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Vision AI Safety Platform

QVision

Vision AI Safety Platform

QVision

Existing CCTV analysed live — detecting incidents and unsafe behaviour, masking personal data on the spot.
Robot and digital data illustration representing QVision video analysis

Overview

Cameras you already have, working as traffic and safety sensors

CCTV footage gives traffic counts by vehicle type, and potholes and incidents are detected live and passed to the control room.

Recognising what is there

Vehicles, pedestrians and two-wheelers told apart automatically, and their movement followed

Traffic flow

Counts by vehicle type, congestion and changes in speed, hour by hour

Spotting danger

Wrong-way driving, stopped vehicles, potholes and unsafe behaviour — caught before they become accidents

Into the control room

Events reach the control screen and the person on duty, and end up in statistics and reports

Features

Vehicles and road hazards, read live from the video

Traffic analysis screen recognising vehicles and their paths at a junction

Live traffic counting

Vehicles are detected and classified from the footage, counted by type and turned into statistics.

Counting by type
Passing vehicles sorted by type and counted automatically
By direction at junctions
Counts kept separately for each direction through the junction
Fixed or mobile
Works for permanently installed and for mobile surveys
Driving footage detecting potholes and sending their position to a control map

Live pothole detection

Potholes are found live in the driving footage, and their location and details go to the control system.

Whatever shape they take
Trained on potholes of many shapes and sizes
Detected and sent live
Found while driving, and reported as it happens
Control room integration
A system to monitor and manage everything that has been found

TMS · Traffic Measurement Solution

Traffic counted by vehicle type, automatically, as statistics

Vision AI tells the vehicles apart and counts them by direction of travel.
1

Training data

Trained across many road environments to detect more reliably

2

Vehicle classes

Thirteen classes in all — the ministry's twelve, plus buses

3

Direction tracking

Counts tracked according to the direction taken through the junction

1

Traffic survey system

Fixed and mobile cameras counting by vehicle type

2

Signal control

The counts feed the traffic signal control system

3

Parking management

Bay occupancy and vehicles entering and leaving, identified to support parking management

Incident Detection

Hazards on camera, turned into events for the control room

AI incident detection classifies what it sees and alerts both the system and the person on duty.
Wrong-way drivingStopped vehicleCongestionPedestrian on the carriagewayFallen objectPoor visibility or smokeRoad surface damage (pothole)Volume and vehicle type

Designed against false alarms

Confidence score, consecutive frames and human review before it is confirmed

Night and bad weather

Detection in low light, backlight and rain, corrected with real operating data

Protecting personal image data

Blurring, separated access rights and retention limits keep it within the rules

Ideal Use Cases

It suits places like these

For places that need more out of the cameras already on the poles.

Control rooms where someone must keep watching

Too many screens to follow live, so footage only gets checked after the event

Where traffic surveys are done by hand

Roads and junctions where the people and the weeks it takes are the problem

Where road inspection depends on patrols

Potholes and cracks that ought to be found before anyone reports them

Where image data protection matters

The original footage never leaves, and personal data is masked where it is filmed