Fitbit may be working on spot blood pressure checks

What makes this filing interesting is the way Fitbit seems to be approaching the measurement itself. Rather than trying to estimate blood pressure continuously in the background, the patent points to a guided check that the user actively starts, which could make the feature more reliable in real-world use.

The document, granted on April 7, 2026 by the US Patent Office, describes a system that combines optical pulse sensing with a force sensor to analyse how the pulse signal changes during a brief reading. In other words, this looks less like an always-on wellness metric and more like a dedicated health tool, similar in concept to how ECG features are used on smartwatches today.

The reading appears to be taken with a finger press

One of the clearest illustrations in the patent shows a finger pressing down on the top of the wearable while the main sensor remains in contact with the wrist. That detail makes the likely real-world use much easier to understand and gives the whole concept a far more practical feel.

In simple terms, you would wear the device as normal and then manually start a blood pressure reading. At that point, you place a finger on the top sensor area for a short period, which increases the force applied at the underside optical sensor against the wrist.

The wearable then tracks two things at once. It captures the pulse waveform through a standard optical sensor, much like existing heart rate tracking, while also measuring how much pressure is being applied through a dedicated force sensor. The software then analyses how the pulse amplitude changes as that pressure changes, using the relationship between the two to estimate blood pressure.

A more practical approach than passive estimates

This is an important distinction because many cuffless blood pressure concepts rely heavily on indirect estimation methods such as pulse transit time and calibration models. Those approaches can work, but they often depend on baseline calibration and can drift over time.

Fitbit’s patent suggests something more controlled. By knowing exactly how much force is being applied during a spot check, the device may be able to generate a more stable and repeatable estimate.

In practical use, this would likely be a feature for occasional checks rather than continuous all-day monitoring. Think of it as something you use occasionally to track trends, rather than a passive metric quietly updating in the background.

Why this matters now

The timing is interesting given the recent screenless Fitbit band teasers that seem to point toward a stronger focus on health, recovery and passive wellness tracking. A spot blood pressure feature would fit neatly into that broader direction, even if it eventually lands first on a Google Pixel Watch rather than a band.

Blood pressure remains one of the major health metrics that mainstream wearables are still trying to crack in a practical way. This filing suggests Fitbit is still very much working on solutions behind the scenes.

As always, a patent does not mean this feature is about to launch. Companies file plenty of concepts that never make it into consumer products, and that is especially true in the health sensing space.

That said, this one feels more grounded than many abstract filings because it lays out a believable way a user would actually take a reading. If Fitbit does bring this to market, it could become a genuinely useful addition for people who want quick spot checks and long-term blood pressure trends from the wrist.

This article originally appeared on Gadgets & Wearables, the first media outlet to report the story.

Source: USPTO

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This suggests this was not a last-minute teaser put together for publicity, but something that has been in use behind the scenes for a while. For anyone following the story, it makes the possibility of an official announcement in the near future feel much more realistic.

The timeline now looks more interesting

When the more recent teaser first appeared, the big talking point was the device itself. A fabric-style wrist band with no visible display, worn by Steph Curry, immediately pushed the conversation toward a possible Fitbit move into the screenless recovery tracker category.

But we dug around his instagram account and found images of the device in other videos and posts. For example, this older March 6 footage changes the angle slightly. The screenshots clearly show the same style of band on Curry’s wrist, with the now familiar light grey centre section and orange accents.

For a device that appears close to final hardware, that sort of extended public use often points to a product that is moving through the final stages before launch. Companies regularly place near-finished wearables with athletes, ambassadors and creators well ahead of an announcement, partly to build familiarity and partly to test real-world usage.

And how about this from 10 weeks ago.

And there are more images.

What makes this especially notable is that the design looks consistent across all these sightings. There do not appear to be visible changes between the earlier footage and the newer teaser, which could suggest the hardware is locked in.

Interestingly enough, some images suggest that the tracking part may be on the inside of the wrist. There is no visible bump that we could spot on the top of the wrist – only the band.

A clear move toward the Whoop category

The bigger story remains what this device is trying to be.

Everything about the form factor points toward a passive health and recovery wearable rather than a traditional smartwatch or fitness band. There is no visible screen, no obvious notification interface and no sign that this is meant to replace something like the Fitbit Charge.

Instead, this looks much closer to the category currently dominated by Whoop and, increasingly, other screenless trackers focused on sleep, recovery, readiness and long-term wellness trends.

