Qualcomm CEO Says 2026 Is the Year of AI Agents and the Smartphone Era Is Coming to an End
Artificial Intelligence is about to change the device you use most every single day, and the person saying this is no random voice in the crowd.
Cristiano Amon, CEO of Qualcomm, made a statement that caught a lot of people off guard: the smartphone is losing its throne. According to him, 2026 will be the year AI agents stop being a tech curiosity and become a reality for everyday consumers. But hold on, what exactly is replacing the phone? Amon’s answer ranges from smart glasses to jewelry, pins, and connected pendants, all serving as a new interface layer between you and artificial intelligence.
And behind all of this is Qualcomm, a company you may have never heard of, but one that powers roughly 5 billion devices around the world. Yeah, your phone most likely has one of their chips inside it. We’re diving deep into Amon’s vision of the future of personal technology, exploring why he believes we’re living through a moment as transformative as the internet boom of the early 2000s, and what that means for you over the next few years. 🚀
The Moment Everything Starts to Shift
To understand the scale of what Cristiano Amon is predicting, you need some context. Qualcomm isn’t a brand you see on store shelves, but it’s the backbone of a huge portion of modern smartphones. The Snapdragon chips the company manufactures are inside devices from Samsung, Google, Xiaomi, and dozens of other brands. When the CEO of that company says the phone is losing relevance, he’s not just speculating out of thin air. He’s looking at real market data, consumer behavior patterns, and the direction major manufacturers are quietly heading behind the scenes.
Amon’s central thesis is that artificial intelligence is creating a disruption similar to what happened when the internet went mainstream. In the early 2000s, nobody imagined the phone would replace the computer for so many everyday tasks. Today, just a couple of decades later, most people use their smartphone for practically everything: banking, work, entertainment, communication. The question Amon raises is: why would the smartphone be the final stop on this evolutionary track? Why would the ultimate interface between humans and technology have to be a screen you hold in your hand?
The answer, according to him, is that it doesn’t. And Personal AI, meaning a personalized artificial intelligence that knows your habits, your preferences, and your needs, is what will make that leap possible. When AI is good enough to understand context, anticipate demands, and act autonomously, it doesn’t need a big screen to work. It can live in a pair of glasses, a pin clipped to your shirt, a pendant, or even a hearing device. The point is that the interface changes, but the intelligence behind it stays and becomes even more powerful. 🤯
Qualcomm as the Silent Protagonist of the Tech Revolution
Amon often says that Qualcomm is probably the biggest company nobody knows. And that tracks. With 40 years of history and a presence in virtually every generation of wireless connectivity, from 2G to the future 6G, the company has built a technology foundation that goes far beyond mobile processors. Today Qualcomm supplies chips and platforms for automobiles, PCs, wearable devices, industrial robotics, and even data centers.
This diversification didn’t happen by accident. When Amon took over as CEO about five years ago, roughly 75% of the company’s revenue came from the smartphone segment. He made diversification the number one priority of his leadership. The stated goal is to reach a 50-50 split between mobile and non-mobile revenue by 2029, with the non-smartphone business projected to hit around 22 billion dollars.
The move into the automotive market is a prime example. Many doubted it when Qualcomm announced its plans for the sector, especially after its attempted acquisition of NXP fell through. Today, the company is considered one of the top suppliers of advanced silicon for the automotive industry. The same skepticism surfaced when Qualcomm decided to compete in the PC market, dominated by the x86 architecture from Intel and AMD. Amon believed the convergence of mobile technology and personal computing would open the door for Qualcomm’s ARM-based chips, and the market has started showing signs that he was right.
This ability to reinvent itself, according to Amon, is part of the company’s DNA. He points out that with every new generation of wireless connectivity, companies that seemed untouchable disappeared, while Qualcomm survived every single transition. For him, the internal culture of curiosity, innovation, and willingness to learn new things is what sustains the simultaneous execution of so many business fronts.
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Wearables and the New Frontier of Personal Technology
Wearable devices have been around for a while. Smartwatches, noise-canceling earbuds, and fitness bands are already part of many people’s daily routines. But what Amon is describing goes way beyond counting your steps or checking notifications on your wrist. He’s talking about devices that function as real extensions of your cognition, that communicate with each other and the cloud continuously, and that are powered by AI agents capable of making decisions, executing tasks, and interacting with the world on your behalf.
Smart glasses are probably the most concrete example of this near future. Companies like Meta are already investing heavily in this category, and Qualcomm’s partnerships with various hardware manufacturers put the company in a central position to supply the chips that will run these AI agents directly on the device, without relying on a constant cloud connection. This is what experts call on-device AI, meaning artificial intelligence processed locally, which brings more speed, more privacy, and less latency to the user experience.
