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Huawei Introduces Next-Generation WAN Architecture at MWC 2026

At the 2026 Mobile World Congress in Barcelona, Huawei's Leon Wang, President of the Data Communication Product Line, unveiled the company's latest innovation: the Next-Generation WAN (NG WAN) architecture. This development marks a significant move towards enhancing telecommunications operators' capabilities in an era defined by the 'Internet of Agents.'

Building a Self-Protective Network

Wang emphasized that the NG WAN architecture focuses on several key areas: network security, resilience, multidimensional awareness, and network autonomy. These advancements are crucial for operators striving to create self-protective networks that ensure a high-quality user experience. By adopting this architecture, operators can accelerate revenue growth, improve network efficiency, and foster intelligent connectivity.

Introducing the Xingluo Identification Engine

One of the standout features revealed during the presentation was the Xingluo Identification Engine, a pioneering tool designed to identify encrypted traffic with over 95% accuracy. This engine creates a multidimensional database capturing user service characteristics, allowing operators to quickly develop customer profiles with a remarkable precision of 90%. Consequently, this innovation is set to streamline the process for operators to attract new clients.

Lossless Computing Innovations

In parallel with the Xingluo engine, Huawei showcased its cutting-edge lossless computing smart cards. These cards facilitate the packet loss-free transmission of data by ensuring constant computational efficiency. Leveraging the lossless algorithm, the cards transform training-inference data into tamper-proof high-dimensional vectors. This security measure empowers operators to offer collaborative services that separate data storage from computation.

Enhanced Security and Resilience Features

To combat potential security threats, Huawei introduced intelligent smart security cards capable of detecting abnormal activities related to files, memory, processes, and traffic immediately. These cards are designed to identify and block intrusions quickly, preventing attacks from gaining a foothold.

Moreover, to address the issue of route hijacking, Huawei engineered a smart main control card rooted in a 40-dimensional knowledge graph. This advanced card dynamically discovers routing attributes and possible misinformation manipulation, avoiding critical routing disruptions.

Quantum Security Solutions

A further significant development is Huawei's quantum security solution, which equips operators to create secure transport networks under quantum conditions, ensuring zero data leaks. Operators can implement this solution through Huawei's Xsec with multi-point dynamic distribution, resulting in a 60% boost in efficiency for setting up quantum private connections. For those opting for Quantum Key Distribution (QKD), Huawei introduced the LPUI-Q, the industry's first intrinsic QKD card, compatible with the NetEngine 8000 series routers, reducing total operator investments by over 60%.

Autonomous Network Management

Closing the presentation, Wang highlighted the OM smart solution facilitating continuous network protection. Guided by Netmaster, which acts as the network's 'intelligent brain,' this system redefines operational management, shifting from a reactive to a proactive approach by simulating expert analysis, strategy formulation, and action execution.

Conclusion

Huawei's NG WAN architecture represents a groundbreaking advancement in the telecommunications sector, providing operators with the tools necessary to navigate an increasingly complex network landscape. This innovation not only enhances operational efficiency and security but also positions Huawei as a leader in the ongoing evolution towards intelligent networking.