That would make a lot of sense for Google right now. Fitbit’s smartwatch identity has become increasingly tied to the Pixel Watch line, so a dedicated screenless band could give the brand a new lane to grow into, particularly around subscription-led health insights.

If Curry has been wearing this for the past two months, the device may already be in the final stages of launch prep. That could mean an announcement in the coming weeks, potentially tied to a broader Fitbit or Pixel event window.

This article originally appeared on Gadgets & Wearables, the first media outlet to report the story.

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A different direction for Fitbit

The short clip does not reveal much, but it reveals enough to make the direction clear. Curry is seen wearing a band with a light grey centre section and orange accents along the sides and clasp, and there is no visible screen anywhere on the device. That alone makes this a major departure from the Fitbit watches and trackers we have become used to over the past few years.

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Instead of focusing on step counts and notifications shown on the wrist, this looks far more aligned with the idea of passive, round-the-clock health monitoring. The likely emphasis here is on sleep, recovery, readiness and longer-term wellness trends, all delivered through the Fitbit app rather than a display on the device itself. That makes the comparison with Whoop unavoidable, but it also feels like Google is trying to give the concept its own spin.

Not just another Whoop clone

At first glance, the obvious reaction is to call this a Whoop-style band, and in broad terms that is fair. It is a screenless wearable that appears to focus on health insights rather than smartwatch functionality. But based on the teaser alone, the design itself seems distinct enough.

The band uses a noticeably different visual style, particularly around the strap and fastening mechanism. That matters, because several brands that have launched devices strongly resembling Whoop bands have found themselves pulled into legal disputes with Whoop over design similarities and branding concerns.

This is why the Google and Fitbit approach here is interesting. The concept overlaps with Whoop, but the physical design shown so far does not appear to be a direct imitation. From what is visible in the video, it looks like Google has deliberately created a separate identity for the product.

The software will decide everything

The hardware is only part of the story. In reality, devices like this live or die by the software experience, and that is where Google may feel it has an opening.

Whoop’s biggest strength has never really been the band itself. The real value comes from how its app translates raw biometric data into strain, recovery, sleep debt and coaching insights that users can actually understand. If Google wants this to work, Fitbit’s software needs to feel equally polished.

This is where the company’s recent push into AI health tools becomes important. Fitbit’s Gemini-powered personal health coach features have already started rolling out more broadly, and it is easy to imagine this new band becoming the hardware layer for that ecosystem. Basic tracking may be available to everyone, while deeper analysis and coaching features could sit behind Fitbit Premium.

Our takeaway

There is a genuine opportunity here for Fitbit. A lot of people like the idea of deeper health tracking but do not necessarily want another smartwatch screen buzzing on their wrist all day. A low-profile fabric band that focuses on sleep, recovery and wellness could appeal to users who want less distraction and more insight.

The fact that Google chose to tease it through Stephen Curry also suggests this is not some distant concept. It feels much closer to launch than a typical early-stage product tease.

For Fitbit, this could mark an overdue comeback after several years without a new device launch. The category is already well established, but if Google can combine a distinct design with strong AI-driven insights, it may finally give the brand a way back into the spotlight.

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Express pay is the standout

If Express Pay works as advertised, it is a nice update. Once you toggle it on, you just turn your wrist to a payment reader and tap to go. There is no need to open the Wallet app first. Google says advanced motion algorithms are doing the work behind the scenes to make sure payments only go through when you actually intend to pay. Which means the convenience does not come at the cost of accidental transactions.

The real-world value here is clear. Whether you are tapping at a cafe counter or boarding a bus, skipping the app-opening step makes the whole experience feel much more seamless.

Gestures, earthquakes and satellite SOS

One-handed gestures, which arrived on the Pixel Watch 4 back in December, are now expanding to the Pixel Watch 3. A double pinch or wrist turn lets you answer calls, take photos or control workouts without touching the screen.

Standalone earthquake alerts are also new. They deliver real-time notifications directly on your watch without needing an active connection to your phone, as long as you are on Wi-Fi or LTE. Particularly useful if you live in California. And satellite SOS, previously limited to the US on Pixel Watch 4, is now available in select parts of Europe, Canada, Puerto Rico, Alaska and Hawaii.

Other improvements

The Find Hub app is now available directly on your Pixel Watch, bringing the ability to locate misplaced devices and tagged items from your wrist. You can also mark an item as lost and secure it without reaching for your phone.

