SHANGHAI, Sept. 21, 2026 /PRNewswire/ — On September 17 at HUAWEI CONNECT 2026, Huawei released the Huawei AIFW Technical White Paper during the session themed "Solidifying Network Security Foundations to Safeguard Industrial Intelligence Implementation." The White Paper systematically presents the architectural concept and key technologies of next-generation AI firewalls (AIFW) tailored for the AI era. Richard Wu, President of the Security Product Domain of Huawei’s Data Communication Product Line, and Jeff Wang, President of Huawei Cyber Security & Privacy Dept, jointly attended the launch ceremony.
Huawei released the Huawei AIFW Technical White Paper.
From Rule-Driven to Intent-Aware: Reshaping Security Defense Logic
As LLMs, AI agents, and compute clusters scale across industries, the cyber threat landscape is fundamentally shifting. Confronted with emerging risks like prompt injection, sensitive data leakage, and compute misuse, traditional rule-matching systems fall short due to delayed rule updates and limited semantic understanding.
According to the White Paper, AIFW integrates AI-native hardware, LLMs, and intelligence and security knowledge bases to shift defense focus from traffic protection to behavior governance. Leveraging full-spectrum awareness, semantic understanding, risk reasoning, and intent recognition, AIFW accurately pinpoints AI-specific risks such as DGA domains, prompt injection, and unauthorized content exfiltration. This marks a transition from rule-driven to intelligence-driven and from static policies to policy autonomy to protect AI computing centers, enterprise AI agents, and LLM operations.
AI-Native Hardware Foundation: Building Native Security Resilience with High Reliability
The White Paper details the AIFW’s native hardware architecture. Leveraging hardware-software synergy, performance across post-quantum cryptography, rule matching, and AI inference achieves order-of-magnitude improvements. Featuring 99.999% carrier-grade reliability, the product utilizes hardware decoupling, software isolation, and an engine-level root of trust to deliver robust survivability and rapid recovery. By preventing vulnerability exploitation and establishing native security immunity, it ensures uninterrupted core operations during extreme network attacks or failures.
Policy Autonomy and Intelligent Operations: Advancing Toward Human-Like Closed-Loop Defense
Addressing traditional security operation pain points—such as outdated rules, insufficient synergy, and complex management—AIFW achieves policy autonomy through unified security semantics and intelligent reasoning. The AIFW automatically identifies and remediates policy gaps and dynamically optimizes policies alongside service shifts. This establishes a human-like closed loop across awareness, decision-making, and response, significantly easing the operational burden on enterprises.
Moving forward, Huawei will continue collaborating with customers and partners to build an intelligent, efficient, autonomous, and trustworthy next-generation network security ecosystem.
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