dotflow offers an embedded localization system that uses image processing and sensor fusion to provide continuous, real-time vehicle positioning. This technology ensures reliable navigation and fleet management in GPS-denied environments by detecting infrastructure elements and integrating with existing vehicle sensors.
Funding
Funding not disclosed
Founders
Product
Problem
Vehicles, particularly autonomous and advanced driver-assistance systems (ADAS), require precise, continuous positioning, which is often compromised in environments lacking reliable GPS signals. This reliance on GPS creates a critical vulnerability for navigation and fleet management in tunnels, urban canyons, and other GPS-denied areas.
Solution
dotflow provides an embedded localization system that leverages image processing and sensor fusion to deliver real-time, continuous vehicle positioning. This technology enables accurate navigation and dependable fleet management, even when GPS signals are unavailable. By integrating with existing vehicle sensors, dotflow enhances the safety and operational efficiency of autonomous driving and ADAS applications. The system is designed to detect vital infrastructure elements and use this visual data to infer precise location, offering a robust alternative to traditional GPS.
Target Audience
The primary target audience includes automotive manufacturers, autonomous vehicle developers, and rail operators seeking robust, GPS-independent positioning solutions for their vehicles and rolling stock.
Features
- Embedded localization system utilizing image processing and sensor fusion for continuous, real-time positioning.
- Operates effectively in GPS-denied environments, ensuring reliable navigation and fleet management.
- Detects vital infrastructure elements to infer precise vehicle location.
- Sensor fusion capabilities integrate with existing vehicle sensors to optimize resource utilization.
- Offers high-frequency positioning for dynamic environments.
- Supports operation on private and public roads without requiring active external infrastructure.
- Designed for integration into automotive and rail applications for ADAS and autonomous systems.