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Our Core

Technology

Guardian AI revolutionizes safety and efficiency in industrial workplaces by utilizing five core technologies such as AI vision recognition, autonomous navigation with obstacle avoidance, fire detection using thermal imaging cameras, real-time data transmission and analysis, and active AI algorithms.

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Our Core 
Technology

Guardian AI revolutionizes safety and efficiency in industrial workplaces by utilizing five core technologies such as AI vision recognition, autonomous navigation with obstacle avoidance, fire detection using thermal imaging cameras, real-time data transmission and analysis, and active AI algorithms.

01 AI Vision Recognition
Technology

This technology detects in real-time whether workers are wearing safety equipment, helping to prevent accidents. Data is collected from fixed CCTV or mobile devices, and if a worker is found without the required safety gear, automatic warnings and work suspension are triggered.

02 Autonomous Navigation and Obstacle Avoidance Technology

Using 3D LiDAR and IMU sensors, this technology detects the working environment in real-time, autonomously plans routes, and avoids obstacles. It is primarily applied to autonomous robots for equipment inspection or site patrols.

03 Fire Detection Using 
Thermal Imaging Cameras

This technology monitors the thermal conditions of equipment and work environments in real time, detecting potential fire risks early and preventing incidents. If temperatures exceed predefined thresholds, immediate alerts are sent, and response systems are activated.

04 Real-Time Data Transmission and Analysis Technology

With LTE-based communication technology, data collected on-site is transmitted and analyzed in real time. This enables remote monitoring of equipment and safety conditions, as well as early detection of anomalies through alert systems.

05 Active AI Algorithm 
(Active AI)

This system monitors environments through real-time data transmission and analysis while automatically responding to anomalies via AI-based reactive systems (ARS). Integrated systems, including robots, CCTV, and fire detection, enable proactive incident responses.

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Join Guardian AI in Transforming Safety and Security Patrol Solutions

01

AI Vision Recognition Technology

This technology detects in real-time whether workers are wearing safety equipment, helping to prevent accidents. Data is collected from fixed CCTV or mobile devices, and if a worker is found without the required safety gear, automatic warnings and work suspension are triggered.

02

Autonomous Navigation and Obstacle Avoidance Technology

Using 3D LiDAR and IMU sensors, this technology detects the working environment in real-time, autonomously plans routes, and avoids obstacles. It is primarily applied to autonomous robots for equipment inspection or site patrols.

03

Fire Detection Using Thermal Imaging Cameras

This technology monitors the thermal conditions of equipment and work environments in real time, detecting potential fire risks early and preventing incidents. If temperatures exceed predefined thresholds, immediate alerts are sent, and response systems are activated.

04

Real-Time Data Transmission and Analysis Technology

With LTE-based communication technology, data collected on-site is transmitted and analyzed in real time. This enables remote monitoring of equipment and safety conditions, as well as early detection of anomalies through alert systems.

05

Active AI Algorithm
(Active AI)

This system monitors environments through real-time data transmission and analysis while automatically responding to anomalies via AI-based reactive systems (ARS). Integrated systems, including robots, CCTV, and fire detection, enable proactive incident responses.

Join Guardian AI in Transforming Safety 
and Security Patrol Solutions

Solution

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Resources

Copyright © 2024 Guardian AI, Inc.

Solution

About

Resources

Copyright © 2024 Guardian AI, Inc.