HNS 2026 | Huawei and Several Industry Associations Launch "Xinghe AI Full-Scope Security Campus Technical White Paper"
Cairo, (ANTARA/PRNewswire) - At the Huawei Network Summit 2026 (HNS 2026) recently held in Cairo, Huawei, together with several industry associations, launched the “Xinghe AI Full-Scope Security Campus Technical White Paper”.
For the first time, this report (white paper) introduces the four main pillars in campus network security, namely connectivity, assets, spatial, and privacy. With these four pillars, stakeholders can build a comprehensive security architecture with layered protection systems. This approach marks a new era in AI-based campus network security—shifting from single-point defence to comprehensive awareness and proactive intelligent protection.
The report also presents a systematic approach to building an integrated technology security architecture, as well as the world’s first complete framework for campus network security.
“Security is the primary foundation in AI-based campus networks,” said Ricky Zhu, Vice President, Campus Network Domain, Huawei Data Communication Product Line. “By integrating the digital and physical realms, Huawei delivers a layered protection system across all aspects—connectivity, assets, space, and privacy. This approach shifts security systems from reactive defence to proactive awareness and intelligent protection.”
Key advantages from the four main dimensions of campus network security:
Connectivity Security: From the wireless network side, Huawei’s Wi-Fi Shield technology eliminates the risk of data packet eavesdropping at the physical layer. From the wired network side, the combination of integrated MACsec and Post-Quantum Cryptography (PQC) provides long-term protection for data transmission, including in the quantum computing era.
Asset Security: The increasing prevalence of dumb terminals in government and finance sectors heightens the risk of network attacks. Huawei’s solution uses cluster-based identification technology to recognise these devices with up to 95% accuracy. Equipped with device behaviour anomaly detection and local analysis on switches, the system can detect traffic anomalies in seconds and block them proactively to prevent network intrusions and lateral movement. This results in visibility and control of terminals free from unauthorised access and network identity spoofing.
Spatial Security: Huawei’s Wi-Fi channel state information (CSI) technology can detect spatial security conditions through a single wireless access point (AP), thereby preventing unauthorised access to sensitive areas. This technology analyses signal interference patterns without accessing personal data to protect user privacy.
Privacy Security: In meeting rooms, hotel rooms, or other sensitive areas, conventional methods for detecting hidden cameras are often ineffective. Huawei introduces the iGuard AP to detect hidden cameras with three main advantages: comprehensive detection coverage, high accuracy, and 24-hour monitoring, to protect business confidentiality and personal privacy.
In the future, Huawei will continue to collaborate with customers and industry associations to implement the key technical indicators from this report across various sectors. This step can drive the sustainable development of secure and intelligent campus networks.
For more information on this report: https://e.huawei.com/en/documents/products/enterprise-network/c1d4f9aa8b514ac188db924a0cb237dd.
SOURCE Huawei