Working through four different frame styles, the options range from a large rectangular shape to a slimmer version, similar to the glasses often worn by Tim Cook. There are also two rounded options, one larger, one smaller.

Apple is equally trying out colours including black, ocean blue and light brown, hence, the design is not final. Apple could choose one style or release more than one, depending on how testing goes.

These glasses will not include a display. Instead, Apple is focusing on simple, everyday functions. Users will be able to take photos and videos, answer calls, listen to music and speak to Siri. The cameras are expected to use oval-shaped lenses.

Apple had earlier explored more advanced mixed reality devices, but those plans have not moved smoothly. Its headset, the Apple Vision Pro, drew attention at launch but couldn’t gain wide use, partly due to its high price and size.

Now, Apple appears to be taking a more practical route. These glasses are lighter and easier to wear in daily life. The idea is to build something people will actually use, rather than something ambitious but difficult to adopt.

Competition is already building as Meta Platforms has partnered with EssilorLuxottica to produce Ray-Ban smart glasses, which are already on sale and have gained some traction. 

Other companies are not standing still, with Google and Samsung Electronics working together on their own glasses, while Snap Inc. plans to release a new version of its Specs in 2026.

Apple’s strategy, at least for now, rests on design and usability. In offering different smart glasses frame styles, it is trying to appeal to a wider group of users, much like it did with the Apple Watch.

The company is still some distance from launch. However, its direction is to start simple, focus on everyday use, and build from there.

The two companies confirmed that future Specs devices will run on Qualcomm’s Snapdragon XR platform, extending a partnership that already spans several generations of Snap’s earlier Spectacles hardware.

Those earlier devices mainly targeted developers and never reached wide consumer distribution in their AR form.

Snap has been building smart glasses for years. It first entered the category in 2016 with camera-equipped Spectacles.

Since then, it has moved towards more advanced augmented reality designs that place digital elements into the real world through see-through lenses. Those newer versions stayed within limited releases, largely focused on developers and testing.

Now the company is preparing a wider consumer rollout under its Specs unit, which it formally separated earlier this year to focus entirely on wearable computing.

The upcoming glasses will run standalone and are designed to overlay digital content onto physical surroundings, with built-in audio, visuals and interaction features.

The companies say the new hardware will rely on edge computing and on-device processing. This allows data to be handled directly on the device instead of relying heavily on cloud systems.

The approach is important to Snap’s vision for faster responses and more private interactions in everyday use.

Snap’s leadership sees the project as a step towards a more integrated form of computing.

“We believe the future of computing will be more human and grounded in the real world,” said Evan Spiegel, co-founder and chief executive of Snap Inc.

Qualcomm also described the partnership around more responsive and context-aware devices.

“The next era of computing will be defined by devices that understand what you see, hear and say,” said Cristiano Amon, president and chief executive of Qualcomm Incorporated.

The collaboration builds on more than five years of joint work between both firms. Qualcomm chips have powered earlier Snap Spectacles, particularly models aimed at developers experimenting with augmented reality tools.

This time, both companies say they want to scale that work for consumers. The agreement covers long-term roadmap planning, shared technical development, and support for developers building applications for the Specs platform.

Snap says this should help create a more stable environment for software creators working on AR experiences.

Competition in the smart glasses space is also intensifying. Meta Platforms has already gained early traction with its Ray-Ban smart glasses built with EssilorLuxottica.

Other major players, including Google, Samsung and Apple, are also developing their own versions of AR eyewear, with launches expected over the next few years.

This development comes at a sensitive time for Snap as it tries to expand beyond social media into hardware and immersive computing.

The Specs unit now sits at the centre of that strategy, with plans to attract external investment and build a long-term product line.

The agreement gives the unit a clearer technical base as it prepares for its first consumer product launch.

While the focus is usually on physical activities, there is an interesting layer of technology influencing how sport is played, tracked and improved.

