Intelligent buildings are the combination of construction, communication, computer and control technologies to achieve comprehensive intelligent management and control of buildings, solve building safety prevention, energy efficiency management, equipment operation and maintenance and other issues, so as to make buildings safer, more comfortable, convenient and green. For example, through intelligent systems, facial recognition access, intelligent parking, adaptive lighting adjustment, real-time environmental monitoring and other functions can be realized, and energy consumption can be carefully managed to maximize energy efficiency. Digital twin technology: Build a digital mirror of the building, display the operating status of each subsystem in real time through a large visual screen, and realize the situation analysis of equipment, assets and safety protection, allowing managers to intuitively perceive the overall operating status of the building. Access control management system: Integration of facial recognition, fingerprint recognition and other advanced technologies to achieve efficient and safe access control, while supporting intelligent visitor management, attendance statistics and other functions to improve the safety management level of the building. Smart parking solution: Provide full self-service from location search to departure, improve parking efficiency through intelligent diversion and navigation, and create a convenient and safe parking environment. Intelligent lighting system: automatically adjusts lighting brightness and color temperature according to environmental factors to achieve the dual goals of energy saving and comfort, and at the same time interacts with other intelligent systems to improve overall management efficiency. High-resolution video surveillance system: Deploy high definition network cameras in key areas to achieve all-weather blind spot monitoring, combined with intelligent analysis technology to improve security response speed and accuracy. Electronic patrol system: Automatically distribute patrol tasks, monitor patrol dynamics in real time, and support various forms of on-site situation reporting to ensure the effective execution of patrol work. Energy efficiency management system: Real-time monitoring of various energy consumption data in the building, optimizing equipment operation strategies through intelligent algorithms, to achieve maximum energy utilization and effective cost control. Environmental management system: automatically monitors and adjusts the temperature, humidity, lighting, and air quality parameters in the building to create a comfortable and healthy indoor environment. Facility Management System: covering the whole life cycle management of equipment, relying on AI technology implementation of predictive maintenance, building a closed-loop management system, improving operation and maintenance efficiency and cost-effectiveness.