Autonomous LiDAR mapping for GPS-denied and hazardous environments
Emesent builds hardware-software systems for autonomous spatial mapping in environments where GPS and human access are infeasible—mining, underground tunnels, industrial inspection, defense. The stack reveals an operations-heavy org: Jira, HubSpot, and PandaDoc anchor project coordination and sales systems, while pain points cluster around cross-functional hardware delivery (yield, supply chain, production complexity) and real-time visibility gaps. Active hiring spans manufacturing, quality, and engineering, signaling sustained product iteration and supply-chain scaling.
Emesent develops Hovermap, a mobile LiDAR scanning unit designed for autonomous operation in GPS-denied environments including underground mines, caves, and disaster sites. The platform combines collision avoidance, autonomous flight control, and machine learning-driven spatial analysis to map and characterize physical spaces without human presence in hazardous zones. Hovermap deploys across multiple form factors—drone, quadruped robot, vehicle, backpack—to serve mining, engineering, construction, public safety, and defense sectors. Founded in 2018 with roots in Australia's CSIRO research ecosystem, the company operates from Queensland with a global partner network spanning 40 countries and over 50 integration partners.
Hovermap, a mobile LiDAR mapping unit for autonomous flight and ground operation in GPS-denied environments like mines and underground spaces. It combines collision avoidance, autonomous navigation, and machine learning analysis.
Wacol, Queensland, Australia. The company was founded in 2018 with ties to CSIRO and operates through a global network of over 50 partners across 40 countries.
Mining, engineering and construction, public safety, and defense. Applications include underground mapping, industrial inspection, and autonomous data collection in hazardous and inaccessible areas.
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