PreAct Technologies, an Oregon-based developer of near-field flash LiDAR technology, today announced that its patent pending T30P flash LiDAR is the industry’s first sensor designed to be software-definable and integrate easily into a complete autonomous driving system stack for automakers, as well as trucking and robotics applications. Vehicles with software-defined architectures require sensor technology that can support over-the-air updates throughout the life of the vehicle, allowing OEMs to generate ongoing revenue by offering powerful new features and functionality.
“We are excited to bring our software-definable flash LiDAR to market, furthering the advancement of autonomous mobility across multiple industries,” said Paul Drysch, CEO of PreAct Technologies. “We’ve spent the last three years creating a solution that fulfills the need of software-defined vehicles, providing the most value for Tier 1s and OEMs over the long term by making any ADAS application relevant for the entire life of the vehicle.”
PreAct’s flash LiDAR architecture is based on modulated waveforms that can be optimized for different applications via over-the-air updates, along with an application stack that resides on the edge. The flexibility of a software defined LiDAR allows Tier 1 suppliers and OEMs to package one sensor for multiple use cases – everything from true curb detection and gesture recognition to self-parking and automatic door actuation – that can update to meet their changing needs as more user and sensor data become available.
“Near field automotive sensors have either been low-precision and low-cost, or high-precision and high-cost,” said Ian Riches, Vice President for the Global Automotive Practice at Strategy Analytics. “By bringing a high-precision, low-cost sensor to market, PreAct is enabling a huge range of safety and convenience features. The software-defined characteristics of the T30P will allow these features to improve during the lifetime of the vehicle, unlocking new revenue streams for automakers.”
T30P, with a frame rate of 200 fps and QVGA resolution, is also the fastest flash Lidar on the market making it well suited for ground and air robotics or industrial applications – systems which all share a need for fast, accurate and high-resolution sensors that can reliably define and track objects in all environmental conditions.