Amon is especially enthusiastic about glasses as the primary form factor. The logic is almost intuitive: glasses sit near your eyes, your ears, and your mouth, exactly the senses an AI needs to access in order to understand the world the way you do. When you turn your head, the camera on the glasses sees what your eyes see. When you speak, the microphone picks it up. When something appears in your field of vision, the AI can read it, interpret it, and act on it.
And there’s a detail that makes this transition even more interesting: the blend of fashion and technology. Unlike a PC or smartphone, which are consumer electronics tied to tech brands, wearables are things you wear. That means choosing a device will be as personal as choosing an outfit or an accessory. Amon believes this will fragment the market in a healthy way, with many companies competing for space, including fashion brands that could become tech companies. It’s a pretty different landscape from the current concentration between Apple and Google in the smartphone world.
Beyond glasses, Amon mentions device categories that still sound futuristic but are already in development: connected jewelry, pins you clip to your clothes, and pendants with discreet microphones and speakers. All of them would work as access points for your Personal AI, which would always be available, always learning, and always ready to help. Imagine asking your AI to schedule a meeting, reply to an email, or translate a conversation in real time, all without pulling your phone out of your pocket. That’s the scenario Qualcomm is helping to build. 🎯
The Role of 6G in This Transformation
A critical piece of this puzzle is connectivity. And this is where 6G comes in, the next generation of mobile networks that’s still in development but promises speeds and latency levels that will make 5G look slow. 6G isn’t just about browsing the internet faster. It’s about creating a communication infrastructure capable of supporting billions of simultaneously connected devices, with near-real-time data exchange and the ability to seamlessly integrate terrestrial and satellite communications.
Amon made a curious observation during his presentation at Mobile World Congress: every even-numbered generation of wireless connectivity has been massive. 2G was revolutionary, 4G changed everything with video streaming and mobile apps, and 6G promises to be the biggest transition yet. One of the most impactful features, according to him, will be high-speed uplink. If 5G made it possible to stream high-definition video to your phone, 6G will let you upload massive amounts of data to the cloud. In practice, every person wearing smart glasses becomes a walking camera, and all that visual information feeds AI agents with real-world context in real time.
But 6G goes beyond speed. Amon described how radio frequency signals can be treated as physical sensor data for artificial intelligence. Think about the autonomous driving systems in modern cars that use cameras and radar to map the environment around the vehicle. Now imagine that same logic applied on a national or global scale, with every device connected to the 6G network contributing to a continuous mapping of the world. The result would be something like a digital twin of the entire planet, updated in real time, capable of tracking vehicles, pedestrians, bikes, drones, and any other moving object.
The practical implications are staggering: real-time urban traffic management, drone detection, autonomous fleet coordination, the future aerial economy, and much more. And for Qualcomm, which already operates across devices, networks, and data centers, 6G represents the opportunity to offer an end-to-end solution, from the chip in your glasses to the server processing data in the cloud. 📡
The Ecosystem of You: When the Agent Replaces the Operating System
One of the most provocative ideas Amon presented is the concept of the ecosystem of you. Until now, the digital world has been built around the smartphone. Everything revolves around that one device: your apps, your photos, your messages, your purchases. If you have a smartwatch, its main job is to extend the phone’s capabilities. If you switch brands, you often have to start from scratch.
With artificial intelligence agents, that center of gravity shifts. The agent becomes the central hub of your digital life, and it shows up on different devices depending on the situation. It might be on your glasses when you’re walking down the street, on your PC when you’re working, in your car when you’re driving, or in your earbuds when you’re exercising. The key is that the agent is continuous, contextual, and personalized, regardless of whatever hardware you happen to be using at any given moment.
This also radically changes the point of control in the industry. Today, the entities dominating the mobile ecosystem are operating systems and their respective app stores. In the future Amon describes, control shifts to the AI agents you choose to use. And it won’t necessarily be a single dominant agent. There will be different options, just like there are different browsers, assistants, and platforms today. The competition will be over trust, usefulness, and user experience, not operating system lock-in.
Amon cited the example of OpenClaw, an AI agent that made a huge splash when it launched, demonstrating impressive automation capabilities, though it also raised serious concerns about cybersecurity. He also mentioned that ByteDance in China has already released a smartphone whose primary interface is an AI agent similar to OpenClaw. The user speaks or types what they want, and the agent navigates between apps, executes tasks, and solves problems without you ever touching the screen. This kind of interaction is coming to devices across every category and will redefine what we expect from personal technology.
Data Centers, Robotics, and Qualcomm’s New Horizons
Qualcomm’s vision for the future doesn’t stop at wearables and connectivity. The company is also making significant moves in the data center and industrial robotics markets.