In 2026, performance is not driven by effort alone. Data, algorithms and intelligent systems now sit at the core of modern sport, helping athletes and other users get more out of every session.

This year’s theme, “Building Bridges, Breaking Barriers”, goes beyond social and cultural connections. Digital tools are now bridging the gap between elite athletes and everyday fitness users, placing advanced performance insights directly on the wrist or even the fingers.

What was once limited to labs, coaches and professional setups is now widely accessible through wearable technology.

The Top Wearable Trends Defining Sport in 2026

Lightweight OS for Better Battery Efficiency

The most significant changes in wearables currently are the evolution towards Real Time Operating Systems (RTOS).

Instead of the heavy app-cluttered interfaces we saw in previous smartwatches, brands are not prioritising raw efficiency over those excesses. Many devices, like Motorola’s recent Moto Watch 300 series are now leaning towards an operating system that is optimised specially for sports and fitness tracking. This means:

• Battery life stretches up to 2–3 weeks
• Consistent, high-accuracy GPS tracking
• Less lag during workouts

In simple terms, watches are no longer trying to be phones, they are fast becoming better sports tools.

Predictive Health Intelligence

The main trend in the wearable market of 2024 and 2025 was healthy tracking, in 2026 things have evolved to predictive health intelligence.

What this means is that wearables are evolving into early detection tools, powered by smarter algorithms and AI. The Apple Watch Series 10 is leading this trend.

Under predictive health, two capabilities stand out:

• Early illness sign detection by analysing the subtle changes in skin temperature, resting heart rate, and sleep patterns.
• Injury prevention through advanced motion tracking that detects movement asymmetry.

From Tracking to Coaching

Another key wearable trend in 2026 is the way wearables like smartwatches go beyond just reporting information to actually guiding with it.

Platforms like Apple’s WearOS and Garmin’s newest firmware have added this feature to make their wearables feel less like tracking devices to coaches.

These features include: real-time guidance features like Live Pace Strategy to adjust your run abruptly. Also, devices like the Whoop 5.0 generate a readiness rating using metrics like sleep quality and heart rate.

Smart Rings and Screenless UX

Not every innovation in wearables is connected to screens. In fact, the most important ones do not involve screens at all. This is where smart rings come in.

Smart rings have gone from niche to mainstream in 2026, led zy the Oura Ring Gen 4 and the Samsung Galaxy Ring. Their appeal is very simple:

• No distractions
• No bulky hardware
• Continuous background tracking

The smart ring is ideal for contact sports and does not interrupt performance. It simply observes, analyses and reports later.

Aside from smart rings, manufacturers are remodifying their user experience to fit zero-touch interactions. Athletes don’t want to stop midway during intensive training to scroll through menus, so manufacturers are fixing this with new UX.

For instant clarity, wearables are now getting glanceable data, live activities and voice-first interfaces via AI assistants like Gemini.

Sport is still about physical activities, the competition and human potential, but as it is evolving, technology is also evolving.

The most important updates are beyond new shoes and jerseys, they now include software and hardware to make sports more data-driven. With the wearables in this article, it is crystal clear that the future of sports will not just be played but programmed.

The announcement adds options to a product line that has gained ground in a market where many AI gadgets have found it difficult to stay resilient.

This time, the company is targeting everyday users who rely on glasses, not just early adopters.

Speaking earlier this year, chief executive Mark Zuckerberg said, “billions of people wear glasses or contacts for vision correction.” That point sits at the centre of Meta’s latest move, wanting smart eyewear to feel normal, not experimental.

The new models come in two styles, rectangular and rounded, and will be sold through regular eyewear channels. There is no display built into the lenses. Instead, the glasses rely on voice and audio, supported by a Qualcomm Snapdragon AR chipset.

Users can expect features such as real-time object recognition and location awareness. Meta has also improved the microphones and extended battery life, addressing some of the early complaints about performance.

The glasses are being developed with EssilorLuxottica, the parent company of Ray-Ban. That partnership continues to give Meta access to a well-known fashion brand, which has helped the product blend into everyday use.

