Shanghai became the epicenter of advanced artificial intelligence enterprise infrastructure as Huawei Technologies unveiled a sweeping array of next-generation security frameworks, computational architectures, enterprise deployment methodologies, and small and medium-sized business solutions during Huawei Connect 2026.
At the forefront of network security advancements, Huawei released its technical white paper for artificial intelligence firewalls, introducing an architecture designed to transition defensive logic from traditional rule-driven matching to intent-aware governance. Jointly presented by Data Communication Product Line Security Product Domain President Wu Jiaxing and Network Security and Privacy Protection Department Minister Wang Zhengan, the white paper outlines how the system achieves autonomous policy generation, closed-loop intelligent operations, and a high-reliability design featuring hardware decoupling, software isolation, and engine-level roots of trust.
To address the staggering exponential growth in processing demands for large-scale artificial intelligence workloads, Huawei also launched its new Peerium computing architecture designed to link millions of processors into a single unified computer system.
Unveiled by Huawei Rotating Chairman Eric Xu, the Peerium architecture utilizes nested parallel processing, unified memory addressing, and flat interconnect technology to achieve massive scalability across complex workloads. The core enabler of this architecture is Lingqu, an open-protocol high-speed bus capable of infinitely connecting central processing units, neural processing units, memory, solid-state drives, network interface cards, and switches to achieve equal interconnection across computation, storage, and networking. The Atlas 950 supernode serves as the first commercial generation of the Peerium architecture, with massive multi-card supernode clusters already undergoing deployment to fulfill rigorous customer training and inference requirements.
And to bridge the gap between heavy computational foundations and practical enterprise integration, Huawei introduced a comprehensive set of new deployment methodologies and engineering frameworks structured around new methods, new organizations, and new tools. Speaking at the event, Huawei Supervisory Board Vice Chairman Tao Jingwen emphasized that enterprise workflows must be redesigned around human and artificial intelligence collaboration rather than superficial automation.
To guide organizations through this transition, Huawei published its seven-step artificial intelligence landing method alongside the DIMAK engineering system, which spans data, infrastructure, models, agents, and knowledge engineering. The seven-step method provides a reproducible roadmap starting from understanding core commercial logic and selecting high-value production scenarios using specialized evaluation methodologies, moving through minimum viable product development and production deployment, and expanding along enterprise value chains. Furthermore, Huawei open-sourced its openJiuwen agent platform, which supports multi-agent collaboration, full-link self-evolution, and enterprise-grade governance to prevent resource conflicts and permission overlap among distributed digital agents.
These technical systems are backed by streamlined vertical combat organizations comprising specialized industry legions and vanguard strike teams designed to bring deep engineering expertise directly to client frontlines.
Expanding its commercial reach into the broader distribution market, Huawei also upgraded its standardized scenario-based solutions under the Kunling brand during a dedicated product launch event presented by Huawei Executive Director and ICT BG CEO Yang Chaobin. Designed around simplicity, out-of-the-box readiness, intelligent operation and maintenance, and inclusive quality, the upgraded scenario-based portfolio introduces twenty new products aimed at resolving common commercial deployment challenges such as single-function limitations and complex cross-product integration. Key hardware and software introductions include network-security convergence machines, digital diagnosis information technology platforms integrating hyper-convergence, storage, and networking systems, and intelligent agent assembly tools that enable non-specialized personnel to manage order matching, network configuration, and troubleshooting.
Additional product releases feature interactive collaboration flat panels and enterprise-grade wireless routers.
To accelerate service delivery across China, Huawei Kunling announced the Jingwei Plan, which unites over fifteen thousand engineering partner companies across three hundred cities and identifies more than ten thousand specific operational grids to ensure rapid local response, alongside model reference points to guide enterprise intelligent transformation.