AutoCloud seamlessly integrates with Corellium Virtual Platform (VP) built on ARM and AWS Graviton4 to virtualize automotive System on Chips (SoCs). This powerful platform enables the design, simulation, and testing of automotive solutions in real-time, accelerating development cycles, enhancing collaboration, and reducing costs by eliminating the need for physical hardware prototypes during the early stages.
AutoCloud enables seamless OTA updates, allowing manufacturers to remotely deliver software upgrades, security patches, and feature enhancements without disrupting vehicle operations. This ensures vehicles remain up-to-date with the latest advancements, boosting performance and safety.
By virtualizing automotive SoCs early in the development lifecycle, AutoCloud facilitates comprehensive testing of performance metrics, and compatibility. This proactive approach identifies potential issues, ensuring optimal performance and reliability in end-use scenarios.
AutoCloud identifies vehicles, pedestrians, and road signs in real-time, ensuring safer navigation through busy streets.
The system detects a pedestrian’s motion to halt, ensuring safe and compliant driving practices.
AutoCloud recognizes and stops at red traffic lights, providing timely recognition of signals for safer navigation at intersections.
Identify individuals near the vehicle to enhance security by recognizing authorized personnel.
Monitor surroundings with motion detection, alerting the driver to unexpected movements for improved safety.
Monitor blind spots and surrounding areas using a dashboard camera with pan and tilt capabilities.
Identify the driver and enable personalized functionality for a seamless experience.
Analyze the driver’s facial expressions to detect emotions and adapt the infotainment system accordingly.
Keep your vehicle safely centered with alerts for unintended lane departures to prevent accidents.
LiDAR-powered detection measures distance to obstacles, providing visual and audio alerts for timely intervention to avoid collisions.