GPR offers the WaveSense platform, which uses Ground Positioning Radar to capture subsurface reflections and generate high‑definition maps for vehicle localization. Combining the GroundSense sensor, NavSense software, and MapSense mapping suite, the system provides centimeter‑level positioning in all weather conditions and GPS‑denied environments without relying on road markings or external infrastructure, delivering continuous, redundant localization for autonomous vehicles and ADAS.
Funding
$31M 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.
Founders
Product
Problem
Autonomous vehicles and advanced driver-assistance systems (ADAS) rely heavily on GPS, visual lane markings, and clear line‑of‑sight sensors, which can be unreliable in GPS‑denied areas, adverse weather, or poorly marked roads. This limits positioning accuracy, reduces uptime, and hampers safe operation of autonomous fleets.
Solution
GPR’s WaveSense platform provides vehicle positioning using Ground Positioning Radar™ (GPR), a ground‑penetrating radar sensor that captures stable subsurface reflections. The system combines the GroundSense sensor, NavSense localization software, and MapSense mapping suite to deliver centimeter‑level accuracy in all weather, surface conditions, and GPS‑denied environments. Subsurface data are processed into high‑definition maps that serve as a reference layer for continuous, real‑time localization. The technology offers orthogonal redundancy to existing sensors, enhancing safety and enabling 24/7/365 operation without the need for external infrastructure or road‑surface markings.
Target Audience
Primary customers are automotive OEMs, Tier‑1 suppliers, and autonomous‑vehicle fleet operators seeking robust, high‑precision positioning for ADAS and self‑driving applications across diverse environments.
Features
- GroundSense radar sensor that emits low‑frequency waves to penetrate road surfaces and generate precise subsurface point clouds
- NavSense software that fuses radar returns with vehicle odometry to compute real‑time position with centimeter accuracy
- MapSense suite that creates and updates high‑definition subsurface maps for post‑processed reference and fleet‑wide consistency
- All‑weather operation: reliable performance in rain, snow, dust, and low‑visibility conditions
- GPS‑denied capability: maintains accurate localization where satellite signals are blocked or degraded
- No reliance on road markings or external infrastructure, reducing deployment cost and maintenance
- Built‑in orthogonal redundancy that complements lidar, camera, and GNSS sensors for fail‑operational safety