SLAMcore

About SLAMcore

SLAMcore, founded in 2016, specializes in spatial intelligence for robotics and autonomous machines. The company originated from the efforts of founders with deep expertise in the field of robotics and computer vision from Imperial College London. The founding team includes Owen Nicholson (CEO), and alumni from the Dyson Robotics Lab and Imperial College such as Jacek Zienkiewicz, Steven Lovegrove, and Professor Andrew Davison, a pioneer in SLAM (Simultaneous Localization and Mapping) technology. Their collective background in world-class robotics research forms the foundation of the company's technological capabilities. The company develops advanced software and hardware solutions that provide real-time location, mapping, and perception for autonomous equipment. Its technology is designed for industries where automation is critical, such as logistics, manufacturing, and inspection, enabling robots and drones to operate intelligently in complex and dynamic environments. SLAMcore's business model targets original equipment manufacturers (OEMs), system integrators, and operations teams, offering them the tools to build or enhance their autonomous systems. The firm has secured significant funding, including a $16 million Series A round in 2021 and a subsequent $5 million extension in 2024, to fuel its product development and market expansion. SLAMcore's product suite is centered around vision-based SLAM and spatial AI algorithms. Key offerings include the SLAMcore Aware, which provides real-time location and tracking (RTLS) data for vehicles like forklifts without requiring expensive infrastructure. An add-on, SLAMcore Alert, enhances safety by providing audio-visual warnings when pedestrians are near a vehicle's path. The ecosystem is managed through the SLAMcore Hub, a platform for device management and integration with other analytics systems. By using standard cameras and sensors, the company's solutions offer a cost-effective alternative to more expensive sensor technologies like LiDAR, providing robust spatial awareness for machinery operating in GPS-denied environments such as warehouses and factories. Keywords: Spatial Intelligence, SLAM, Visual SLAM, Autonomous Navigation, Robotics Software, Simultaneous Localization and Mapping, Computer Vision, Spatial AI, Intralogistics, Material Handling Automation, Robot Vision, Autonomous Mobile Robots (AMRs), Forklift Automation, Warehouse Robotics, Pedestrian Detection, Real-Time Location System (RTLS), Edge AI, Sensor Fusion, Drone Navigation, Imperial College London, Andrew Davison, Owen Nicholson