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The article outlines the three major visions for future networks—Universal Connectivity, Compute‑Network Convergence, and Precise Networking—detailing their technical requirements, security and mobility challenges, and the design principles and architectural models needed to achieve them by 2030.
The article outlines the three major visions for future networks—global interconnection, compute‑network convergence, and precision networking—detailing their technical requirements, intrinsic security, mobility management, and design principles, and proposes a layered architecture that extends network capabilities to both ends of applications.
The article examines the concept of "new infrastructure" in China, outlines the evolution of the Internet toward a third generation, discusses candidate future network architectures such as SDN, CCN, and XIA, and reviews emerging data‑center networking technologies like large‑scale L2, VXLAN, virtual switching, and large‑scale switching, highlighting their role in supporting AI, big data, and cloud computing workloads.
This article examines the evolving requirements of future networks, proposing a precise‑connection architecture, flexible plug‑in forwarding, compute‑network integration, and inherent security mechanisms to support diverse quality‑of‑service demands across layers, while outlining control‑plane and data‑plane designs for scalable deployment.