The Next Generation of Road Monitoring

AI-Powered Monitoring

AMIN develops computer vision models to detect vehicle speeds, unsafe following distances, lane violations, and unusual driving behaviours.

Our technology is designed to enhance existing traffic cameras and enable intelligent road monitoring.

Risk Detection

By analysing traffic conflicts, near misses, and dangerous driving patterns, AMIN aims to identify emerging safety risks before they result in crashes, supporting more informed and proactive road safety decisions.

Scalable Solutions

Designed for all road environments, school zones, and temporary work zones.

AMIN aims to make intelligent road safety monitoring accessible across entire road networks through affordable, scalable, and flexible solutions.

The future of safer roads starts with:

AMIN

Advanced Monitoring Intelligence Network

Our Mission

  • Our mission is to transform road safety monitoring by upgrading existing traffic cameras with intelligent AI capabilities and developing affordable, reliable alternatives to conventional camera systems.

  • We aim to support smarter traffic management and build a connected network of intelligent cameras that maximises road coverage, reduces infrastructure costs, and makes proactive road safety monitoring accessible across entire road networks.

Making advanced road safety monitoring more accessible and affordable

What AMIN Can See?

Accident

Detect road accidents to help traffic management teams respond quickly, reduce delays, and improve road safety.

Loosing control

Detect skidding or moving unexpectedly, particularly during adverse weather conditions.

Detect vehicles following too closely and identify unsafe headway distances that increase the risk of collisions.

Tailgating
Lane violation

Monitor vehicle movements and detect unsafe lane changes, lane departures, and other lane violations.

Stopped and broken vehicles

Identify broken-down or stopped vehicles on roads.

Road obstruction

Detect road obstructions, identify potential hazards, and support faster responses to minimise traffic disruptions.