On August 8, KUSA Technology and UCI announced a strategic cooperation, in which the two parties integrated the core advantages of robotics platform and vehicle-grade intelligent driving domain control, andjointly developed a medium- and high-speed arithmetic domain control platform for unmanned robotsthrough the in-depth synergy of vehicle-grade hardware and scenario-based algorithms, in order to build a powerful, stable and reliable "operating brain" for unmanned robots."The cooperation focuses on automotive-grade reliability and reliability.
This cooperation focuses onthe deep integration of automotive-grade reliability and medium- and high-speed computing power.KUSA Technologystrictly follows the automotive standardin product selection and designto ensure the continuous and stable operation of the robots in complex urban scenarios such as traffic-intensive side roads and back alleys.UCIhas beenfocusing on automotive electronic control field,as apioneer in the field of L4 automotive-grade domain controllerin China, its high concurrency computing power platformcombined with KUSA's self-developed operating system supports the real-time processing of multi-source sensory data. By optimising the data flow scheduling and decision-making algorithms, it significantly improves the response speed and reliability of the robot in unexpected road conditions.Based on KUSA Technology's technological advantages in environment sensing and system integration, combined with UCI's automotive-grade hardware,the medium- and high-speed arithmetic domain control platformjointlycreated bythe two companieswillbreak through the challenge of balancing stability and cost controllability in complex scenarios.
Both parties will accelerate the scale application of the medium- and high-speed arithmetic domain control platform, and through the closed-loop synergy of vehicle-grade hardware and scenario-based algorithms, provide unmanned operation robots witha strong performance, stable and reliable"operation brain", and empower the upgrade of unmanned operation systems in smart cities.
