#Italy #Huawei #Florence #Intelligent Campus #White Paper

Huawei's Vision for Intelligent Campus Networks

On October 20, 2026, during the Huawei Network Summit (HNS 2026) held in Florence, Italy, the company Huawei, in collaboration with global organizations and industry leaders, launched a significant document titled "High-Quality 10 Gbps Intelligent Campus Network Technical and Standard White Paper." This white paper addresses critical sectors such as public services, education, healthcare, and manufacturing, outlining key objectives, capability frameworks, and benchmark solutions for developing secure and intelligent campus networks operating at high speeds of 10Gbps.

The Purpose of the White Paper

The newly released white paper sets forth the vision for building advanced campus networks that cater to both current and future demands. It defines six fundamental capabilities:
1. Autonomous Network
2. Ultra-broadband connectivity at 10Gbps
3. Versatile connectivity
4. Predictable quality of experience
5. Energy efficiency
6. Comprehensive security

These capabilities are crucial in constructing next-generation smart infrastructure, facilitating a seamless integration of advanced technologies such as multi-access point coordination, intelligent Wi-Fi sensing, smart network collaboration, and a zero-trust security approach.

Key Participants and Their Insights

The launch event gathered a number of notable figures, including David Chen, Vice President of Huawei’s Campus Network Division, and other prominent leaders from the industry. During the event, Gibbs Wang, President of Huawei’s Global Marketing and Sales Division for Enterprise Networks, emphasized that "Europe is swiftly entering the intelligent era. Digital transformation is no longer a trend; it has become a real necessity for every industry." He added that the Stellar Intelligent Campus Network solution by Huawei is designed to address this need by creating a more robust, secure, and intelligent campus network that enhances productivity for European industries.

Furthermore, Alex Sun, Vice President of the Data Communication Product Line at Huawei, highlighted that "The intelligent era has already begun, guiding campus networks from mere connectivity infrastructure to intelligent infrastructures." To keep pace with this evolution, Huawei's Stellar Intelligent Campus Network offers super-fast wireless connectivity, comprehensive security, and network autonomy—assisting clients in establishing high-speed, secure, green, and intelligent campus networks.

Cutting-Edge Features of Huawei's Solution

Huawei's innovative solutions provide several key advantages:

• - Super-Fast Wireless Connectivity: Utilizing Wi-Fi 7 Advanced technology, Huawei coordinates multiple access points effectively, doubling the network performance. Additionally, the Wi-Fi+X system enhances wireless networks' capabilities, functioning as a sensor system for intelligent environments.
• - Comprehensive Security: This solution enables rapid identification and blocking of abnormal behavior by terminals within seconds, along with precise tracking of anomaly sources, ensuring full visibility and trustworthiness of all assets. Moreover, it guarantees the security of connections through comprehensive, quantum-safe encrypted channels, preventing data leaks.
• - Network Autonomy: With the support of Huawei's digital network map and NetMaster, the system ensures continuous operation and maintenance without human intervention, reducing the Mean Time To Repair (MTTR) by a remarkable 90%. The energy-efficient network architecture ensures multi-faceted optimization of energy consumption.

Future Collaborations and Implementation

Moving forward, Huawei is committed to partnering with European pioneers, industry organizations, and ecosystem partners to implement the concepts and technologies outlined in this white paper across various campus scenarios. This collaborative effort aims to assist customers in building superior, sustainable, and easily maintainable smart campus networks. Readers interested in exploring the full details of the white paper can read it here.