TECH | Pai Media Lab

Multi-Camera Tracking

CAI revolutionizes spatial information through AI technology.

Utilizing existing CCTV without additional markers or sensors,
our solution employs deep learning to achieve real-time location measurement and object detection.

By analyzing the environment, it recognizes objects within the
space and measures distances between individual entities.

To enhance accuracy and repeatability,
we continuously gather and train with learning data, elevating engine performance.

Diverse angles, elimination of blind spots, partial body estimation analysis

Storing personal information

in an anonymized manner

Quantifying location information for real-time integration with external systems

Multi-camera Analysis

You can simultaneously connect from 1 to a maximum of 16 cameras in parallel.

It recognizes tracking subjects as a single object,

enabling comprehensive area analysis without blind spots.

Identification of worker’s zone

Measurement of distance between workers and objects

Alerts upon entering hazardous areas

Recognition/discrimination using body parts

Tracking of worker movement paths

Heatmaps based on worker movement paths

Build Smart Factory

World-class Recognition Performance

Trained with 600,000+ real-world training data, it supports world-class recognition performance. As a result, even when only parts of a worker's body are visible, it can recognize them, addressing blind spots and on-site situation issues.

Unlimited Space Measurement

By exponentially expanding the number of cameras, you can eliminate blind spots in the area and enhance object tracking accuracy.

Real-time Additional Learning

Generating additional training data to adapt to daily changing on-site situations, we maintain optimal conditions and accuracy.

CAI system

The Competitive Edge of Cai Location

The technology developed by PAI Media Lab

addresses obstacles that are challenging for a single camera to detect,

as well as the ability to detect objects within

complex structures andaccurately position them.

This is achieved through IPM (Inverse Perspective Mapping) and Calibration techniques,

enabling the transformation of fragmented images acquired from camerasinto a panoramic view. This patented technology models the area of interest, allowing precise measurements.