Neural Propulsion Systems develops a Software Defined Radar (SDR) that utilizes 4D imaging technology to enhance visibility in autonomous driving applications. This system significantly improves scanning speed and resolution while reducing false positives and operational costs by 25% to 35%.
Funding
$24.8M 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.
CCFounders
Product
Problem
Current radar systems in autonomous vehicles and ADAS struggle to provide sufficient resolution and accuracy in adverse weather conditions, leading to increased false positives and limiting the effectiveness of safety features. Existing radar solutions often lack the clarity needed to reliably detect pedestrians and other vulnerable road users at a distance, especially in low-light or obscured environments. This can hinder the performance of automatic emergency braking and other critical safety systems.
Solution
Neural Propulsion Systems (NPS) offers a software-defined radar (SDR) platform that delivers high-resolution 4D imaging for automotive and defense applications. The NPS Hyper-Definition Radar Operating System (HROS) utilizes AI-powered algorithms and patented mathematical frameworks to enhance radar performance. This technology provides increased clarity, precision, and responsiveness, enabling vehicles to detect objects with greater accuracy and at longer ranges, regardless of weather conditions or lighting. The HROS platform improves the reliability of ADAS and autonomous driving systems by reducing false positives and enabling more effective hazard detection.
Target Audience
The primary target audience includes automotive OEMs, ADAS providers, and defense contractors seeking to improve the performance and reliability of radar systems in autonomous vehicles and other safety-critical applications.
Features
- AI-powered software-defined radar with 10x higher resolution than current Tier 1 radar providers
- Advanced mathematical frameworks for improved clarity and responsiveness
- Detection of pedestrians and vehicles at distances up to 150 meters in any weather conditions
- High-resolution 4D imaging for accurate object detection and tracking
- Reduced false positives for increased reliability of ADAS and autonomous driving systems
- Hyper-Definition Radar Operating System (HROS) for enhanced radar performance
- Atomic Norm technology for advanced signal processing