The Mobile World Congress Shanghai 2026 opened its doors on June 24 at the Shanghai New International Expo Centre, drawing more than 50,000 attendees and over 400 exhibitors for a three-day event running through June 26. Organized by the GSMA under the theme “Creating an Intelligent Future,” the conference has artificial intelligence and sixth-generation wireless technology dominating the agenda. For China’s two telecommunications giants, Huawei and ZTE, the event represents a critical opportunity to advance their preferred technical specifications for 6G into the global standards process, a competition that carries enormous long-term economic and geopolitical stakes.
The 6G standards race is fundamentally different from the 5G competition that preceded it. In 5G, the core architectural decisions were largely made before the geopolitical environment hardened into its current adversarial configuration. By the time the US and its allies began systematically excluding Huawei from their 5G networks, the standards were already set, and the company had already embedded its intellectual property into the global 5G specification.
For 6G, the standards process is still in its early phases, and the outcome is genuinely contested. China, the United States, the European Union, Japan, and South Korea are all actively lobbying for their preferred technical approaches, and the country or bloc that succeeds in getting its architecture adopted as the global baseline will collect royalties and licensing fees for decades.
AI-Native Architecture as China’s 6G Differentiator
Huawei and ZTE are advancing a concept they call “AI-native” 6G, a network architecture in which artificial intelligence is not an add-on feature but a foundational design principle. In a conventional network, AI might be used to optimize traffic routing or predict equipment failures. In an AI-native network, the AI layer is embedded in the core protocol stack, enabling the network to dynamically reconfigure itself in real time based on application demands, user behavior, and environmental conditions. Proponents argue this approach will enable dramatically lower latency and higher efficiency than networks designed on traditional principles with AI bolted on afterward.
This framing gives China’s proposals a coherent narrative advantage in the standards process. By positioning AI-native architecture as the technically superior approach for the AI era, Huawei and ZTE can argue that their proposals are not merely commercially self-interested but represent the objectively correct direction for global telecommunications. Whether that argument prevails will depend on the technical merits, the political dynamics within the International Telecommunication Union (ITU) and the 3rd Generation Partnership Project (3GPP), and the ability of Western governments to coordinate their own counter-proposals.
(Related: Huawei’s 2025 Annual Report Reveals AI as Core Driver Amid Slower Growth)
Connected Vehicles, Smart Healthcare, and the Commercial 6G Ecosystem
Beyond the standards competition, MWC Shanghai 2026 is showcasing a range of commercial applications that China’s technology industry is building in anticipation of 6G deployment. Connected and autonomous vehicles are a major focus, with several Chinese automakers and tier-one suppliers demonstrating vehicle-to-everything (V2X) communication systems that require the ultra-low latency and high reliability that 6G promises. Smart healthcare is another prominent theme, with demonstrations of remote surgical assistance systems and real-time medical imaging transmission that are currently constrained by 5G’s bandwidth limitations.
The commercial ecosystem being built around these applications is itself a form of influence on standards. If Chinese companies develop the dominant applications for 6G-enabled connected vehicles and smart healthcare, those applications will shape the technical requirements that feed back into the standards process. This is the same dynamic that allowed China to become the world’s largest 5G market, the sheer scale of domestic deployment created a feedback loop that reinforced Chinese vendors’ technical leadership.
The question for 6G is whether the geopolitical environment will allow that dynamic to play out again, or whether the fragmentation of the global telecommunications market into competing blocs will produce two incompatible 6G standards, one for China and its partners, and one for the US-aligned world.
(Related: China Breaks Free from CUDA: Domestic AI Software Stack Gains Ground at Alibaba Cloud Summit)
The Standards Competition and What It Means for the Future of Global Connectivity
The outcome of the 6G standards competition will have consequences that extend far beyond telecommunications. The country or bloc that defines the dominant 6G architecture will also shape the security properties of the global communications infrastructure for the next two decades. A 6G standard designed around Chinese architectural principles will embed assumptions about network management, data routing, and lawful intercept that reflect Chinese regulatory norms.
A standard designed around US and European principles will embed different assumptions. This is why the 6G standards process is being watched so closely by intelligence agencies and national security establishments on both sides, it is not merely a technical competition but a contest over the architecture of the global information environment. MWC Shanghai 2026 is one of the most important venues in which that contest is playing out.