Advanced Radar Perception for Autonomous Driving and Beyond
bitsensing develops high-performance radar solutions for autonomous vehicles and ADAS, delivering the precise environmental awareness needed for long-range detection, blind-zone coverage, and close-range interaction.
Built on automotive-grade radar technology, our sensing capabilities also extend to robotics and other autonomous machines that must perceive and operate reliably in complex real-world environments.
From high-resolution 4D imaging radar and front and corner sensing to smart vehicle access and radar data for AI development, bitsensing provides the technology needed to advance safer, more capable autonomous systems.
4D Imaging Radar
Experience the next dimension in radar perception
bitsensing's 4D imaging radar delivers high-resolution, long-range perception by combining horizontal and vertical spatial awareness with precise velocity measurement. By adding elevation resolution to conventional radar, the system enables true 3D environmental understanding — supporting advanced ADAS and autonomous driving functions.
Unlike vision-based sensors, imaging radar provides stable perception independent of lighting conditions while maintaining long-range accuracy and reliability.
Utilizing an advanced array patterning technique and proprietary radar signal processing algorithms, bitsensing achieves outstanding angular resolution in both azimuth and elevation. This enables dense spatial perception, precise object separation, and stable tracking even in complex driving environments.
Engineered for compactness and power efficiency, the imaging radar is optimized for mass production, durability, and integration into modern vehicle architectures.
Detects objects at different heights to build a more complete view of the road ahead.
Generates a dense 4D point cloud that helps distinguish and track nearby objects.
Detects vehicles and other objects at distances beyond 300 meters, providing more time to assess the road ahead.
Develop AI Perception with RIDE
Extend AIR4D into AI development with production-grade radar data synchronized with LiDAR, cameras, and GNSS/IMU—ready for training, validation, and benchmarking.
Explore RIDE
Seamless Coverage from Long Range to Blind Zones
Powered by a unified radar platform, bitsensing’s front, rear, and corner radars work together to provide continuous perception—from high-speed forward detection to close-range side awareness.
FRONT & CORNER RADAR
Long-Range and Wide-Angle Vehicle Awareness
Front radar provides long-range detection and precise speed measurement for hazards ahead, while corner radar extends coverage across the vehicle’s sides and rear blind zones. Together, they support reliable ADAS performance across highways, intersections, lane changes, and complex traffic environments.
Front radar measures the distance and relative speed of vehicles and hazards farther down the road. Corner radar adds coverage where forward sensing alone is limited, tracking traffic approaching from adjacent lanes, intersections, and behind the vehicle. Together, they give driving systems a more complete view of how surrounding objects are moving.
Accurate distance, speed, and movement data helps ADAS systems assess potential hazards and respond at the right time. Forward sensing supports functions such as adaptive cruise control and automatic emergency braking, while corner sensing provides the information needed for blind spot detection, lane change assistance, and rear cross-traffic alert.
Smart Access & Convenience
Safer, More Intuitive Vehicle Access Through Radar
bitsensing’s short-range radar supports safer door operation and hands-free trunk access by detecting nearby obstacles, movement, and intentional gestures.
The same compact, camera-free sensing technology can be applied across vehicle doors, trunks, tailgates, and other access points, delivering reliable performance regardless of lighting conditions.
Precise detection of nearby movement and obstacles
Detection of pedestrians, cyclists, vehicles, and other door-opening hazards
Intent-based kick gesture detection for hands-free trunk access
Distinguishes deliberate actions from incidental background movement
Radar enables the vehicle to recognize both potential hazards and intentional user actions. It can warn occupants or control door opening when an obstacle is detected, while enabling reliable hands-free access to trunks, tailgates, frunks, and power sliding doors.