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Huawei's Innovative NG WAN Architecture at MWC Barcelona 2026

At the recent Mobile World Congress (MWC) in Barcelona, Huawei's Leon Wang, President of the company's Data Communication Product Line, introduced the latest advancements in network technology with the unveiling of the NG WAN architecture. This initiative is set to redefine how carriers enhance their network capabilities in the age of the Internet of Agents.

Wang emphasized the need for upgraded IP bearer networks focusing on several key components: security resilience, multi-dimensional awareness, and network autonomy. These features are designed to provide carriers with a robust self-defending network framework, which not only ensures an enhanced user experience but also accelerates revenue growth and improves network efficiency.

Next-Gen Traffic Identification and User Profiling

One of the standout innovations showcased was Huawei's Xingluo Identification Engine, recognized as the first encrypted traffic identification engine in the industry. This cutting-edge engine achieves an impressive accuracy rate of over 95% when identifying encrypted traffic. Furthermore, it constructs a comprehensive multi-dimensional database of user service characteristics, creating detailed user profiles with a notable 90% accuracy. This capability allows carriers to more efficiently attract and retain new customers, significantly enhancing competitive advantage.

Unbreakable Data Transmission

Huawei's advancements do not stop at identification; their lossless intelligent computing boards ensure zero packet loss in the transmission of computing power data, maximizing operational efficiency. By leveraging the Xingluo lossless algorithm, Huawei converts training-inference data into secure, high-dimensional vectors, thereby protecting enterprise data and facilitating distributed collaborative training-inference and storage-computing separation services.

Cutting-Edge Security Features

Addressing the pressing issue of cybersecurity, Huawei has introduced intelligent intrinsic security boards capable of instantaneously detecting unusual activities across files, memory, processes, and traffic. These boards are crucial for identifying and blocking potential intrusions, effectively mitigating threats before they can escalate. Additionally, Huawei has integrated an intelligent resilient main control board designed to combat route hijacking. This board utilizes a sophisticated 40-dimension knowledge graph to dynamically identify the attributes of routing addresses and paths, ensuring zero tolerance for such security breaches in critical situations.

Quantum Security Solutions

In the quest for enhanced security, Huawei has also explored quantum technology. They have introduced a quantum security solution that empowers carriers to create quantum-secure bearer networks, safeguarding user data from leaks. Through the Xsec multi-point dynamic deployment solution, carriers can swiftly establish connections with PQC encryption, improving deployment efficiency for quantum private lines by an impressive 60%. For those opting for Quantum Key Distribution (QKD), Huawei has revolutionized the market with the launch of its intrinsic QKD board, the LPUI-Q, which seamlessly integrates into NetEngine 8000 series routers, thus significantly reducing overall investment costs associated with quantum encryption.

Proactive Network Management

To underline the importance of proactive network management, Huawei presented their intelligent OM solution, designed for round-the-clock network protection. Acting as the brain of the network, Netmaster mimics expert analysis and strategy formulation to improve overall operational management, effectively transitioning from reactive to proactive measures, ensuring enhanced network stability and performance.

In conclusion, Huawei's NG WAN architecture represents a monumental leap forward in carrier network capabilities, emphasizing the importance of security, efficiency, and user experience. As carriers adapt to these advancements, the telecommunications landscape is poised for significant transformation, leading to smarter, more autonomous networks capable of meeting the demands of the future.