Fujikura Technology provides ultra‑high‑resolution radar sensors with 0.1° angular resolution, delivering precise target separation that remains reliable in heavy snow, rain, fog, and dense traffic. Its wave‑based, scalable architecture integrates full signal processing to enable all‑weather perception for autonomous vehicles, industrial robots, heavy‑industry equipment, and defense platforms, reducing the need for costly redundant sensor suites.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional perception sensors such as cameras, LiDAR, and ultrasonic units lose reliability in adverse weather, fog, and dense traffic, limiting the safe operation of autonomous and safety‑critical systems. The resulting need for multiple redundant sensors increases system cost and complexity while still failing to provide consistent target separation.
Solution
Fujikura Technology develops ultra‑high‑resolution radar that delivers precise target separation with an angular resolution of 0.1°, ten times finer than typical radar. The radar’s wave‑based sensing is immune to heavy snowfall, torrential rain, dense fog, and low‑visibility conditions that degrade optical sensors. Its scalable architecture integrates a full signal chain and advanced processing algorithms to maintain reliable detection and tracking of closely spaced objects in dense traffic. By providing all‑weather, high‑resolution perception, the system enables autonomous vehicles, industrial robots, and defense platforms to operate safely without relying on costly, overlapping sensor suites.
Target Audience
Primary customers are manufacturers of autonomous vehicles, industrial robotics, heavy‑industry equipment, and defense systems that require reliable, all‑weather perception for safety‑critical operations.
Features
- 0.1° angular resolution (≈10× finer than conventional radar) for accurate target separation
- Wave‑based sensing that remains functional in heavy snow, rain, fog, and low‑visibility environments
- Scalable hardware and software architecture designed for safety‑critical applications
- Integrated signal‑chain and processing algorithms optimized for real‑time object detection and tracking
- Compatibility with mobility, heavy‑industry, robotics, and defense platforms