State-of-the-art localization, mapping and perception software for robots and consumer products, turning sensor data into real-time spatial understanding
businesses run our software
navigated using our SDK
API and ROS Wrapper
Robust, accurate and computationally efficient visual-inertial localization to know your robot's location at all times.Learn More ›
Dense mapping and occupancy grids to navigate any environment and avoid obstacles.Learn More ›
Deep learning to identify surroundings and dynamic objects, radically improving localization and mapping.Learn More ›
SLAMcore's SDK accuracy and robustness outperforms open-source & commercial alternatives
SLAMcore software runs in real-time entirely on the CPU with minimal load and memory usage
SLAMcore's standard SDK works with off-the-shelf sensors and compute. SLAMcore software is also portable to custom hardware through the Visionary Program.
SLAMcore's SDK runs in minutes, tunes in days, prototypes in weeks and cuts product development by months
SLAMcore's algorithms are tuned for dynamic real-world environments and operate at scale
SLAMcore's SDK provides use-case presets, developer tools, regular support and updates
SLAMcore works closely with leading hardware vendors - to be up and running in minutes with standard sensors/compute. We have successfully ported our software to a wide range of embedded processors and custom sensors.
SLAMcore's SDK runs with your existing code using a C++ API or ROS1 Melodic/ROS2 Foxy wrapper. SLAMcore's SDK and developer tools (visualizer, data recorder etc) also run in standalone mode through a command line or GUI. For more details, visit the Spatial Intelligence SDK page. The SLAMcore SDK is available as a monthly subscription license or a volume commercial product license.
The SLAMcore SDK provides a complete SLAM system, consisting of localization and mapping algorithms that fuse data from stereo cameras and IMU, that outputs pose and occupancy (2.5D map or occupancy grid) information. The SDK acts as an input to your navigation, obstacle avoidance or perception stack and can be easily integrated with your code using our C++ API or the ROS Navigation Stack. For more details, please contact us, visit the Spatial Intelligence SDK page (standard hardware) or see theVisionary Program (custom hardware).
We currently support Ubuntu 18.04 LTS, Ubuntu 20.04 LTS and Jetpack.