Provides software-defined imaging radar systems that use radio waves to detect and track objects' distance, speed, direction, and vertical height in all environmental conditions, including through barriers and in complete darkness. This technology enables autonomous systems to create detailed, real-time spatial maps and monitor movement with high accuracy, overcoming limitations of optical sensors in challenging environments.
Funding
$5.6M 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.
JRLVMFPAWSFounders
Product
Problem
Optical sensors used in autonomous systems are limited by environmental conditions such as low light, heavy fog, dust, and obstructions, hindering their ability to create accurate spatial maps and monitor movement reliably. This can lead to safety concerns and reduced operational efficiency in various applications.
Solution
Zadar Labs provides software-defined imaging radar (SDIR) systems that utilize radio waves to detect and track the distance, speed, direction, and vertical height of objects, even through barriers and in complete darkness. This technology enables autonomous systems to generate detailed, real-time 4D spatial maps and monitor movement with high accuracy, overcoming the limitations of traditional optical sensors. The SDIR platform offers a flexible, high-performance radar solution that enhances perception systems across diverse industries. Zadar's radar provides a privacy-focused solution, delivering detailed spatial information without revealing personal identities.
Target Audience
The primary customers are developers of autonomous systems, robotics, and intelligent systems across industries such as automotive, agriculture, mining, surveillance, and traffic monitoring.
Features
- Software-defined 4D imaging radar (SDIR) platform for flexible configuration and customization
- High-resolution radar capable of creating dense point clouds for accurate spatial mapping
- Detection and tracking of objects' distance, speed, direction, and vertical height
- Operates effectively in all weather conditions, including low light, fog, and dust
- Ability to detect objects and movement through barriers and obstructions
- Long-range vision with pin-point accuracy up to 1000 meters
- Real-time mapping capabilities for topology and urban mapping data collection
- Privacy-focused tracking using radio waves instead of photographic data