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MWC Shanghai 2026: Connectivity for AI Enablement

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July 9, 2026
  • MWC Shanghai 2026 was dominated by AI, with vendors and operators positioning it as a new layer of telecom infrastructure rather than only a tool for network efficiency.
  • Telcos are trying to define their role in the AI economy, linking networks, edge devices, APIs and enterprise services to avoid becoming only the transport pipeline for AI services.
  • AI monetisation became more concrete, with telcos shifting from revenue for data to monetising tokens as a new revenue model.
  • Broadband and Wi-Fi are critical to the AI experience, as more AI-enabled devices and services will depend on reliable in-home connectivity, uplink performance and low-latency Wi-Fi.


MWC Shanghai 2026, which drew more than 37,000 attendees, put three key themes into focus. AI dominated the show floor and was positioned as a core part of the telecom stack, continuing a trend seen at MWC Barcelona 2026. The big difference from MWC Barcelona earlier in the year was the increased conversation around token monetisation, and how it is giving telcos a commercial model for AI. Finally, AI features continued to expand into devices and homes, with telcos taking ownership of the customer experience. The key story across the show was around the role of connectivity in enabling the AI future.

AI becomes the center of the telecom stack

The main theme at MWC Shanghai was the shift from AI as a feature to AI as a core component of the telecom stack. In the past, most AI use cases have focused on efficiency, including network automation, energy efficiency, customer service and fault detection. While these topics remain relevant, the overall conversation is moving beyond efficiency. AI is now seen as a growth platform for operators, vendors and enterprises.

In China specifically, AI has been presented as an ecosystem direction, rather than a collection of isolated product launches. Operators, vendors, enterprises and national technology priorities appeared closely aligned. Other markets will follow a similar technology roadmap, but China will likely benefit from closer coordination around AI industrialisation. This is critical for telcos, as AI will not be delivered by networks alone and instead require close alignment across devices, compute, applications and data.

Agentic AI remained a major theme, with most credible use cases remaining linked to existing systems, rather than revolutionary new use cases. A range of telcos and vendors demonstrated agentic solutions designed for network operations, customer care, fraud detection and enterprise workflow automation. These are all realistic early use cases, rather than fully autonomous agents running complex businesses. The main challenge is still trust, where agents must be able to explain decision-making, work within governance rules and avoid creating new operational risks.

While robots, humanoids and drones created the most buzz around the show, the telco opportunity sits at the enablement layer, rather than the device. These physical AI use cases require reliable connectivity, strong uplink and ultra-low latency to function optimally. Telcos can show their value by delivering these conditions over both wireless and wireline networks and across homes, outdoors and industries.

 


Token monetisation presents AI as a commercial model

While AI was as present as ever, a new theme of token monetisation emerged as a key trend of MWC Shanghai. This trend was very minimal at MWC Barcelona earlier in the year and signals the transition of the industry beyond general AI-driven productivity gains toward specific revenue models. Telcos and vendors are now moving beyond monetising bytes to also monetising tokens, a critical currency in the AI era.

Historically, telcos have struggled to monetize new waves of traffic, with video, cloud and mobile apps driving large network demand, but value being captured by internet platforms rather than operators. AI could follow the same pattern if telcos only carry the traffic, rather than owning any of the monetisation opportunities.

Token monetisation is an attempt to create a new commercial unit for AI usage. Instead of charging only for data volume, operators can support AI assistants, enterprise agents and inference services, or guarantee AI service quality. This gives telcos a way to connect network investment with AI consumption, rather than relying only on traditional data plans.

Token monetisation is still early and will not be simple. While tokens are useful for measuring AI workloads, they are quite abstract for most consumers. Mobile and broadband customers understand speed, data allowances and coverage but not token volumes. Consumer-focused AI services will need to be packaged in simpler bundles for specific customer needs. These include AI plans aimed at families, smart homes or productivity tools.

Enterprises and industrial opportunities are much clearer, with customers much more familiar with token-based pricing. For these customers, token-based pricing can be linked directly to output. This is where operators may initially have the clearest path to new revenue. The commercial challenge is still whether operators can provide enough value to justify AI investment. Operators will need to show that AI can increase ARPU, reduce churn, lower operating costs or create new enterprise revenue streams.

Broadband and Wi-Fi become part of AI experience layer

The third theme was the growing importance of broadband and the home network in the AI era. While MWC Shanghai is still a mobile-led event, many of the AI use cases discussed, such as AI assistants, smart home devices, home security and connected devices, will be experienced within the home. Arguably, more complex AI features will be experienced within the home, making the quality of the home network just as important as mobile connectivity. For consumers, the AI experience will be judged by whether the service works reliably, regardless of fiber, FWA or Wi-Fi bottlenecks.

At MWC Shanghai, vendors including Huawei and ZTE positioned their broadband CPE as critical AI enablers within the home. This gives their operator customers control of the home AI experience, with greater visibility to identify faults, manage traffic and improve customer satisfaction. AI features are already being used to manage Wi-Fi, optimise channels, manage mesh access points and resolve issues proactively.

Huawei and ZTE are now enabling their operator customers to deliver far greater value through their broadband CPE. Both are enabling new features such as AI-driven 2D-to-3D video, intelligent motion detection and language user interfaces. Smart hubs, cameras and even pet feeders are being deployed through service providers to grant deeper integration into smart home ecosystems. This increases stickiness, reducing churn and presenting an opportunity to increase ARPU by delivering more value to customers.

As AI becomes more embedded in general smart home products, many will rely on cloud-based models rather than on-device solutions. Even where devices support edge AI, most on display at MWC Shanghai adopted a hybrid approach where heavier AI workloads rely on the cloud. Wi-Fi 7 and future Wi-Fi 8 adoption becomes more valuable in this AI future as the key promise of next-generation Wi-Fi is lower latency, better reliability and improved performance in congested home networks. However, operators still need to balance performance with CPE cost, particularly in a challenging component environment.

Conclusion

MWC Shanghai 2026 showed a telecom industry trying to define its role in the AI economy. While AI dominated the agenda, the key takeaway was how it is being integrated across networks, devices, broadband and emerging monetisation models. Telcos have a clear opportunity to move beyond connectivity, but success will depend on turning AI into practical services that improve customer experience, reduce costs and create new revenue.

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IoT, AI

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Author

Taimur Zafar

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Taimur specializes in Home and Residential Networks, Wi-Fi CPE, Broadband Infrastructure, IoT and Wi-Fi Module research. He focuses on uncovering trends and insights in these areas, using his industry experience and knowledge to provide value to clients. Prior to joining Counterpoint, Taimur led the Home Networks research at Omdia, where he developed his subject matter expertise. He holds a Master of Science in Bioinformatics from Queen Mary, University of London and is based out of London, UK.