A couple of security features are rolling out that work together to keep your phone safer. Phone left-behind reminders will alert you when you leave your phone at a different location, though the system is smart enough not to ping you every time you walk between rooms. Lock phone on disconnect does exactly what it sounds like: when your watch moves out of Bluetooth range, your phone locks itself automatically. Both features are off by default and need to be enabled through the Google Pixel Watch app.

There is also mobile trusted location via watch, which uses your connected watch to speed up identity checks on your phone for faster, smoother access.

The rollout begins today, starting with Bluetooth and Wi-Fi models before extending to LTE devices depending on carrier. All three current Pixel Watch models are included.

Source: Google

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This extends the original February 2 cutoff by more than three months. Google began notifying affected users via email this week, stating that access will be cut off if the move isn’t done in time. That includes syncing, viewing your historical health metrics, or using the Fitbit app. Importantly, even if your Fitbit login uses a Gmail address, you still need to complete the migration manually inside the app.

What changes and when

Fitbit has been phasing out its legacy login system ever since the company was acquired by Google. The plan has always been to consolidate everything under the Google Account framework, in line with company-wide policy changes. Until now, users were told they needed to switch over by early February. That date has now shifted to May 19, giving some breathing room to those who didn’t act in time.

A second key date has also emerged. According to Fitbit, users who don’t migrate by mid-July may see their data permanently deleted. That includes personal health history, fitness records and account settings. Once that process begins, there is no path to recover anything left behind.

Some users are confused as to what will change once they migrate. Nothing really – apart from the way you log into your Fitbit account. You will need to use your Google credentials.

How to migrate

The migration process is fairly straightforward. Everything is handled entirely inside the Fitbit app.

A prompt should appear for eligible users, offering a step-by-step walkthrough. If it doesn’t, head to the app’s settings menu and look for the migration option there. The transfer links your Fitbit data to a Google Account, allows for continued device use, and lets you sign in with your Google credentials moving forward.

Essential reading: Top fitness trackers and health gadgets

Users who already transitioned do not need to take further action. But anyone still logging in using a Fitbit username and password should update before the deadline. This also applies to users who log in using Gmail but haven’t formally moved to a Google Account under Fitbit’s new structure.

Why this matters

Google’s original intention was to simplify and unify its services, especially as Fitbit gets pulled deeper into the company’s broader health ecosystem. That includes tighter integration with Google Health, as well as enhanced privacy and security protections that come with the standard Google Account setup.

Still, the drawn-out migration process and staggered deadlines have left some users frustrated. This latest extension may help reduce support headaches and avoid a mass lockout event, but it also kicks the can down the road.

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UnaliWear takes on the big players

The complaint comes from UnaliWear, a Texas-based company known for the Kanega Watch, a safety device designed for older adults. Unlike typical smartwatches, it does not require a smartphone and includes unique features like hot-swappable batteries built into the strap. The focus of this case is what they call RealFall, an AI-driven system that detects actual falls while avoiding false alarms triggered by normal movement.

UnaliWear claims that Apple, Google (via Fitbit), Garmin and Samsung all use similar technology in their wearable devices. They argue that these companies infringe on several of their patents, including US Patent 10,140,836 and US Patent 10,403,115. Both cover machine learning methods that help distinguish genuine falls from regular daily motion. According to UnaliWear, this isn’t just about copying a feature. It’s about adopting a patented solution to a very specific health challenge.

What’s at stake in this ITC investigation

The legal action is being taken through the United States International Trade Commission, under Investigation Number 337-TA-1477. This route allows UnaliWear to request a limited exclusion order. If granted, it could block the import of certain smartwatches and rings into the US. A ban like this would hit all four companies involved, including best-selling devices like the Apple Watch and Galaxy Watch.

This isn’t the only legal route UnaliWear is pursuing. The company has also filed separate cases in multiple US district courts. But the ITC process moves much faster and can result in product bans well before monetary damages are awarded.

Procedural steps and the timeline ahead

The case officially began on January 8, 2026, when the ITC voted to institute the investigation. Respondents now have 20 days to file their initial responses, which means formal replies from Apple and the others should arrive by late January. By late February, the commission will set a target date for the investigation to wrap up. This usually gives a window of 15 to 18 months, putting a decision somewhere in mid 2027.

