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Artificial intelligence is rapidly reshaping the technology industry, and Qualcomm believes the next major transformation will go far beyond smartphones. According to CEO Cristiano Amon, the company is currently working on more than 40 new AI-powered device designs that could fundamentally change how people interact with technology in the coming years.

Speaking about the future of consumer electronics, Amon outlined a vision where AI agents become the primary interface between humans and digital services. Instead of opening apps, searching through menus, and manually completing tasks, users may simply instruct an AI assistant to handle complex actions on their behalf.

The shift could redefine everything from smartphones and wearables to the competitive landscape of the global technology industry.

Qualcomm Expands Beyond Traditional Devices

As AI capabilities become more advanced, Qualcomm is investing heavily in a new generation of connected devices designed specifically for AI-driven experiences.

The company is exploring a broad range of wearable products, including:

• Smart jewelry
• Camera-enabled earbuds
• AI-powered wearable pins
• Advanced smartwatches
• Smart glasses
• Other emerging wearable form factors

According to Amon, the common thread among these devices is their ability to remain constantly connected to the user while gathering contextual information from the surrounding environment.

The goal is to create devices that understand what users are seeing, hearing, and doing in real time, allowing AI assistants to provide more personalized and proactive support.

Industry analysts estimate that the global wearable technology market could surpass $180 billion within the next decade as AI capabilities become integrated into everyday consumer products.

Why AI Agents Could Become the New Digital Platform

For more than two decades, mobile apps have been the foundation of the digital economy. Consumers rely on apps for communication, banking, shopping, entertainment, navigation, and productivity.

Qualcomm believes that model is about to evolve.

Rather than opening individual applications and performing tasks manually, users may increasingly interact with AI agents capable of navigating software ecosystems independently.

Imagine asking an AI assistant to:

• Retrieve specific banking transactions
• Book flights and hotels
• Manage calendars and schedules
• Purchase products online
• Compare prices across platforms
• Coordinate multiple services simultaneously

Instead of switching between several apps, the AI agent would complete the entire workflow behind the scenes.

Amon emphasized that applications are not disappearing. Rather, they are becoming part of a larger AI-driven ecosystem where intelligent agents serve as the primary gateway to digital services.

In this model, apps become infrastructure while AI agents become the user-facing experience.

Smartphones Won’t Disappear, But Their Role Is Changing

Despite growing excitement around new AI hardware categories, Qualcomm does not expect smartphones to vanish anytime soon.

Instead, smartphones are likely to become central hubs that support AI agents operating across multiple devices.

According to Amon, the industry is moving toward a future where the AI assistant becomes the center of the user experience rather than the smartphone itself.

This represents a significant shift in technology design.

For years, devices were built around screens and applications. In the future, products may increasingly be built around AI systems capable of understanding user intent and executing actions autonomously.

Such a transition could have major implications for technology leaders including Apple, Samsung, Google, and other smartphone manufacturers as they adapt their platforms to an AI-first world.

Smart Glasses Could Become the Next Mass-Market Computing Device

Among all emerging hardware categories, Qualcomm appears especially optimistic about smart glasses.

The company sees AI-powered eyewear as one of the strongest candidates to become the next major consumer computing platform.

Smart glasses offer several advantages:

• Hands-free operation
• Continuous environmental awareness
• Real-time visual assistance
• Seamless AI integration
• Constant connectivity

Amon noted that annual smart-glasses shipments are already reaching tens of millions of units globally.

If adoption continues to accelerate, shipments could potentially grow into the hundreds of millions within the next few years.

Such growth would place smart glasses among the largest consumer electronics categories in the world.

The market momentum is already visible. Major technology companies including Meta, Samsung, Google, and several Chinese hardware manufacturers are investing heavily in AI-enhanced eyewear products featuring cameras, voice assistants, and augmented-reality capabilities.

Meanwhile, global smartphone shipments reached approximately 1.26 billion units in 2025, highlighting the scale smart glasses would need to achieve if they are to rival traditional mobile devices.

AI Firms Are Entering Hardware for Strategic Reasons

The growing importance of AI devices is also attracting companies that historically focused on software rather than hardware.

One of the clearest examples is OpenAI's acquisition of io, the hardware startup founded by legendary former Apple designer Jony Ive.

The move signaled a broader trend across the AI industry: controlling the hardware through which users interact with AI systems.

According to Amon, AI companies increasingly recognize that future devices will become critical access points for intelligent agents.

Owning those devices provides strategic advantages that extend far beyond hardware sales.

It allows companies to:

• Control the user experience
• Collect valuable real-world data
• Improve AI model training
• Build personalized AI ecosystems
• Strengthen customer loyalty

As AI becomes embedded into everyday life, the battle for hardware could become just as important as the race to develop the most powerful AI models.

Data Is Becoming the Most Valuable Resource

Another key driver behind the surge in AI hardware investment is data.

Future wearable devices will continuously generate enormous amounts of information about user behavior, environments, interactions, and preferences.

This data could be significantly more valuable than traditional datasets currently used to train AI models.

By capturing real-world contextual information through cameras, microphones, sensors, and location systems, companies can create more accurate and personalized AI experiences.

The result is a feedback loop where better data improves AI performance, which in turn creates stronger products and attracts more users.

As competition intensifies, access to proprietary data could become one of the industry's most important competitive advantages.

Qualcomm Is Redesigning Its Chip Roadmap for the AI Era

Supporting this new generation of AI devices requires major advances in semiconductor technology.

Wearable products are typically smaller than smartphones, yet future AI features will demand substantially more processing power.

This creates a difficult engineering challenge:

• Higher performance
• Lower power consumption
• Smaller physical footprints
• Longer battery life
• Continuous AI processing

To address these requirements, Qualcomm is reworking its long-term chip strategy.

The company is focusing on processors capable of running increasingly sophisticated AI models directly on devices rather than relying solely on cloud computing.

This approach, known as on-device AI, offers several benefits:

• Faster response times
• Better privacy protection
• Reduced internet dependence
• Lower cloud infrastructure costs
• Improved energy efficiency

Industry experts expect on-device AI to become one of the most important trends in consumer electronics throughout the remainder of the decade.

The Bigger Picture

Qualcomm's vision points toward a future where AI agents replace many of the tasks currently handled through traditional applications. Instead of navigating digital interfaces manually, consumers may rely on intelligent assistants that understand context, anticipate needs, and execute actions across multiple platforms.

To support that future, the company is investing in dozens of new AI-powered device concepts, from smart jewelry and wearable pins to camera-equipped earbuds and advanced smart glasses.

While smartphones are expected to remain important, Qualcomm believes the center of digital life is gradually shifting from apps and screens toward intelligent AI systems. As technology companies race to build the next generation of hardware, the competition may no longer be about creating better devices alone, but about creating the most capable AI ecosystem that connects them all.

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