Emesent
Emesent develops LiDAR mapping and autonomy products for GPS-denied environments. Its Hovermap systems can be mounted on drones, vehicles, backpacks or handheld rigs, and its July 2026 A$25M financing package supports Cortex AI, Aura cloud software and manufacturing scale-up.
Market context
Emesent is important to inspection robotics because Hovermap gives drones and ground robots GPS-denied mapping capability for mines, infrastructure and industrial sites.
Facts
- Website: https://www.emesent.com/
- HQ: Brisbane, Australia
- Segment: Localization
- Known funding rounds: 1
Investors
- Hostplus - Participant - Unknown - 1 funding event - first seen 2026-07-02
- Main Sequence Ventures - Participant - Vc - 1 funding event - first seen 2026-07-02
- National Reconstruction Fund Corporation - Participant - Vc - 1 funding event - first seen 2026-07-02
- NGS - Participant - Unknown - 1 funding event - first seen 2026-07-02
- Orion Resource Partners - Participant - Vc - 1 funding event - first seen 2026-07-02
- QIC - Participant - Unknown - 1 funding event - first seen 2026-07-02
SLAM LiDAR payloads for GPS-denied robot mapping
Emesent supplies Hovermap, a LiDAR and SLAM mapping payload used across drones, handheld scans, vehicle-mounted scans and ground robots.
- Target environment: Mines, infrastructure, industrial sites, construction spaces and other environments where GPS-denied mapping or inspection is required.
- Deployment model: Payload and autonomy software supply rather than complete robot manufacturing.
- Customer context: Inspection teams, mining operators, drone service providers, digital-twin teams and robot-platform integrators that need mobile 3D mapping.
- Workflow context: GPS-denied mapping, LiDAR scanning, SLAM localization, autonomous exploration, collision avoidance and robot-mounted inspection workflows.
- Commercial maturity: Commercial Hovermap product family with official integrations and documented use across drone, handheld, vehicle and Spot-based scanning modes.
- Market position: Relevant to the localization and perception layer for inspection robotics, drones and quadruped deployments.
- Adoption constraints: Adoption depends on platform integration, mapping accuracy, workflow fit, environmental conditions and customer need for GPS-denied capture.
- Adjacent context: Adjacent to other localization, LiDAR, inspection-payload and reality-capture suppliers serving drones and mobile robots.
- Source confidence: high
Team
- Charles Miller - Chief Executive Officer
- Dr Stefan Hrabar - Chief Strategy Officer & Co-Founder
- Dr Farid Kendoul - Chief Technology Officer & Co-Founder
- Ewen Cameron - Chief Commercial Officer
- David Nucifora - Chief Financial Officer
- Tim Schier - Executive Vice President - Engineering & Product
Emesent canonical Korthos profile