In the meantime, both sides will spend most of the year locked in discovery. This includes document exchanges, expert reports and eventually a trial-like evidentiary hearing later in 2026. One key moment will be the Markman hearing, where the judge decides how to interpret the language in the patents. These technical definitions can often shape the outcome.

Once the judge issues an initial determination in early 2027, the full commission will review the findings. If they confirm that infringement occurred, a limited exclusion order could follow. From there, the US President has 60 days to review the decision. It’s rare for a president to override it. If upheld, customs officials would start blocking the affected devices from entering the country.

The company behind the patents

UnaliWear was founded in 2013 by Jean Anne Booth, who previously sold startups to both Apple and Texas Instruments. The Kanega Watch was built to support seniors living independently, especially those without access to smartphones. The name UnaliWear blends Cherokee roots meaning friend and speak, a nod to the company’s goal of giving users a voice during emergencies.

To date, the company has raised over $20 million in funding. Their tech has always focused on safety first, with RealFall as the key innovation. What makes their argument stand out is that they built this feature for a very specific demographic, long before the larger brands adopted similar capabilities.

Does UnaliWear stand a chance of winning?

UnaliWear looks well placed to push this case forward. The ITC has shown more support for smaller US firms lately, especially after Masimo’s high-profile win against Apple. On top of that, the founder’s background as an engineer with successful exits to Apple and Texas Instruments gives the company’s patents a technical edge that’s hard for bigger players to dismiss.

A full import ban on major wearables like the Apple Watch or Galaxy Watch might not happen, but the threat of it gives UnaliWear real negotiating power. A possible outcome is a set of licensing deals where each company pays a royalty to keep using fall detection and related features. If that happens, UnaliWear shifts from a hardware maker to a key gatekeeper of fall detection tech across the entire wearables market.

It’s now up to the ITC to decide whether the big players went too far. The outcome could reshape what fall detection looks like in smartwatches going forward.

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We’ve taken a look ourselves, and can confirm a server-side feature flag already exists inside the official Wear OS companion app. That flag, LeftBehindReminder__enabled, appears in version 4.2.0 of the app and follows Google’s standard naming pattern for remote toggles. It shows the company is actively wiring up the backend even if the UI isn’t live yet.

What the Android Authority report uncovered

The original teardown revealed strings like “Notify when phone is left behind” and “To use this feature, your watch must be on your wrist and Bluetooth must be on.” There’s also a fail message telling users to unlock their watch, and a not-supported warning that suggests only newer models will get access.

That’s useful context because it matches the type of proximity behavior already seen on Apple Watch and Galaxy Watch. On those platforms, users get a ping if their phone is left behind, either at home or somewhere more accidental. Google’s version adds a security angle by auto-locking the phone when it loses contact.

The strings also mention trusted locations, suggesting the system may include exemptions for safe places like home. One line even mentions Airplane Mode disabling the connection and triggering the feature. Another string notes that auto-lock will only apply to one watch at a time, which could be relevant for users juggling multiple wearables.

Our own teardown confirms backend work is underway

In the latest version of the Wear OS companion APK, we found a reference to a boolean flag named LeftBehindReminder__enabled. It appears in classes2.dex, and it’s the kind of toggle Google uses when prepping a feature for remote rollout. It doesn’t trigger anything visual yet, but it means the internal machinery is being laid out.

We didn’t find the UI strings quoted by Android Authority, which likely means those are stored in another system app or module. But the presence of a companion-side flag supports their conclusion. It also lines up with earlier signs of an “auto-lock when disconnected” feature spotted back in mid 2025.

Essential reading: Top fitness trackers and health gadgets

Taken together, this points to a cohesive experience that not only warns you when your phone is left behind but may also lock it automatically for safety. It could roll out as part of a future Pixel Watch feature drop, especially now that both the visual strings and the backend flag exist.

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The change isn’t a surprise. Google first announced the shift nearly two years ago, but this is now the final call. Anyone who hasn’t migrated by the deadline risks losing access to their Fitbit data and features.

This isn’t just a branding move

The switch is part of Fitbit being absorbed more fully into the Google ecosystem. What began with branding updates and shared services is now becoming structural. Fitbit accounts are being completely phased out. Whether you signed up a decade ago or just a few years back, if you’re still using a Fitbit login, it’s time to move.

Even if you currently sign in using a Gmail address, that doesn’t necessarily mean you’ve migrated. A proper Google Account transition must be completed through the Fitbit app.

