NAVER | D2 STARTUP FACTORY

whereable.ai is developing a plug-and-play autonomous driving solution powered by AI-based self-supervised learning, capable of operating in environments without the help of high-precision maps or fixed infrastructure. By developing technology that can safely navigate through large crowds, whereable.ai plans to commercialize autonomous driving carts for passenger transportation in large indoor spaces, including international airports, shopping malls, and theme parks, starting with Incheon International Airport. This technology is also highly scalable and can extend to the LSV_{low-speed vehicle} market, including resorts, golf courses, university campuses, military bases, and large-scale industrial facilities.

We developed a comprehensive range of electric vehicle charging products, including autonomous robotic chargers, cart-type chargers, and both slow and fast chargers. Our smart load balancing technology ensures efficient power distribution across multiple chargers. Notably, our slow chargers are being mass-supplied in markets such as South Korea and Canada.

We construct digital twins rapidly and accurately using our proprietary 3D LiDAR fusion technology to scan indoor and outdoor spaces. Our strong technological capabilities in Mobile Mapping Systems (MMS), Simultaneous Localization and Mapping (SLAM), and data processing have secured global partnerships in autonomous driving, robotics, Urban Air Mobility (UAM), and smart cities.

We developed a full-stack simulation platform that verifies the safety and reliability of autonomous driving systems. We have successfully recreated complex physical environments as high-quality digital twins and secured over 120 global companies across industries such as automotive, aerospace, and robotics as our customers. In addition to autonomous vehicles, we are extending our coverage to the entire spectrum of future mobility, including urban air mobility(UAM), robots, and unmanned ships.

By analyzing commuting routes, we design optimal paths that are accessible to a large number of users and operate shared shuttles. Our innovative approach to shared mobility has garnered support from diverse stakeholders: commuters seeking convenience, bus operators looking for new revenue streams, and local governments focused on improving transportation accessibility.