1.Automation and High Efficiency:The AI visual inspection system can automatically identify and track the lighting fixtures inside the tunnel, without the need for manual inspection of each fixture. It can also generate videos of the inspection process for convenient verification afterwards. This can greatly reduce labor costs and time, and improve inventory efficiency.
2.High precision:The AI visual inspection system adopts advanced image recognition technology, which can accurately identify the position and status of lighting fixtures under various environmental conditions. In contrast, manual inventory may have problems such as missed inspection and misjudgment, leading to a decrease in the accuracy of inventory results.
3.Monitoring and Early Warning:The AI visual inspection system can monitor the status of lighting fixtures inside the tunnel. Once any abnormalities are detected (such as bulb damage, insufficient light brightness, etc.), it can promptly issue warning information to facilitate timely handling of the issues by the management personnel and ensure the safety of driving in the tunnel.
4.Data analysis and optimization:In the subsequent product matrix, the AI visual inspection system can also analyze a large amount of lighting fixture data to identify potential issues and room for improvement, providing a basis for the optimization of the tunnel lighting system. Such deep analysis is difficult to achieve through manual inventory.
Highways, national and provincial roads, and urban road tunnels
Newland AI Edge Gateway
Asset inventory vehicle-mounted camera
Tunnel asset inventory platform