How to switch over

As explained on the Google website, In practical terms, the process of switching over is simple. Users need to update the Fitbit app and navigate to the settings area, where they’ll find the option to move their account. The whole procedure only takes a few minutes.

It’s better not to wait until the last day. Migrations like this are often staggered behind the scenes, and users may start seeing changes or limitations even before the hard cutoff date.

Do it before your data gets deleted!

Fitbit’s warning emails have made this clear. If you don’t switch, your account will eventually be deleted. That includes years of personal fitness data: steps, heart rate logs, workouts, sleep stats and more. Google says users can download or delete their data themselves if they don’t plan to continue with the service, but if you do nothing, it could all disappear.

Essential reading: Top fitness trackers and health gadgets

What remains less clearly communicated is what changes once the switch is complete. Google maintains that Fitbit health data will not be used for ad targeting, and says it will remain siloed with strong privacy protections. Whether those safeguards hold up over time remains to be seen, but for now, the messaging continues to stress transparency and user control.

Fitbit as a standalone identity is ending

This officially marks the end of an era. Fitbit as a platform no longer operates independently. The login structure is being dismantled entirely, and this is likely to be the final major step in the long transition since Google’s acquisition.

For some users, it’s just a technical update. For others, particularly those concerned about privacy or platform control, it may feel like a final nudge to reconsider their place in the Fitbit ecosystem.

Still, the email marks a turning point. Fitbit, once an independent company with its own identity and login system, is gradually dissapearing. The old Fitbit account structure will be gone for good. For anyone still on the fence about the Google acquisition or concerned about data privacy, this might be the final push to reconsider their use of the platform.

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The update comes just days after OpenAI unveiled ChatGPT Health. That tool also adds the ability to link wearable data, explain health metrics, and support preparation for doctor visits. Claude’s version takes a similar route. Users will be able to give Claude secure access to lab results, health records and daily fitness data. In return, the assistant will analyse the information, detect patterns, explain findings in plain language and help users prepare questions to ask a clinician.

As mentioned, only Pro and Max subscribers in the US will see these features during the initial rollout. Users must opt in and choose what information to share. Permissions can be adjusted or revoked at any time. Anthropic says that personal health data will not be used to train its models, and that responses will include disclaimers and advice to consult professionals for medical decisions.

What this means for Apple and others

Apple Watch users have long had access to daily health trends, heart rate stats and general wellness tracking. But the Health app offers limited explanation of what those numbers actually mean. Claude’s approach introduces something Apple hasn’t fully embraced yet. It takes that same data and turns it into a conversation.

Apple has focused on privacy, local processing and a slowly expanding feature set in its Health platform. This more conversational layer has so far been left to third parties.

For other brands, the stakes are different. Garmin has already begun experimenting with AI through Connect+, and Samsung has hinted at deeper health interpretation tools coming to its Galaxy Watches. Fitbit used to be known for health insights, but that focus has drifted in recent years. Claude’s integration shows that demand for wearable data is no longer just about collection. People want interpretation that makes sense in everyday language.

From data points to health stories

The assistant can look at historical health records, surface trends across different inputs, and summarise everything in a format that feels more like coaching than reporting. It may also help users navigate their care more easily, by preparing questions, flagging outliers or tracking metrics tied to specific conditions.

This does not mean Claude replaces a doctor. It is not designed to diagnose or treat. But it does raise the bar for what users might start expecting from their wearable ecosystem. If an assistant can interpret a lab test, spot a trend in sleep disruptions and suggest a conversation topic for your next GP visit, that changes how people relate to the data they collect every day.

Claude for Healthcare goes well beyond consumer health summaries. It also introduces tools for clinicians, payers and researchers, including support for tasks like prior authorisation, claims management and care coordination. On the life sciences side, new connectors give Claude access to platforms used in clinical trials, regulatory filings and biomedical research. 

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This year’s event leaned more toward refinement than spectacle. Apple stayed absent, Fitbit and Garmin had little to say. But Withings, Zepp Health, Mobvoi and others used the stage to push the conversation forward.

The themes were clear: better insight into your long-term health, more natural interaction with devices, and fresh ideas about what wearables can actually look like. AI was everywhere, embedded into everything from sensors to software, turning once-passive devices into active coaching tools.

Here’s a look at some of the highlights. For more details, check out our complete CES 2026 coverage.

Withings focuses on longevity and glucose

Withings came into CES with two announcements that build on its long-term health ambitions.

