Hardware: A single-passenger vehicle equipped with transparent hood, HEPA filters, and an adaptable design tailored to hospital environments.
App: A transparent and easy app for hospital transport and logistics.
API: Seamless digital and physical integration with hospital systems and infrastructure.
AI Software: Technology specifically designed for autonomous navigation within hospitals.
Our platform facilitates timely, scheduled, and secure intra-hospital transport, significantly enhancing hospital efficiency and safety.
Unlike other autonomous mobility companies focused on road transport, MOBY A1 technology thrives in the low-speed hospital environment. We leverage human motion trajectory prediction, a crucial component in the future of self-driving vehicles, service robots, and advanced surveillance systems.
Studying how humans move in complex indoor spaces – like a hospital – is different from the research done in outdoor street environments. We focus specifically on these indoor, high-stakes environments and passengers.
Understanding location, perceiving the most intricate surrounding details, informed simulation software, and backup teleguidance are essential for successful autonomous driving.
Teleguidance is remote guidance that assists vehicles in navigating ‘edge cases’ – rare complex driving situations that the autonomous vehicles can’t handle yet.
MOBY A1 learns from these interactions and requires less assistance when facing similar situations in the future. MOBY A1 technology maximizes safety and security.
At Universitätsklinikum Schleswig-Holstein (UKSH), we are developing autonomous on-campus patient transport for all non-bedridden patients. Since our collaboration with UKSH began, we learned about the challenges that arise due to staffing in everyday processes such as transporting patients. With our platform, the 2,600 bed hospital will now be able to transport patients inside the hospital autonomously, enabling staff to focus on delivering care and bringing operational efficiency and safety to the hospital workflow.
At Universitätsklinikum Schleswig-Holstein (UKSH), we are developing autonomous on-campus patient transport for all non-bedridden patients. Since our collaboration with UKSH began, we learned about the challenges that arise due to staffing in everyday processes such as transporting patients. With our platform, the 2,600 bed hospital will now be able to transport patients inside the hospital autonomously, enabling staff to focus on delivering care and bringing operational efficiency and safety to the hospital workflow.