Smart glasses have turned into one of the few areas where AI hardware is finding some traction. While other devices have struggled to prove their usefulness, Meta’s approach leans on something people already wear.

Still, competition is building. Apple is said to be working on its own augmented reality glasses, although its focus remains on the Vision Pro headset for now. Snap has its Spectacles, but adoption has been limited.

Meta’s edge, for now, is the mix of familiar design and added function. In adding prescription support, the company is making a case for daily use rather than occasional novelty.

Pricing has not been confirmed, though earlier versions of the Ray-Ban Meta glasses sold between $299 and $379, suggesting a similar range.

There are still questions around features that recognise objects and capture audio and how data is collected and used. Meta has not given new details on that front with this launch.

The report states that the feature, known internally as “Name Tag”, would allow users to identify people they are looking at and receive information about them through the company’s AI assistant. 

If approved, it would be a big step in how Meta integrates artificial intelligence into wearable devices.

Company discussions about the feature began early last year. Executives have weighed how to release a tool that carries what the report describes as “safety and privacy risks”. The final decision has not been confirmed, and plans could still change.

An internal memo quoted in the report shows that Meta once considered rolling out “Name Tag” to attendees at a conference for the visually impaired before making it widely available. That launch did not happen.

The same document also says the company has thought carefully about timing. “We will launch during a dynamic political environment where many civil society groups that we would expect to attack us would have their resources focused on other concerns,” the document reads.

Meta had explored adding facial recognition to the first version of its Ray-Ban smart glasses in 2021. At the time, the company dropped the idea, pointing to technical limits and ethical issues. 

Now, after stronger sales of its smart glasses and closer ties between technology firms and the current US administration, the proposal has returned to the table.

According to the report, Mark Zuckerberg sees facial recognition as a way to make the company’s AI assistant more useful and to distinguish its glasses from competing products.

Meta has not publicly confirmed when or if the feature will be released.

What started with basic step counters has grown into a full ecosystem of advanced, AI-powered devices.

As the year comes to a close, the wearables market has recorded growth in both sales and features, moving beyond simple tracking to active health management.

Keeping up with these changes is no longer only for tech lovers. It’s now important to anyone who cares about personal well-being.

Devices worn on the wrist or finger can provide health insights that once required a doctor’s visit.

Whether you are an athlete chasing better performance or a professional managing daily stress, wearables in 2025 are smarter, easier to use, and more helpful than ever.

Top Smartwatches to Watch

The smartwatch market is now highly competitive. Major brands are focused on improving battery life, display quality, and smart features. The models below stand out for their strong performance and reliability.

Apple Watch Series 11

Apple is a leader in the premium smartwatch category with the Series 11, released in September 2025. The biggest addition is its hypertension detection feature, which alerts users to patterns linked to high blood pressure.

This makes it especially useful for people monitoring heart health. Powered by the new S10 SiP, the watch also has a screen that is twice as scratch-resistant as earlier models. Battery life reaches up to 24 hours, even with advanced sleep tracking turned on.

Google Pixel Watch 4

Google appears to have found its rhythm with the Pixel Watch 4. Available in 41mm and 45mm sizes, it features the bright Actua 360 display, reaching about 3,000 nits.

One primary upgrade is the addition of Gemini AI, which goes beyond basic commands to analyse daily data and offer personalised health insights. Google has also improved battery performance, a key issue in earlier versions. The Pixel Watch 4 now lasts over 36 hours on a single charge.

Samsung Galaxy Watch 8

Samsung’s 2025 flagship is a strong choice for Android users, especially those already using Samsung smartphones.

The Galaxy Watch 8 features an upgraded BioActive Sensor that improves body composition readings and sleep apnea detection.

It runs on the latest Wear OS with One UI 6 Watch, offering smooth integration with Galaxy devices. The slimmer design improves comfort while maintaining durability for all-day wear.