In the data center segment, Amon acknowledges there’s a legitimate debate about potential overinvestment in the sector, with some projects being delayed or canceled due to energy and materials constraints. But he believes that over the long term, demand for AI computing power will keep growing substantially. His analogy to the dot-com bubble is revealing: in 2000, many thought the predictions about the internet were overblown. Twenty-six years later, the internet is immeasurably larger than anyone imagined back then. It didn’t all happen in one year, but it happened.
Qualcomm’s bet on data centers builds on its expertise in energy efficiency. The logic comes straight from its smartphone experience: if you need to deliver massive processing power inside a device that can’t overheat, can’t be bulky, and has to last all day on a single battery charge, you learn to design extremely efficient computing architectures. Amon believes that same philosophy of disaggregated, specialized computing can be applied to data centers, especially in a scenario where energy availability becomes the main bottleneck for scaling AI infrastructure.
In robotics, Qualcomm’s approach follows a direct parallel to what the company did in the automotive sector. Robots are edge AI problems, meaning the intelligence needs to live on the device itself, processing data in real time without relying exclusively on the cloud. The company sees robotics evolving gradually: first with industrial robots dedicated to specific, repetitive tasks, like restocking supermarket shelves overnight. Over time, as AI models are trained on more data and more scenarios, those robots will become increasingly versatile, eventually reaching the level of general-purpose domestic robots.
2026: The Year AI Becomes Real for Everyone
When Amon points to 2026 as the milestone when artificial intelligence agents reach everyday consumers, he’s not talking about technology reserved for people with money to burn on expensive gadgets. The idea is that AI embedded in affordable devices, combined with cloud services and faster networks, will create an experience that anyone can use daily, without needing to understand technology, without setting anything up, and without learning complex commands.
That’s something smartphones took years to deliver after they first launched. The original iPhone came out in 2007, but it wasn’t until around 2012 or 2013 that the phone became truly indispensable for most people. The technology adoption cycle takes time, but Amon believes AI is compressing that cycle for a simple reason: it learns from the user. The more you use it, the better it gets. That creates a rising value curve that encourages continued use and accelerates adoption organically.
Amon estimates that personal AI devices, currently in the tens of millions of units, could reach hundreds of millions within the next five years and eventually hit the one billion mark. The deciding factor will be the maturity of AI agents and their ability to perform useful tasks with low friction. When the experience is good enough, adoption will become natural.
The major differentiator of Personal AI agents compared to what already exists, like the voice assistants you’ve probably tried and abandoned, is the ability to act autonomously. It’s not just about answering questions. It’s about taking initiative, executing tasks in sequence, coordinating different apps and services, and learning from your behavior patterns over time. When that’s running on wearable devices with attractive design and quality connectivity, the question will stop being why use it and will become why not use it. And that’s when the smartphone, as we know it today, will need to reinvent itself or share the spotlight with a new generation of devices. 💡
Privacy, Trust, and the Challenges Ahead
With all this excitement, it’s natural for concerns to come up. If we’re all going to be wearing walking cameras and constantly sharing data with AI agents, who guarantees that information stays secure? Who’s the gatekeeper of your data?
Amon acknowledges this is a central question and one that will define the winners of the personal AI device era. On the consumer side, the decision will come down to who you trust: would you rather Apple have access to your data or Meta? Each person will make that choice based on their own criteria for trust, and the companies that earn that trust will lead the market.
On the enterprise side, the dynamic is similar. Companies already need to decide which cloud providers and AI tools are trustworthy enough to handle sensitive data. Amon predicts that enterprise versions of agents like OpenClaw will be offered by major tech companies, with security guarantees and regulatory compliance that allow use in business environments.
Despite the challenges, Amon remains optimistic. He draws a parallel with recent history: over the past few decades, consumers have progressively shared more data in exchange for convenience and utility. E-commerce platforms, social networks, streaming services, and banking apps all required an increasing level of digital trust, and most people got on board. The expectation is that the same will happen with personal AI devices, as long as the technology delivers real value and removes friction from everyday life.
The smartphone era isn’t going to end overnight, but the transformation has already begun. And artificial intelligence is the engine driving that change.
What Cristiano Amon’s vision teaches us is that technology doesn’t evolve in a straight line. It makes leaps, and those leaps are usually driven by a combination of factors: more efficient hardware, faster connectivity, smarter software, and real demand from people for better experiences. The alignment of those four elements is exactly what’s happening right now, and Qualcomm is betting that this alignment will redefine what we call personal technology in the years ahead.
Whether through wearable devices, the expansion of 6G, or the mainstreaming of Personal AI in people’s daily lives, one thing seems increasingly clear: the future of our relationship with technology will be far more intimate, far more invisible, and far more intelligent than any phone screen has ever managed to offer. 🌐
