Connected AI Vision

Innovative solutions to move your business forward towards the next levels of automation​

  • Innovative Camera based Precision Localization (CAPLOCT M) for pedestrians, vehicles, bikes, etc.
  • Enables Pedestrian and vehicle safety at intersections.
  • Creates digital twin to allow traffic management
  • Enables Cooperative Perception 
  • Cooperative Deep Vision (CoVision) technology
  • Cooperative AI Vision (COAIVI)
  • Collective Deep Vision(CoDe Vision)
  • Extending Range and Accuracy of Perception through connected AI sensor sharing
  • Flexible and Robust Multimodal Sensor Fusion to allow arbitrary sensor adoption
  • Allowing Edge/Cloud Computing for Enhanced Perception and Situational Awareness
  • Deep Cooperative Vision (CoVision) technology
  • Offering extended vision to multiple robots/drones/automated mining
  • Allowing precision localization in areas with no GPS (warehouses, indoor)
  • Infrastructure augmented vision for robotic agents

Superior Vision Using Connected AI


To be a leader and major provider of disruptive AI-based software solutions for

  •  autonomous/semi-autonomous             vehicles  and
  •  smart transportation       infrastructures

Advance vehicle and transportation safety to critical acceptable levels through connected AI-vision

About Image

The problem

The problem

Autonomous Vehicles/Robots rely on vision for safe operation, LIDARs are the main sensor today, but the cost is high

Experienced by

Automotive industry, infrastructure owners and robotics industry

Background Image

The Solution: Connected AI Vision


Disruptive Innovation

  • high accuracy AI Vision achieved through connectivity (IP)
  • versatile AI vision software for autonomous vehicles and smart environments with the highest accuracy


Market Disruption

  • Commoditize Hardware: Shift complexity, and value, from hardware to software
  • Reduce hardware requirement and cost (e.g., LiDARs for AVs) through smarter algorithms
  • Make lower resolution LiDARs and Cameras a viable choice for AVs
  • Rely on the power of GPU algorithms to compensate for sensor deficiency

Why invest in a new technology?

  • Sensors (Lidars, radars, cameras) are intrinsically and technologically limited and the sensor cost is too high
  • Our innovative Cooperative AI Vision reduces cost and overcomes intrinsic hardware and component limitations