After discreetly shelving its plans for a smartwatch in 2022, Meta seems ready to try again, and this time, with an ingredient that could change everything: artificial intelligence. Driven by the recent success of its smart glasses and the rapid advancement of generative AI, the company led by Mark Zuckerberg wants to transform the watch into something much more powerful than a simple wrist accessory. The new proposal is not just to compete with traditional smartwatches, but to reposition the wearable as an active hub of digital interaction, capable of understanding, recording, and even anticipating user behavior.

The return of a project that seemed abandoned

For years, Meta flirted with the idea of launching its own smartwatch, investing in prototypes and exploring possibilities that went beyond the basics. Still, in 2022, the project was shelved. The decision did not come from a lack of ambition, but from context: cost cuts, internal restructuring, and growing pressure to make the business more efficient led the company to prioritize other more immediate fronts.

The curious thing is that, at the time, the problem wasn't exactly the technology, it was the timing. The wearable market was already consolidated by strong players, and Meta's proposal still didn't present a clear enough differentiator to justify its entry. It lacked an element capable of repositioning the product and giving strategic meaning to the initiative. That element now has a name: artificial intelligence.

With the rapid advancement of AI and, in particular, the good reception of the company's smart glasses, Meta began to see value in wearable devices once again. More than that, it began to understand these devices as continuous access points to its vision of the future, where technology is no longer accessed but is instead constantly present.

The revival of the smartwatch, therefore, is not just a second attempt. It is a repositioning. What was once a product trying to find space in a competitive market now emerges as part of a larger strategy, where hardware, software, and AI work together to create new forms of interaction. And this time, by all indications, timing may finally be on the company's side.

AI as the core of the product, not just a feature

If in the first wearables artificial intelligence appeared as a complement, limited to simple suggestions or basic automations, Meta's proposal follows a different path: transforming AI into the very heart of the experience.

In practice, this means the smartwatch won't just be a device that executes commands, but a system capable of understanding context. Instead of relying exclusively on taps or direct instructions, the user interacts with an always-active assistant that learns patterns, anticipates needs, and responds in a more natural and personalized way.

This change completely alters the logic of use. The watch stops being reactive, waiting for actions, and becomes proactive. It can suggest responses, organize relevant information throughout the day, summarize interactions, and even act as an intermediate layer between the user and the digital world, filtering what really matters.

More than a technical evolution, it is a paradigm shift. By putting AI at the center, Meta is not just adding a feature to the smartwatch, it is redefining the role of the device. It stops being a connected accessory and starts functioning as a cognitive extension of the user, keeping up with decisions, routines, and interactions in real time.

If this approach proves efficient in practice, the impact goes beyond a single product. It could redefine what we expect from any wearable device going forward.

Two cameras and a bold proposal for use

If artificial intelligence is the brain of the new device, the hardware also shows that Meta does not intend to play it safe. One of the most unusual elements of the project is the presence of two integrated cameras, something still rare, even among the most advanced wearables.

But the real differentiator lies in how it is used. At least one of these cameras can be detached from the band, allowing you to capture photos and videos on the move, from perspectives that a traditional smartwatch simply could not achieve. In practice, the watch stops being just a passive display and acts as an active tool for recording daily life.

This proposal creates a new type of interaction with the device. Instead of pulling the smartphone out of a pocket to record a moment, the user can do this more fluidly, almost instantly, using a device that is already part of their body. It is a subtle change, but one that points towards behavior that is increasingly natural and integrated with technology.

At the same time, this choice reinforces a larger trend within Meta's strategy: transforming its devices into sensory extensions of the user. Not just access tools, but instruments that capture, interpret, and connect the physical world to the digital in real time.

Whether it will work in practice remains to be seen. But one thing is certain: it is not an attempt to follow the market, it is a clear attempt to redefine what a smartwatch can be.

Real-time translation and conversation capture

Another significant advancement lies in the potential integration of features such as simultaneous translation and conversation recording with automatic summary generation. Meta's proposal goes beyond responding to commands: the device tracks interactions in real time, understanding context and turning dialogues into useful information.

In practice, this means reducing barriers that were previously common in everyday life, such as language, information overload, or even the need to record everything manually. The user stops just consuming technology and starts relying on a system that organizes and structures their interactions automatically.

This move positions the smartwatch within a new generation of contextual AI, capable not only of executing tasks but of interpreting daily life. It is like having an assistant that listens, learns, and returns relevant insights, reducing the distance between living an experience and extracting value from it, almost in real time.

Integration with a wider wearable ecosystem

Meta's smartwatch is unlikely to be an isolated product, and that is perhaps one of the most strategic points of the entire initiative. It emerges as another piece within a larger ecosystem of smart devices, which includes glasses, sensors, and new AI-based interaction interfaces.

This vision becomes even clearer when we look at the company's recent movement with its smart glasses. Unlike previous market attempts, these devices began to gain traction precisely because they do not rely on a single format of use. They function as natural extensions of daily life, capturing images, answering questions, translating conversations, and doing so fluidly, without requiring the user to stop to interact with the technology.

The smartwatch fits perfectly into this logic. Instead of competing with other devices, it complements them. It can act as a control point, a quick interface, or even a real-time data hub, connecting different experiences in a continuous flow. It is less about replacing something immediately, and more about preparing the ground for a gradual transition.

This movement speaks directly to the discussion about the post-smartphone future, in which lighter, contextual, and integrated devices tend to take center stage.

In the end, the smartwatch may not be the final product of this transformation, but it is, without a doubt, another important step in building this new ecosystem, in which technology is no longer concentrated in a single device and begins to be distributed more naturally throughout daily life.

New forms of interaction: from touch to gesture

Another point that reinforces Meta's ambition is how it has been rethinking interaction with devices. Instead of relying solely on screens and touches, the company is exploring technologies based on muscle signals from the wrist, an approach that allows interfaces to be controlled with almost imperceptible gestures.

In practice, this reduces friction in use. The user does not need to stop, look at a screen, or execute explicit commands all the time. The interaction happens more fluidly, keeping up with the natural movement of the body. It is an important step towards making technology less intrusive and more integrated into daily life.

This type of advancement also indicates a larger change: the transition from visual interfaces to invisible interfaces. As artificial intelligence evolves, the focus shifts from "how to access" the technology to "how it adapts" to the user. The smartwatch, in this scenario, functions as a bridge between these two realities.

More than convenience, we are talking about a new standard of interaction, where technology does not demand constant attention, but fits almost imperceptibly into the routine. And, if this proposal takes root, touch may cease to be the primary means of control much sooner than we imagine.

Wearables as health and personal intelligence platforms

More than convenience or connectivity, wearables are evolving to play a much more relevant role: that of health and personal intelligence platforms. And Meta's new smartwatch could follow exactly this direction.

In recent years, these devices have gone from simple step counters to true centers of continuous monitoring. Heart rate, sleep quality, blood oxygen levels, and even more complex metrics are already part of the routine of millions of users. The next step is to turn this data into something genuinely useful, and that is where artificial intelligence comes in as a key piece.

With integrated AI, the smartwatch not only collects information, but interprets patterns, identifies risks, and suggests actions. Instead of showing numbers, it can offer context: alerting to unusual changes, anticipating problems, and even helping with decisions related to health and well-being.

This movement reinforces a clear market trend, in which wearables are increasingly positioning themselves as allies of preventive medicine, expanding access to information and encouraging a more active approach to one's own body.

In the end, the big change is not just in what the device does, but in the role it assumes. From a technological accessory, the wearable starts acting as a layer of continuous intelligence over the user's life, monitoring, learning, and potentially helping to prevent problems even before they appear.