Case 02 | Manufacturing Plant

Worker Safety Management

Edge AI video analysis integrated with patrol robots for real-time identification of dangerous behaviors and restricted zone intrusions. Transition from reactive post-incident response to proactive prevention.

Challenges

Three Site Challenges

01

Production Risks

Worker falls, machine collisions and other safety hazards were ever-present on the production floor.

02

Heavy Patrol Burden

Manual inspections were inefficient and prone to oversights. Early anomaly detection was difficult and dependent on individual experience.

03

Inefficient Safety Management

Lack of data accumulation and analysis capabilities meant incidents couldn't be addressed promptly, and improvement data was insufficient.

Solution

Edge AI Video Analysis × Patrol Robot Integration

Edge AI system integrated with patrol robots identifies dangerous behaviors and restricted zone intrusions in real time. Shifts from human-dependent monitoring to data-driven oversight, forming a closed-loop safety PDCA cycle with continuously improving AI models.

Real-time Hazard Identification

Edge AI detects falls, machine collisions, restricted zone intrusions and other hazards in real time, triggering sub-second alarms.

Patrol Robot Integration

AI video analysis paired with autonomous patrol robots dramatically reduces manual inspection burden. Robots patrol automatically, with human intervention only when anomalies are detected.

Results

Leap in Safety Management Efficiency

25%-38%Safety Risk Reduction

Significant reduction in work safety risks and accident rates.

36%Patrol Labor Cost Reduction

Reduced patrol labor costs, freeing human resources for core production tasks.

65%Anomaly Detection Efficiency

Improved anomaly detection efficiency with sub-second response to hazards.

86%Real-time Monitoring Coverage

100% real-time monitoring coverage achieved across key safety zones.

PoC

Start with a small-scale proof of concept.

We'll assess your existing cameras, target areas, and improvement metrics to propose the optimal approach.

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