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Enterprise Layer Intelligence
Categories/IoT & Connected Hardware/NODAR
NODAR

NODAR

Founded 2018

Convert standard camera feeds into long-range 3D depth maps for autonomous vehicles

Pricing model

Demo

You can use NODAR to turn standard automotive and industrial camera systems into long-range 3D sensors. It uses patented auto-calibration algorithms to produce precise 3D depth maps up to 1,000 meters away. This allows autonomous vehicles, trains, and heavy industrial equipment to detect small obstacles and hazards in harsh weather, darkness, or high-vibration settings. You can also monitor job sites, airports, and construction areas in real time to protect workers and machinery from collisions without needing expensive custom lidar hardware across diverse operational environments.

What NODAR does

Generate high-resolution 3D depth maps from dual camera inputsCalibrate stereo camera configurations automatically without manual interventionDetect and measure the distance of distant road hazardsTrack moving vehicles and pedestrians in real timeMonitor blind spots and work zones around heavy industrial equipmentTransmit spatial depth data to automated braking and steering systemsCalculates 3D depth maps at distances up to 1,000 metersUses standard off-the-shelf camera hardware instead of expensive custom sensorsCalibrates camera alignment automatically during active vehicle operationDetects small obstacles in dust, glare, and low light conditionsFunctions reliably under heavy vehicle vibration and rough terrainProvides real-time spatial monitoring for industrial sites and aviation

Pricing breakdown

Pricing model: Book a demo

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NODAR, 3D sensor, stereo vision, depth mapping, autonomous vehicles, Hammerhead, GuardView, auto-calibration, computer vision, collision avoidance, obstacle detection, long-range sensing, 3D spatial data, rail autonomy, industrial sensing