1. Deep Integration with SASE for Integrated Networking and Security
SD-WAN will no longer function as a standalone networking tool, but serve as the core foundation of SASE (Secure Access Service Edge). It delivers unified management of networking, firewalls, Zero Trust ZTNA, internet behavior control, data leakage prevention and cloud application security. The fragmented deployment mode of "SD-WAN hardware plus attached security devices" will be eliminated, with native security capabilities embedded in network forwarding nodes. Identity-based fine-grained access control covers full scenarios including remote offices, branch sites and multi-cloud access.
2. AI-Native Autonomous Networking for Unattended Intelligent O&M
AI and machine learning will evolve from auxiliary add-ons to standard underlying capabilities to build autonomous SD-WAN. AI-powered intelligent traffic scheduling predicts link latency, packet loss and congestion in real time, and automatically prioritizes high-traffic services such as video conferencing and financial transactions. It features predictive fault self-healing: potential link outages and hardware failures are identified in advance with automatic link switching enabled. Intent-based simplified O&M allows administrators to submit business requirements only, while AI automatically generates routing, bandwidth and security policies.
3. Cloud-Native & Computing Power Network Collaboration for the Multi/Hybrid Cloud Era
SD-WAN gateways are pre-connected to mainstream public clouds to establish private network tunnels within minutes and accelerate access to SaaS software and remote office systems. Lightweight computing power deployed on SD-WAN nodes connects 5G edge nodes to support low-latency local services including industrial IoT, video surveillance and AI inference. The SaaS subscription delivery model will be widely adopted: enterprises can subscribe to cloud-based SD-WAN services by traffic or site without purchasing physical hardware.
4. 5G & Multi-Link Convergence for Flexible Full-Range WAN Coverage
Unified scheduling covers 4G/5G, fiber broadband, MPLS private lines and satellite links. 5G acts as low-cost primary or backup links to drastically cut private line procurement costs. It enables rapid networking for sites without fixed fiber such as construction sites, retail stores and temporary projects. Links are scheduled hierarchically by business priority: core services run on stable private lines while general traffic uses broadband or 5G to maximize overall network resource utilization.
5. Full-Scenario Lightweight & Integrated Deployment to Expand Industry Coverage
Both hardware and software will become fully lightweight, allowing small branches, mobile terminals and industrial equipment to access SD-WAN via software clients alone. The platform integrates Wi-Fi management, intranet control and industrial OT network isolation to realize unified management of the entire network. Customized industry-specific versions are developed for finance, manufacturing, healthcare and cross-border e-commerce to meet compliance standards such as Classified Protection of Cybersecurity and industrial network security specifications.