The unconstrained reality of the world around us demands adaptable, reliable, autonomous systems that are able to detect unpredictable events and make intelligent decisions.
Draper tackles the full scope of this design challenge, from sensor technology through autonomy architectures to autonomous systems robust enough for the road. Draper uses a system-level design approach, whether designing complete systems or components, to support advanced technology solutions for Tier 1 automotive suppliers and original equipment manufacturers (OEMs) to further enable self-driving vehicles.
As an experienced system integrator, Draper can design technology solutions to operate within customer parameters and augment a variety of systems. Our software solutions range from algorithms for sensor fusion to artificial intelligence for autonomous decision-making—helping Draper-designed systems perform in real time. Draper autonomy architectures are capable of hazard detection and avoidance, path planning and more. As a pioneer in microelectromechanical systems (MEMS), Draper designs high-performance MEMS gyros for automotive precision localization.
To take solutions from potential to actual, Draper has state-of-the-art in-house resources, including facilities for model-based engineering, prototyping, testing and more.
Precise, Robust Vehicle Localization
Object Detection for Obstacle Avoidance
Draper Unveils LiDAR with MEMS Beamsteering Technology for Autonomous Vehicles
Patented technology enables self-driving cars to see at greater distances
Image & Data Analytics
New LiDAR Detector Enables Self-Driving Cars to See in Sun, Rain, Fog and Snow
Self-Driving Cars, Electric Vehicles and the Future of the Neighborhood Service Station
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