Smart campuses focus more on data-based approaches.
Data is the fuel for campus intelligence and the foundation for driving campus intelligence; Data is the key to the campus ecosystem, and an ecosystem based on data fusion can better serve future education; Data is the foundation of humanized services, and precise services that integrate data are the true embodiment of people-oriented services.
Smart campuses focus more on intelligent applications as a means.
1. More intelligent environment: campus Internet of Things, achieving intelligent unified scheduling and management of the campus;
2. Smarter teaching: Intelligent teaching assistant, achieving differentiated teaching;
3. More precise learning: intelligent testing and practice learning, achieving personalized learning;
4. More efficient management: business interoperability, data-driven precise management.

Smart campuses are centered around the construction of integrated innovation "ecosystems".
1. Network integration: Integrate various application networks such as the Internet of Things, wired networks, wireless networks, and mobile internet within the campus for consistent intelligent management and control throughout the entire network.
2. Hardware integration: In response to a series of hardware requirements such as teaching hosts, normalized recording and broadcasting, IoT control, network coverage, and campus broadcasting for smart classrooms, we aim to create a super integrated smart classroom terminal to achieve cost intensive and intelligent improvement.
3. Platform integration: Unified integration of campus identity authentication management, basic data management, application access management, permission management, etc., providing an integrated basic platform.
4. Data fusion: Integrate various basic data, application data, perception information and other data information resources on campus, and ensure the application and supervision of data services.
5. Business integration: Provide a business platform, follow the construction concept of "big platform and small application", utilize shared data and integrated development environment, and refine the construction efforts from "system" level to "functional" level to achieve cross functional domain business application docking and process reengineering.
6. Service Integration: Service integration is based on the integration of network, hardware, data, platform, business, etc., utilizing a unified information portal and online learning space to provide a "one-stop" service for the entire business and process.