Fitness Trackers and Health Monitors

For users who prefer focused health data without app-heavy features, dedicated fitness trackers continue to improve. Below are some of the best options this year.

Garmin Venu 4

The Garmin Venu 4 sits between a smartwatch and a serious sports watch. Released in late 2025, it includes a bright AMOLED display and a built-in LED flashlight, similar to Garmin’s Fenix line. It is well-suited for runners, thanks to the updated Garmin Fitness Coach, which adjusts training plans daily. With battery life lasting up to 12 days, it offers the longest endurance on this list.

Fitbit Sense 2

Despite expectations for a newer model, the Fitbit Sense 2 remains Fitbit’s top health-focused device in 2025. It stands out for its strong focus on stress management rather than flashy features. Its continuous electrodermal activity (cEDA) sensor tracks stress levels and suggests ways to manage them before burnout sets in. With nearly a week of battery life, the Sense 2 remains a reliable option for users who want deep health insights without distractions.

Whoop 5.0

The Whoop 5.0 received a major upgrade this year. While it keeps its screen-free design, it now introduces Healthspan metrics that focus on long-term health as well as daily performance. New sensors enable blood pressure tracking and medical-grade ECG readings.

Whoop has also expanded its support for women’s health, offering training adjustments based on menstrual cycles, pregnancy, and perimenopause. This makes it one of the most personalised recovery tools available.

Conclusion

As we move toward 2026, wearables are becoming a natural part of everyday life, blending advanced features with thoughtful design. Smart rings gained strong popularity in 2025, with products like the Samsung Galaxy Ring and Oura Ring 4 leading the way.

This trend shows growing demand for discreet health tracking. These rings now monitor sleep, heart rate, and early signs of illness without using a screen.

AI is driving much of the progress in wearables. Devices are shifting from simply showing data to offering real guidance. Instead of just reporting poor sleep, wearables can now explain why it happened and suggest practical changes.

At the same time, lighter and more practical AR glasses are gaining attention among health-conscious users, displaying fitness data during workouts.

The future of wearables points to devices that are proactive, subtle, and highly personalised. 2025 is a strong sign that health tracking and personal data analysis are becoming part of everyday life.

The research was carried out by Cisco AppDynamics, exploring consumer attitudes and behaviours in relation to wearable technology.

It discovered that 85% of people around the world believe wearable technology now has the potential to positively transform both their own personal health and public health services as a whole.

37% of people currently use at least one wearable technology device and as many as 73% plans to increase their use of wearable technologies and associated applications over the next 12 months.  

Thus, wearable technology has reached a defining moment in its evolution, moving from the early adopter stage through to mass adoption.

The pace of innovation in wearable healthcare products is high, and users have clear preferences for what they want their devices to do. 

There are over 350,000 digital health applications currently available to consumers, with 47% focused on managing specific health conditions.

No matter how sleek and innovative the device, it’s the ability to get real-time access to trusted health and fitness data that shapes people’s views on the usefulness and impact of wearable technology.

Meanwhile, 86% of consumers believe that having reliable, real-time access to health data and accuracy of this data is critical to a good user experience.

The findings of the Cisco AppDynamics research are clear. Wearable technology brands must be able to deliver a seamless and reliable digital experience to consumers at all times.

Alarmingly, 56% of people claim that a bad digital experience with one wearable device or application would put them off trying other health or wellbeing wearable technology.

Whether it’s slow or unresponsive applications, data privacy and security issues, sign-in and password problems or difficulties with downloading and installing applications, consumers simply won’t tolerate sub-par experiences.

To avoid this, manufacturers and app developers should adopt the latest tools to manage and optimize performance and availability across a complex IT environment.

This means ensuring their technologists have access to a single, unified view of IT performance, right across the IT estate — what’s called full-stack observability.

Furthermore, these wearable technologies must be able to connect to this IT performance data with real-time business metrics, to quickly identify issues that may harm the end-user digital experience.