Career

MVP

Fast detection as you’ve never seen it.

Explore our sensor system and what it can do.

Who the MVP is for

Our BlincVision MVP is designed for industry players who want early access to the system. Through a unique combination of stereo neuromorphic cameras and a laser scanner, it offers ultra-low latency that you can evaluate in your own environments to see where it adds value.

> Automotive industry
> Autonomous vehicles
> Defence industry
> Industrial sector
> Test and research institutes
> Agriculture industry

What’s included in the MVP

The MVP package contains all hardware, software and documentation needed to evaluate the system. It also contains additional components to support a wide range of test setups and requirements.

  • 1 x Sensor system for Roof rack mount, IP54
    • 2 x Event cameras in stereo
    • 1 x Laser scanner
    • 1 x RGB camera for reference
    • 1 x INS
    • 1 x Control Unit, NVIDIA Orin
  • 1 x Wire harnesses kit
  • Laptop with needed tools
    Perception visualizer software

  • Interface software
  • Set up and operations manual

ADAS & Autonomous Driving

We act on motion the moment i happens. Giving vehicles the awareness they need when every millisecond matters.

Industrial Automation

Timing is critical in automated environments. Our event-based technology detects motion instantly, enabling machines to make real-time adjustments, prevent collisions, and maintain a smooth, uninterrupted workflow – even at high speeds.

Defense & Security

In unpredictable situations, instant perception makes the differene. It enables autonomous platforms and surveillance systems to respond without delay.

BlincVision

From sensing to action in AD and ADAS

Risk detection

The area in front of the vehicle is scanned using laser beams at a wide angle. The technology is intentionally “short-sighted,” designed to identify objects within a 35-meter range. Quick decisions in this zone are crucial to avoid accidents.

Reflections are captured

The pedestrian’s reflections bounce back to two event cameras. These cameras detect changes in the environment at the pixel level, enabling fast and efficient data collection. By filtering out data beyond the laser’s range, the system reduces data volume – which increases both speed and precision.

Mapping the environment

Data from both event cameras is then analyzed by the software. The system creates a shared view of the surroundings based on the input from both cameras.

Object classification

The AI-trained software model analyzes and classifies the image. It identifies objects such as pedestrians, cars, or cyclists. Speed and direction are registered at the same time.

Decision and action

Once the object has been classified and its speed and direction analyzed, the system makes a decision. If a risk of collision is detected, a braking signal is sent to activate the vehicle’s brakes.

Low Latency

Ultra-low latency for instant awareness and fast response across multiple applications.

Object Classification

Identifies what’s in view – instantly and accurately.

Relevant Data Only

Processes only relevant data, minimizing delay between detection and response.

Urban Environments

Designed for complex scenarios, preventing accidents involving unprotected road users.