DAAV develops AI-enabled robotic wheelchairs designed for autonomous navigation within airports. This system enhances mobility for passengers with reduced mobility by providing automated crowd navigation and obstacle avoidance. The technology aims to improve passenger experience while reducing operational workload for PRM service providers.
Funding
$1.1M 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.
DRFKSPTIFounders
Product
Problem
Passengers with reduced mobility (PRM) in airports face challenges navigating large terminals, often relying on manual wheelchairs and staff assistance. This reliance can lead to delays, increased workload for airport staff, and a less independent travel experience for PRMs. Current solutions lack the maneuverability and autonomous features needed for efficient and seamless airport navigation.
Solution
DAAV provides an AI-enabled autonomous electric wheelchair designed to enhance mobility and independence for PRMs within airport environments. The wheelchair features advanced maneuverability, allowing users to move in any direction without changing course, and tele-operation capabilities for staff-assisted navigation. Its autonomous functionality enables PRMs to navigate the airport independently, accessing desired areas with ease. The stackable design facilitates efficient storage and charging, optimizing space utilization for PRM service providers.
Target Audience
The primary target audience includes PRM service providers at airports, airport operators seeking to improve accessibility, and passengers with reduced mobility.
Features
- Omnidirectional movement for enhanced maneuverability in complex airport layouts
- Autonomous navigation capabilities for independent travel within the airport
- Tele-operation functionality for remote assistance and guidance by airport staff
- Follow-Me mode for hands-free navigation with a staff member or co-passenger
- Stackable design for efficient storage and charging in limited spaces
- AI-powered obstacle avoidance and path planning for safe and reliable operation