Research on the application of low code orchestration in power inspection and scheduling

Traditional inspection systems primarily rely on manual methods and tools for inspection work, resulting in a low degree of digitization and an inability to effectively integrate data, which is no longer sufficient to meet the needs of inspection tasks. To enhance the stability and flexibility of application systems and to visually map business logic relationships, this article designs a low-code inspection application. Based on the concept of model-driven low-code, it fully considers the functional attributes of different users to quickly generate multiple applications. This application improves the efficiency of developing and configuring inspection rules through three steps: requirement input, visual rule design, and flexible assembly of monitoring applications. Visual analysis report modules are used to build the analysis and visualization of inspection results. Practical verification shows that the designed application can improve the development and analysis efficiency of inspection applications and meet the needs of most business system inspection scenarios.