Body Scan 2 is the company’s new flagship smart scale. It tracks over 60 metrics including heart age, arterial stiffness, nerve activity and visceral fat. It looks similar to the original Body Scan but includes a new dual-frequency BIA sensor, updated ECG functionality and improved metabolic algorithms. A scan takes just 90 seconds and gives a high-level view of your current cardiovascular and metabolic state. European availability began at the start of January, with US launch expected later pending regulatory clearance.

In parallel, Withings announced a partnership with Abbott. The Lingo continuous glucose monitor now syncs natively to the Withings app, allowing users to combine real-time glucose trends with their weight, activity and sleep data. This should make it easier to spot patterns and tweak behaviour without switching between multiple platforms.

RingConn Gen 3 adds haptics and health trends

The third generation of the RingConn smart ring made its debut at the show. While it doesn’t radically change the look or feel of the hardware, it adds a few features.

One of the biggest changes is the addition of haptic feedback. Users will be able to receive subtle vibration alerts for things like high heart rate, completed activity goals or bedtime reminders. This should make the ring feel more like an interactive tool rather than just a passive tracker. Blood pressure trend tracking will also be added. Instead of offering isolated readings.

Mind you, the device is not available for purchase just yet. But expect a launch later this year.

Luna and Mobvoi explore voice as a primary interface

Two companies stood out for going all in on voice-driven interaction.

Luna Band is a display-free wearable that focuses on spoken health tracking. It listens to your voice, responds with audio feedback and removes the need to look at an app. You can ask it for sleep advice, log how you’re feeling or get reminders to move. It runs on Luna’s own LifeOS platform and includes stress, HRV and sleep monitoring under the hood. All data stays local and there are no subscription fees.

Mobvoi took a different route with the TicNote Watch. The device builds on Wear OS but prioritises speech over screens. It captures voice notes, transcribes them and can even translate in real time. This isn’t just a smartwatch that records runs. It is designed for logging thoughts, recording context and turning voice input into something more useful than a daily summary.

Zepp Health brings glanceable data and food tracking into view

Zepp Health used CES to showcase two very different ideas. The first was Amazfit Helio Glasses, a heads-up display designed for runners and cyclists. The glasses project pace, heart rate and navigation prompts directly into your field of view. This means you don’t need to glance at your wrist mid-stride. The concept is still in development but shows the company has interest in lightweight alternatives to mixed-reality headsets.

The second was V1tal, a wearable camera that captures your meals. It’s designed to track food intake by analysing plate photos, then estimating macronutrients using AI. This builds on the company’s broader push into metabolic awareness and complements existing fitness tracking features in the Zepp Health app. It’s not yet in market, but feels like a logical next step.

Moto Watch returns with Polar tech

Motorola re-entered the smartwatch scene with a new Wear OS device built around Polar algorithms. The watch, which features a 1.43-inch OLED display and a stainless steel frame, brings back the Moto brand for a more health-focused audience. It includes Polar’s cardio load, training benefit and recovery metrics, plus VO2 Max and sleep tracking.

The design is clean and simple. The focus here is clearly on bringing sports science into a more mainstream smartwatch package.

Nuralogix and regulatory shifts point to what’s next

Outside of the bigger launches, CES 2026 included a few devices that hint at where health tracking could go next and how it might be regulated.

One of the more unusual examples was Nuralogix’s Longevity Mirror. This wall-mounted display estimates biological age, cardiovascular risk and metabolic health by analysing subtle changes in facial blood flow. There is no contact required. You simply stand in front of the mirror for around 30 seconds while it uses the company’s Anura AI platform to process over 80 biomarkers.

Its launch coincided with new guidance from the US FDA. The agency clarified that wellness-focused wearables and tracking tools can avoid medical device regulation as long as they steer clear of diagnostic claims. Products that focus on general wellness, such as sleep quality, stress, fitness or long-term trends, can continue without formal clearance.

That creates room for new ideas. Devices like the Longevity Mirror are unlikely to replace medical tests but could become part of a broader shift toward ambient tracking. Health monitoring may soon be built into mirrors, displays or other objects around the home, capturing data in the background and surfacing insights when needed.

Wearable tech at CES 2026 felt more embedded, less showy. Instead of trying to replace your phone or PC, most of these devices aim to support real behaviour change, often in the background. From glucose and sleep to mood and meals, the trend is clear: the next wave of wearables is less about adding features and more about making the ones we have easier to act on.

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