The Future
of Radar Technology is Here Today
The Future of Radar Technology is Here Today
Over 10X resolution boost
Distinguishes objects at 2X the distance of existing technology
Reduces false positives
Hardware agnostic
HROS
Software-Defined Radar Solution
HROS is a software-defined radar solution powered by safe and deterministic AI, that enables applications to “see” with a clarity that surpasses human vision and existing technologies. HROS offers optimal radar performance including early hazard detection and fewer false positives, ensuring that it outperforms current-generation radar processing technologies that suffer from low resolution and struggle with frequent detection delays. HROS delivers significantly enhanced, reliable radar resolution with groundbreaking precision and responsiveness.
NPS HROS
Hardware Agnostic, Rapidly Reconfigurable
Clearer Resolution
Faster Detection Time
Reduced False Positives
ATOMIC NORM
ALGORITHM
Our Patented,
Breakthrough Algorithm
Achieves over 10x resolution boost and cleaner data with existing hardware
With Real-Time Sub-Beam Resolution
SHATTERING COMPUTATIONAL LIMITS
Computational efficiency to run on readily available AI compute resources overcomes processing bottlenecks
UNMATCHED ADVANTAGE
Patented self-regulating algorithm does not require massive amounts of training data
PRACTICAL SUPERIORITY: SUB-BEAMWIDTH DETECTION
Strict physics principles and safe AI deliver performance levels previously deemed theoretically impossible
RESOLUTION
Superior Resolution Performance with
Reduced Resources
Automotive Performance
(Probability of Correctly Separating Two Pedestrians)
With only half MMICs, NPS provides 3X-10X better performance against State-of-art radar solutions
REDUCED
FALSE POSITIVE
Reduced False Positive
False Positive
Actual Object Detection
Conventional Radar Processing
NPS
Software
A|B testing against reference Conventional Radar Processing
REAL TIME
DEMO
NPS Radar Performance Demo
Advancing Pedestrian Detection
Clear Identification of Objects in Driving Scenario
