Design of A Cloud Native-Based Integrated Management Platform for Smart Operation of Multi-Business Buildings

Abstract

Building operation and maintenance (OM) faces many challenges, such as a low level of digitization, data silos between subsystems, a large amount of unusable data of which the value has never been demonstrated. To solve these problems, a smart operation integrated management platform architecture based on cloud-native and middle platform is proposed. This study built a unified technical base by integrating a BIM lightweight engine, an IoT middle platform and an AI middle platform, to unify the technical architecture and data interaction among different operation subsystems. A platform architecture based on cloud-native technologies was introduced to maximize the utilization of enterprise computing resources and to achieve agility in the development, testing and deployment of intelligent business applications, a low-code rapid development platform was also deployed to realize the visualization, low-code and modularization of application development. By adopting above architecture designing techniques and technologies, the digitization of building project OM in a traditional company can be improved, a cost reduction and productivity increase can also be realized to boost a transformation and upgrading of business.