevent damage and delays by accurately mapping underground assets. They are advancing autonomous technologies for hazardous environments, including robots and drones with enhanced sensing and AI, supported by a European Commission funded project to develop small autonomous sewer inspection and maintenance robots. Their solutions improve safety, efficiency, and digital transformation while addressing infrastructure resilience amid urbanization and climate change.

Headlight AI Ltd is an innovative technology company specializing in hardware and software solutions for 3D mapping, locating, and assessing underground infrastructure such as sewers, tunnels, culverts, and pipelines. Their flagship product, Telesto, uses advanced LiDAR, robotics, and AI to enable semi-autonomous inspections and generate high-resolution digital twins for detailed condition assessments, enhancing safety by reducing manual inspections and operational disruptions. The company primarily serves the water industry and construction projects, helping to prevent damage and delays by accurately mapping underground assets. They are advancing autonomous technologies for hazardous environments, including robots and drones with enhanced sensing and AI, supported by a European Commission funded project to develop small autonomous sewer inspection and maintenance robots. Their solutions improve safety, efficiency, and digital transformation while addressing infrastructure resilience amid urbanization and climate change.