Based on deep learning user behavior recognition technology, we provide comprehensive intelligent security solutions for industrial safety, scenic area management, public safety and other fields.
We offer customized AI computer vision solutions for different intelligent security scenarios, achieving precise user behavior recognition and security early warning through deep learning algorithms.
Industrial Manufacturing · Hazard Warning · Standardized Operations
Our AI vision technology monitors personnel operations, equipment status and environmental risks in real - time, significantly reducing accident rates.
Tourism Management · Visitor Safety · Area Protection
Using multi - dimensional perception technology to prevent dangerous behaviors of visitors and environmental risks, improving the safety management level of scenic areas.
Urban Security · Intelligent Monitoring · Emergency Response
We provide comprehensive intelligent security solutions for urban public spaces to ensure public safety.
We have accumulated rich successful implementation experience in multiple industries, helping customers significantly improve their safety levels.
A deeply customized "crane hook recognition algorithm" that uses wide - angle and telephoto cameras on both sides of the crane hook to intelligently determine personnel intrusion in the crane operation area, combined with an open - flame and smoke detection system.
A unified management platform developed based on InsightFace, enabling unified management of 4 production bases and providing second - level warnings for behaviors such as not wearing work uniforms and using mobile phones.
Multiple industrial cameras and radars, integrating image processing, deep learning, and point - control analysis algorithms, to achieve functions such as billet number recognition, size measurement, and fully automatic control of the sawing area, breaking through the blind spots of traditional instrument detection.
Create an "AI Water Area Warning and Disposal System" to detect unauthorized entry into dangerous water areas and recognize fishing in no - fishing zones, aiming for zero drowning incidents.
Through the analysis of passenger flow heat maps and visitor movement lines, automatically adjust the frequency of shuttle buses and the number of open shops, reducing operating costs by 25%. Combine face - recognition gates with scenic area monitoring to achieve second - level positioning of lost people.
Ecological Monitoring:Drones equipped with high - resolution imagers to identify forest fires and harmful pests.
Waste Cleaning:Mountain - suitable mechanical dogs (with a static load capacity of 120 kg) autonomously clear waste, with an adaptability of over 80% to complex road conditions; AI path planning avoids steep slopes and dangerous sections.
Sound and Light Sensing to Prevent Bullying:Distributed voiceprint sensors are deployed in dormitories. Emotional tone recognition (such as cries or impacts) triggers graded alarms, with positioning accuracy down to specific dormitory beds.
Adaptive Fire - fighting Network:A new-generation wireless smoke detector can differentiate between smoke and water vapor, reducing false alarms by 60%. It also integrates with the nearest cameras to automatically redirect their focus toward the source of the fire.
Student Focus Detection:Analyze students' actions and expressions to evaluate their concentration, provide real - time feedback on teaching effectiveness, and optimize course key points.
AI Intelligent Recognition and Tracing:AI Intelligent Recognition and Tracing: Embedded with AI model - specific software, high - definition cameras installed at an elevation angle monitor the parabolic trajectory in real - time. It can identify objects as small as cigarette butts and accurately locate the parabolic source to a specific floor window (error ≤1.5 meters).
Real-time Alerting:After detecting a parabolic behavior, the system automatically captures 10 - 15 seconds of video evidence and synchronously pushes it to the property management office, community committee, and local police station.
Deployed with AI monitoring systems, our gas station surveillance leverages computer vision technology to accurately detect risky behaviors like smoking and phone use in real time. The system automatically triggers alerts instantly, enabling immediate intervention against such hazards.
Significant benefit improvements brought by AI computer vision in multiple fields
| Application Field | Core Requirement | Contribution of AI Technology | Benefit Improvement |
|---|---|---|---|
| Production Line Safety | Standardize operations and prevent accidents | Real-time behavior recognition + device linkage | Accident rate ↓30%~40% |
| Scenic Area Management | Ensure visitor safety and control violations | Early warning of dangerous area intrusion | Response efficiency ↑50% |
| Small and Scattered Project Supervision | Difficult to supervise dispersed scenarios | AI hierarchical disposal + space-air-ground collaboration | Pilot accident rate ↓30% |
| Public Space Safety | Prevent risks in dense crowds | Multi-target behavior analysis | Missed alarm rate ↓ to <5% |
| Large-scale Event Support | Ensure safety in temporary scenarios | Panoramic monitoring in a network - free environment | Failure rate ↓ to 0% |
Whether you are a manufacturing enterprise, a scenic area manager, or have public safety needs, our AI computer vision solutions can provide you with customized security protection.
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