CODE19 Racing develops and deploys advanced autonomous systems, leveraging a modular software stack for high-speed decision-making and sensor fusion. The company also offers Maveric AI, a conversational interface designed to build trust between users and autonomous operations. Their expertise spans perception, localization, and control, providing tailored AI solutions for motorsport, automotive ADAS, and defense applications.
Funding
Funding not disclosed
Founders
Product
Problem
The development of autonomous systems requires extensive testing and validation across diverse operational environments, which can be costly and time-consuming. Bridging the gap between simulated environments and real-world deployment remains a significant challenge for creating robust and reliable autonomous solutions.
Solution
Code19 Racing develops and tests autonomous driving technologies in high-speed racing environments to accelerate the development and validation of AI-powered systems. The company's AIPEX AI modular software stack delivers track-proven autonomy adaptable to multiple domains, focusing on perception, localization, control, and planning. By competing in autonomous racing leagues, Code19 Racing refines its technology under extreme conditions, creating dual-use systems applicable to both motorsports and other sectors requiring advanced autonomy. The Maveric AI conversational AI is designed to bridge the gap between humans and autonomous systems by providing a real-time, responsive interface, enabling users to interact seamlessly with advanced autonomy in high-stakes environments.
Target Audience
Code19 Racing's primary customers include automotive manufacturers developing advanced driver-assistance systems (ADAS), motorsport teams seeking to enhance performance through AI, and defense organizations requiring autonomous solutions for mission-critical operations.
Features
- AIPEX AI: Modular autonomous software stack for perception, localization, control, and planning.
- Maveric AI: Human-centered conversational AI for real-time interaction with autonomous systems.
- Sim-to-real deployment capabilities for rapid innovation.
- High-speed decision-making and sensor fusion.
- Object detection and autonomous navigation.
- Participation in autonomous racing leagues to validate technology.