Agentic Networks: The Future of Networking Has Arrived

Imagine a world where AI agents, not humans, are the primary users of network infrastructure. Welcome to the world of agentic networks, where Huawei's Agentic Core and A2A-T protocol are leading the charge.

TL;DR
• Huawei's Agentic Core is a three-engine network architecture designed to support AI agents.
• A2A-T is a standardized communication framework for multi-agent collaboration within telecom environments.
• Agentic networks are expected to revolutionize the way networks operate, with potential benefits including increased efficiency and reduced latency.

Summary
The emergence of agentic networks is accelerating, driven by the increasing presence of AI agents in network connections. Huawei's recent announcements at Mobile World Congress 2026 signal the beginning of infrastructure development for agentic networks.

Key points include:
• Huawei's Agentic Core solution, a three-engine network architecture designed to handle AI agent demands on infrastructure.
• The launch of an open-source project for A2A-T, a protocol for multi-agent collaboration in telecom environments.
• The goal of creating intent-driven networks where AI agents dynamically allocate resources and handle policy generation.

The current network architecture, built for human-generated traffic, is ill-suited for AI agents. Huawei's vision involves a shift to intent-driven networks that can adapt to changing demands.

Google's Agent2Agent (A2A) protocol and Huawei's A2A-T serve different purposes but share the goal of enabling agent interoperability. A2A-T focuses on telecom environments, ensuring reliability, security, and low latency.

The development of agentic networks presents both opportunities and challenges for operators, particularly in the Asia Pacific region. Successfully engaging with protocol and infrastructure questions now will be crucial for operators to benefit from the transition.

The implementation of agentic networks requires significant infrastructure investment and organizational shifts. However, the alternative of maintaining static network architectures while dealing with increasingly unpredictable AI-generated traffic patterns poses its own risks.

As agentic networks continue to evolve, it's essential to consider the potential implications for the Asia Pacific region and the future of networking.