Huawei Agentic Core: AI-Powered Network Solution for MWC2026

Barcelona, Spain, March 1, 2026 – Huawei is launching Agentic Core at Mobile World Congress 2026 Barcelona, a solution designed to address the escalating demands placed on networks by the rapid growth of artificial intelligence and the emergence of “agent networks.” The offering aims to help telecom operators navigate challenges related to increased traffic, diverse network needs, and new revenue streams in the AI era, ultimately accelerating the commercial deployment of intelligent networks.

The Rise of Agent Networks and Network Strain

The core premise behind Agentic Core is the anticipated explosion of connected devices and entities driven by AI agents. As AI capabilities become standard in smartphones and extend to physical AI – encompassing robots and autonomous vehicles – the number of connected devices is projected to increase dramatically. This shift necessitates a robust network infrastructure capable of handling a tenfold increase in connections, according to Huawei. The solution focuses on three key “intelligence” engines: NE (Network Element) intelligence, network intelligence, and service intelligence.

The increasing complexity of these networks isn’t simply about volume. Service AI agents will demand highly varied network performance characteristics. Huawei cites the example of an AI robot potentially requiring 100 Mbit/s bandwidth and 20ms latency – a far cry from the requirements of many traditional applications. Meeting these diverse needs requires a move away from pre-defined, rule-based networks towards “intent-driven” networks, where AI can dynamically allocate resources based on specific organizational requirements. This is a significant departure from traditional network management practices.

NE Intelligence: Building a Foundation for Physical AI

Huawei’s NE intelligence component focuses on establishing a reliable foundation for the proliferation of physical AI. This involves addressing key capabilities such as digital identity management, agent registration and discovery, and secure A2A (Agent-to-Agent) session management. The goal is to create a low-latency, highly reliable network capable of supporting the large-scale deployment of embodied AI, like robots, and autonomous systems. This is particularly crucial as these applications require real-time responsiveness and secure communication.

Network Intelligence: Dynamic Resource Allocation

The network intelligence engine represents a shift towards more adaptive network management. Instead of relying on static configurations, Huawei proposes a system where network AI agents understand the specific needs of different organizations and dynamically allocate resources accordingly. This involves a closed-loop process encompassing policy generation, configuration, and delivery, ensuring that network resources are optimized for each application. This approach is designed to overcome the limitations of conventional horizontal scaling, which can suffer from low utilization and frequent interruptions when dealing with massive AI models. Huawei’s UnifiedBus interconnect is central to this architecture, providing ultra-high bandwidth and low latency.

At MWC Barcelona 2026, Huawei is showcasing its SuperPoD offerings, including the Atlas 950 SuperPoD and Atlas 850E, built on the UnifiedBus architecture. The Atlas 950 SuperPoD, for example, can connect up to 8,192 NPUs, operating as a single, logical computer for AI tasks. According to a press release, this architecture is designed to address the growing demands of AI and drive progress in the field.

Service Intelligence: Beyond Connectivity

Huawei argues that operators have a unique opportunity to offer more than just connectivity, leveraging AI to deliver inclusive intelligent services. The company’s service intelligence component focuses on enhancing existing services and creating new ones. The AISF (Service Intelligence) platform is envisioned to evolve beyond a simple interactive entry point into a full-featured personal assistant, integrating communication, content, and services. Huawei is exploring immersive communication experiences and the commercialization of integrated computing and network resources to support AI inference and content generation.

Implications for Telecom Operators

The launch of Agentic Core positions Huawei as a key technology provider for telecom operators seeking to capitalize on the growth of AI. The solution offers a pathway to address the challenges of managing increasingly complex networks and unlocking new revenue streams. However, the success of Agentic Core will depend on several factors, including the willingness of operators to adopt new network management paradigms and the ability of Huawei to demonstrate the tangible benefits of its technology. The competitive landscape in this space is evolving rapidly, with companies like Meta also showcasing innovations at MWC Barcelona 2026. MWC Barcelona serves as a crucial platform for these companies to demonstrate their latest advancements and forge partnerships.

Competitive Context and Huawei’s Position

Huawei’s push into intelligent networking solutions comes at a time when the telecom industry is undergoing a significant transformation. The demand for bandwidth and low latency is increasing exponentially, driven by applications such as virtual reality, augmented reality, and the Internet of Things. Operators are under pressure to invest in new infrastructure and develop innovative services to remain competitive. Huawei, despite facing geopolitical challenges in some markets, continues to be a major player in the telecom equipment market, investing heavily in research and development. The company’s SuperPoD portfolio, including the Atlas 950 and TaiShan 950, represents a significant investment in computing infrastructure designed to support these evolving needs.

Looking Ahead: Collaborative Intelligence

Huawei’s stated intention is to deepen collaboration with operators to provide “7×24-hour inclusive intelligent connectivity.” This suggests a long-term commitment to developing and refining its intelligent networking solutions. The company aims to deliver a more efficient, convenient, and intelligent digital life for users and create new value in the “intelligent Internet era.” The next steps will involve real-world deployments and further refinement of the Agentic Core solution based on operator feedback and evolving market demands. The company will likely focus on demonstrating the cost savings and revenue-generating potential of its technology to encourage wider adoption. Further details regarding specific deployment timelines and partnerships are expected to be announced in the coming months.