Carteav develops an AI-powered autonomous solution utilizing low-speed electric vehicles (LSVs) for reliable, cost-effective transport of people and goods within geo-fenced areas. This end-to-end system includes fleet management software to reduce operational friction and driver dependency for campuses and communities. The platform offers user-controlled, on-demand transit with robust safety features, providing a scalable alternative to traditional site transportation.

Clearly provides a platform for managing and optimizing complex supply chain logistics across global networks. The service integrates real-time tracking and predictive analytics to enhance operational visibility and reduce transit delays. This results in more efficient inventory management and lower landed costs for businesses relying on international freight.

The startup develops an artificial intelligence-based insurance platform that utilizes event-sourcing technology and real-time data analysis to provide tailored insurance solutions for fleet management. This approach enables businesses to integrate insurance into their services, enhancing their value proposition and creating new revenue streams.

DriveU.auto provides an Autonomous Terminal Tractor Retrofit Kit that converts existing diesel or electric terminal tractors into fully autonomous vehicles for container ports. The solution adds sensors, compute hardware, and a GPS‑independent localization system to enable continuous, eyes‑off operation, obstacle detection, safe overtaking, and remote‑pilot supervision without requiring new infrastructure, helping terminal operators boost productivity and improve worker safety.

Ride Vision develops autonomous driving software for motorcycles that utilizes dual wide-angle cameras to provide real-time alerts for forward collisions, dangerous overtakes, and blind spots. This technology enhances rider safety by giving critical seconds to react and helps reduce insurance costs through improved risk management.

Silib develops and manufactures 100% silicon anodes designed for lithium-ion batteries. These anodes offer high capacity and ultra-thin construction, enhancing battery performance metrics. The technology is compatible with existing lithium-ion cell production processes, enabling scalable manufacturing improvements.