Greater coverage, more efficient inspection, and more intelligent integrated management.
Industrial Parks/Comprehensive Parks
Industrial parks and comprehensive parks usually have the characteristics of large land area, numerous entrances and exits, complex roads and functional areas, and frequent movement of people and vehicles. The daily management of the park not only involves perimeter security, road patrol, and night duty, but also includes various tasks such as facility inspection, environmental monitoring, abnormal alarm, and greenery maintenance. The traditional approach that relies on manual patrols and decentralized system management often encounters problems such as high coverage costs, untimely responses, fragmented information, and significant pressure at night.
The edge AI central command system for smart communities is designed for the complex operational scenarios of industrial parks and comprehensive parks. By deploying an edge AI central system locally within the park, it uniformly connects cameras, inspection robots, drones, sensors, and maintenance equipment, achieving continuous perception, local analysis, intelligent decision-making, and multi-device collaborative execution of the park site. It not only enhances the safety management capabilities of the park, but also helps the operator establish a more efficient, standardized and sustainable intelligent operation system.
Our Solution
In view of the characteristics of the park scenario, such as “wide scope, numerous tasks, and difficult collaboration”, the system deploys key recognition, judgment, and scheduling capabilities in the local edge AI hub of the park, achieving:
- The multiple areas of the park are uniformly connected and dispatched
- Collaborative processing of perimeter security, patrol inspection and operation and maintenance tasks
- Local rapid identification and real-time response
- It operates autonomously during night and low-duty periods
- Full-process traceability and visual management of events, tasks, and equipment status
Through the architecture of “edge autonomy first, cloud intelligence enhanced”, the system can not only ensure the immediate response capability of the park site, but also continuously optimize the inspection strategy, risk rules and overall operational efficiency through the cloud large model.
Realized Functions
Perimeter security and abnormal intrusion identification
Continuous monitoring and inspection should be carried out on fences, entrances and exits, boundary roads, and key protected areas to promptly identify potential risks such as abnormal entry, climbing over, and staying.
Intelligent patrol of park roads and key areas
Carry out regular, fixed-point or dynamic patrols in scenarios such as main roads, storage areas, building periphments, parking areas and equipment areas to enhance the daily security coverage capacity.
Automatic inspection during night and low-duty periodsion
During weak periods such as night, weekends and holidays, dispatch robots, drones and other equipment to carry out regular inspections to reduce the pressure on manual duty.
External inspection of equipment and facilities
Automatically inspect the peripheral equipment, public facilities, key nodes, road conditions, etc. of the park to assist the operator in detecting abnormalities and potential hazards in advance.
Environmental monitoring and abnormal early warning
Connect sensors for temperature and humidity, smoke, water immersion, air quality, etc., to continuously monitor the environmental conditions and provide local early warnings, enhancing the safety and resilience of the park.
Vehicle order and area anomaly detection
Assist in identifying and alerting situations such as abnormal parking, illegal occupation of roads, vehicle detention in key areas, and abnormal obstacles.
Coordination of greening and environmental maintenance
Uniformly dispatch maintenance operations for areas such as lawns, road edges, and public green Spaces in the park to reduce high-frequency and repetitive manual input.
Closed-loop handling of abnormal events
From anomaly detection, task generation, equipment linkage, on-site verification to result feedback, a complete handling chain is formed, and the entire process records are automatically retained.
💡 Key Benefits
- It is more suitable for large-scale and multi-regional unified management.
- Local rapid response to enhance disposal efficiency
- Multi-device collaboration truly forms a closed loop
- Reduce the management pressure during night and low-duty periods.
- Support large-scale operation and standardized replication.
- Dual improvement in safety and operation