The dawn of the new, AI-native network is at hand, marking a shift from previous generations.

During MWC 2026 in Barcelona, Qualcomm announced a partnership with leading industry players to accelerate the development and global launch of 6G networks, aiming for a commercial rollout in 2029.

The company sees 6G as more than just a faster 5G. Instead, it describes 6G as a major step toward an AI-native ecosystem that brings together high-performance computing, advanced sensing, and strong power efficiency throughout the network.

In cellular technology, innovations typically occur every decade, driven by accumulated innovation and shifting consumer behavior. For 6G, Qualcomm executives emphasize that the revolutionary element is AI.

“6G is more than the next step in wireless evolution. It is the foundation for an AI-native future that distributes intelligence across devices, the edge, and the cloud, and transforms network providers into AI-driven enterprises,” said Cristiano Amon, president and CEO of Qualcomm.

This new approach is meant to change how people use technology every day. Right now, most mobile interactions happen through apps in short bursts. Qualcomm imagines a more seamless, context-aware system powered by agentic AI, where people use voice, smart glasses, and wearables instead of tapping on screens.

In a briefing with EE Times, John Smee, Qualcomm’s global head of wireless engineering, argued that 6G’s architecture is changing in important ways. The network is being built to support AI tools and virtual experiences by delivering content closer to users and understanding what each person needs.

This change will enable ongoing, real-time AI processing, allowing wearables to track a user’s surroundings and support daily activities. For example, Qualcomm showed that smart glasses could take photos throughout the day. Users could then ask their AI assistant where they left something, such as their keys, and receive an immediate answer.

Network as a sensory system

Along with better communication and computing, Qualcomm’s 6G design introduces a new idea: letting the network sense what is happening around it at scale. With technology that combines sensing and communication, the 6G network can simultaneously send information and detect its surroundings.

By adding radar-like signals to 6G, the network and devices, such as base stations and user devices, can work together to continuously build a detailed map of the world around them.

Smee highlighted this as a profound differentiator from previous cellular generations. “When we look at the communication system design, we’re able to leverage the fact that the network really has a lot of high-bandwidth connectivity to these different endpoints. And if those endpoints have the ability to sense, we can truly create a physical map of a large area,” he said.

This constant mapping will help the network understand its surroundings in real time. Qualcomm expects this feature to be important for factory use, such as tracking drones and vehicles closely and creating digital copies of real-life systems.

Confronting the energy efficiency challenge

Adding advanced AI, continuous sensing, and increased data traffic creates a significant challenge for the industry: rising power consumption. Telecom companies have often found that improvements in efficiency are quickly overtaken by rising data demand and broader adoption.

Energy efficiency remains a primary concern for telecom operators facing steep electricity costs, particularly as some industry proposals involve placing power-hungry graphics processing units directly into base stations.

Qualcomm believes its experience with low-power processing will help address these energy challenges across devices and networks. Instead of relying solely on large data centers for complex AI tasks, Qualcomm supports a mixed, decentralized approach.

“We do feel that our approach is, in some sense, better than just saying, hey, let’s do everything in the data center and let’s build nuclear power plants for the data centers,” Smee noted. “We think it’s very important that there’s a holistic approach to energy consumption and to be part of the value creation.”

To make this work, 6G uses layers of smarter computers. AI jobs are shared between wearables, the network, nearby data centers, and the cloud. Qualcomm says that if a device can handle a job itself, it doesn’t need to send information far away.

This distributed setup is especially important for new consumer devices. Small gadgets like smart glasses don’t have big batteries for heavy processing. With 6G, these wearables can send demanding tasks to the network edge, use better AI models, and make their batteries last much longer.

Also, 6G naturally supports multiple devices working together, with a smartphone acting as the main controller. Wearables work with the phone, using its larger battery and more powerful processor when needed.

Commercialization and monetization

Although 6G offers many new possibilities, the telecom industry still needs to work through complicated standardization steps and find new ways to make money from these networks. The 3GPP group has started the official process, beginning with the Release 20 study and then moving to Release 21 to set the global standards.

https://www.eetimes.com/at-mwc-qualcomm-outlines-ai-native-6g-vision/