increase Safety with Visual A.I. Systems
Proximity Detection with Camera Technology
Our Visual A.I. Systems use advanced camera technology and artificial intelligence to detect pedestrians and enhance safety in industrial environments. These systems deliver real-time alerts, ensuring your workspace stays accident-free.
High
Accuracy
OEM
Independent
Easy
Installation
Easy
Operation
Bilateral
Alarm
Configurable Warning /
Detection Zones
Intelligent Vision
Revolutionizing Workplace Safety with A.I. and Camera Integration
Industrial settings with heavy machinery and high pedestrian traffic are prone to accidents, especially in areas with limited visibility or blind spots. Traditional proximity detection systems often fall short in providing the accuracy and real-time responsiveness needed to prevent collisions.
Laserglow’s Visual A.I. Systems utilize high-definition cameras combined with AI algorithms to detect pedestrians and moving objects within seconds. These systems provide a 360° view around equipment, reducing the risk of accidents by alerting operators to potential hazards. With no reliance on tags or wearables, the system ensures comprehensive coverage in complex environments.
Designed for various industries, from manufacturing to logistics, the Visual A.I. System is ideal for ensuring the safety of both workers and equipment in busy workplaces. The real-time monitoring and visual/audio alerts provide unmatched safety benefits in areas with high pedestrian traffic and potential blind spots.
SOME SEGMENTS SUITABLE FOR PROXIMITY DETECTION:
Warehouses
Automotive
Metallurgical
Aerospace
Manufacturing
Food Processing
DISCOVER
These proximity detection systems are designed to seamlessly integrate into various industrial environments, enhancing overall safety. By combining real-time monitoring with configurable detection zones, Laserglow’s solutions ensure that potential hazards are identified and communicated effectively, reducing accidents and maintaining a secure working environment. Whether for pedestrian detection, collision avoidance, or blind spot monitoring, these systems significantly improve operational safety.
