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.
Funding
$9.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
MVZZFounders
Product
Problem
Many geo-fenced environments, such as resorts, campuses, and retirement communities, face challenges related to driver shortages and high on-site transportation costs. Existing transportation options may lack the efficiency and convenience required for on-demand transit within these controlled areas.
Solution
Carteav provides an end-to-end autonomous low-speed vehicle (ALSV) solution designed for safe and efficient transportation within geo-fenced environments. Their AI-powered platform offers a user-controlled, on-demand transit system that reduces operational costs and enhances the user experience. The solution includes autonomous vehicles, fleet management software, and optional autonomous wireless charging and reservation systems. Carteav's technology enables services ranging from transporting people and goods to providing guided tours, addressing diverse transportation needs in various industries.
Target Audience
Carteav primarily targets businesses and organizations operating in geo-fenced environments, including hotels, resorts, retirement communities, industrial campuses, and educational institutions.
Features
- AI-powered autonomous navigation system utilizing LiDAR, RADAR, and computer vision
- Fleet management software for real-time monitoring, dispatch, and route optimization
- User-friendly mobile app for on-demand ride requests and scheduling
- Autonomous wireless charging capabilities for continuous operation
- Integration with reservation systems for pre-booked transportation services
- Robust safety features, including obstacle detection and avoidance
- Electric vehicle platform for sustainable and cost-effective operation