HMDrive develops a low-level software solution that utilizes inertial and position sensors from vehicles and Augmented Reality glasses to enhance driver visibility and create immersive experiences. The technology addresses visibility issues in various driving contexts, including industrial vehicles and motorsport, by providing real-time holographic information to improve safety and performance.
Funding
Funding not disclosed
Founders
Product
Problem
Drivers of industrial and sport vehicles often face visibility challenges due to vehicle design, environmental conditions, and the need to monitor complex data streams. Existing Advanced Driver-Assistance Systems (ADAS) may not fully address these issues, potentially leading to accidents, reduced productivity, and suboptimal performance.
Solution
HMDrive offers an augmented reality (AR) based driver-assistance system that enhances visibility and provides immersive experiences for drivers across various contexts. By leveraging inertial and positional data from the vehicle and AR glasses, the system overlays holographic information onto the driver's field of view in real-time. This enables drivers to see through obstructions, compare trajectories with "ghost cars," and receive critical data without diverting their attention from the road. The software solution is designed to be vehicle-independent and compatible with off-the-shelf AR hardware, offering a plug-and-play experience. HMDrive aims to improve safety, increase productivity, and unlock new possibilities for driver engagement in both industrial and recreational settings.
Target Audience
The primary target audience includes drivers and operators of heavy-duty industrial vehicles seeking to improve safety and productivity, as well as motorsport teams and sports car enthusiasts looking for immersive on-track experiences.
Features
- Real-time holographic overlays projected onto AR glasses, enhancing driver visibility in challenging conditions
- Sensor fusion of vehicle inertial and positional data with AR glasses input for precise hologram placement
- Vehicle-independent software solution compatible with various vehicle types and AR hardware
- "Ghost car" overlay feature for motorsport applications, enabling drivers to compare their performance against professional drivers
- AR ADAS for industrial vehicles to improve safety and productivity by reducing distractions and enhancing situational awareness
- AI algorithms and software methodologies for advanced data processing and hologram rendering