Wearable Tech Smart Power Unleashes Bold Wellness Revolution 2025
Highlights Wearable technology has rapidly evolved from basic fitness trackers to multifunctional health and productivity tools. Today’s devices monitor vital signs, support mental wellness, and integrate with smart home systems, enabling seamless daily routines. Looking ahead, advancements like AI integration, AR interfaces, and more sustainable designs show a bright and promising future. Wearable technology has […]
Wearable technology has rapidly evolved from basic fitness trackers to multifunctional health and productivity tools.
Today’s devices monitor vital signs, support mental wellness, and integrate with smart home systems, enabling seamless daily routines.
Looking ahead, advancements like AI integration, AR interfaces, and more sustainable designs show a bright and promising future.
Wearable technology has shifted from niche fitness gadgets to essential components of our digital ecosystems. As technology becomes more intimate and personalized, wearables play a vital role in helping individuals monitor their health, enhance productivity, and streamline their day-to-day routines. Here we delve into the evolution of wearable technology, focusing on its growing role in health and productivity, supported by some real-world examples and a look at what lies ahead. For tech enthusiasts and general readers alike, understanding this transformation provides insights into how seamlessly embedded tech is shaping modern life.
The Historical Roots of Wearables
The origin of wearable technology can be traced back decades, though its modern incarnation truly began with fitness trackers and pedometers. Early devices like the 1960s-era ManPoKei pedometer in Japan and the 1980s calculator watches from Casio hinted at the potential for personal tech that could be worn.
However, it was not until the 200s that wearables entered mainstream consciousness. Fitbit’s launch in 2009 marked a pivotal moment, as it combined step counting with wireless syncing and goal setting. This was followed by the introduction of smartwatches, such as the Apple Watch in 2015, which merged health tracking with productivity features, ushering in a new era for personal devices.
These newer devices were packed with many exciting features; some focused on health care and lifestyle enhancement, and later evolved into IoT connectivity. Some of the various features are:
Health Monitoring and Preventive Care
One of the most profound contributions of wearable technology is in the realm of health monitoring. Modern wearables, equipped with advanced sensors, enable continuous tracking of vital metrics such as heart rate, blood oxygen levels, sleep cycles, and physical activity. These features allow users to take active control of their well-being and make informed decisions based on real-time data.
The Apple Watch Series 9, for instance, includes features like ECG monitoring and irregular heart rhythm notifications, which have been credited with identifying undiagnosed atrial fibrillation in thousands of users.
Similarly, the Fitbit Sense provides skin temperature readings, stress tracking, and electrodermal activity data to paint a comprehensive picture of the wearer’s health. These capabilities are not just about fitness; they offer early warnings for potential medical issues, effectively supporting preventive care and encouraging proactive health management.
Beyond basic metrics, companies like Withings and Garmin have introduced wearables with medical-grade features. Devices such as the Withings ScanWatch can monitor respiratory conditions by measuring blood oxygen saturation and provide sleep apnea detection, while Garmin’s range includes advanced VO2 max estimations for athletes and fitness enthusiasts.
Wearable Tech | Image Credit: nerac.com
Productivity and Lifestyle Enhancement
Wearables are not solely focused on health; they also play an increasingly significant role in enhancing productivity. Smartwatches and rings now offer streamlined access to notifications, reminders, calendars, and even messaging platforms, allowing users to manage their day without needing to constantly check their smartphones. Voice assistants integrated into these devices provide hands-free control, further minimizing distractions.
For professionals, devices like the Oura Ring offer insights into sleep quality and recovery, helping users optimize their schedules for peak performance. Meanwhile, smartwatches like the Samsung Galaxy Watch 6 or the Google Pixel Watch integrate with productivity suites like Google Workspace or Microsoft Outlook, enabling calendar alerts and to-do list tracking directly from the wrist.
Moreover, wearables are increasingly used in corporate wellness programs, as companies are investing in devices for employees as part of health initiatives, using data analytics to assess workforce wellness and productivity trends. Such implementations not only improve individual health outcomes but also reduce absenteeism and health care costs for employers.
Integration into Daily Routines
As wearable technology becomes more sophisticated, it is also becoming more seamless. The latest devices are designed to blend effortlessly into daily life, both in terms of aesthetics and function. With sleeker designs, improved battery life, and smarter software, wearables are now comfortable enough for all-day wear and intelligent enough to adapt to individual behaviours.
Smartwatches today can automatically detect when a user begins a workout, prompt breathing exercises when elevated stress levels are detected, or suggest winding down when bedtime approaches based on historical sleep patterns. These personalized nudges are subtle yet powerful, helping users make healthier choices without requiring conscious effort.
The kind of passive engagement marks a shift from earlier generations of technology that demanded active interaction. The result is a more organic relationship between humans and machines, where wearables function as silent partners in achieving health and lifestyle goals.
Smart Home and IoT Connectivity
Wearables are also integral to the growing Internet of Things (IoT) ecosystem. Devices like smartwatches can interact with other smart home gadgets, enabling users to control lighting, adjust thermostats, or unlock doors with a simple gesture or voice command.
Consider a scenario where a user wearing a smartwatch approaches their home: the device could signal the smart lock to open the door, then adjust the lighting to a pre-set evening mode. Such experiences, made possible by integrations between wearable devices and smart home platforms like Google Home or Apple HomeKit, highlight how these gadgets are no longer isolated tools but active components of a connected lifestyle.
Internet of Things | Image Credit: Freepik
Mental Health and Emotional Wellness
Beyond physical health, wearable technology is making strides when it comes to mental health and emotional well-being. Features like guided breathing, mindfulness reminders, and mood tracking support users in managing stress and anxiety.
Applications such as Headspace and Calm integrate with wearables to offer guided meditations, while devices like the Muse headband track brainwave activity to assist users in improving focus and relaxation. Fitbit’s stress management score, based on heart rate variability and electrodermal activity, offers daily insights into stress levels, encouraging relaxation techniques.
These integrations position wearables as holistic wellness tools that cater to both body and mind. As mental health becomes a global priority, the role of wearable tech in this space is expected to expand significantly.
Real-World Applications Across Industries
In healthcare, wearables have enabled remote patient monitoring, a feature especially valuable during the COVID-19 pandemic. Devices like the BioBeat wearable monitor vital signs in real-time, allowing healthcare providers to track patients from a distance and make timely interventions. Similarly, insurers are exploring partnerships with wearable tech companies to offer incentives for healthy behaviours using data to personalize coverage and lower premiums.
Athletics and professional sports have also embraced wearables for performance optimizations. GPS-enabled wearables like those from Catapult Sports track player movements, load, and effort during training, helping teams prevent injury and maximize output. Even the average gym-goer can benefit from wearables that guide workouts, monitor form, and offer virtual coaching.
In education, wearables are being used to enhance student engagement and well-being. Institutions are experimenting with biometric wearables to monitor attention and stress levels, allowing educators to adjust teaching methods in real time. In the workplace, wearables provide valuable insights into ergonomics, posture correction, and mental fatigue, promoting healthier work environments.
Future Trends and Predictions
Looking ahead, the future of wearable technology is filled with promising developments. One key trend is the miniaturization of devices. Wearables are evolving into even smaller, more discreet formats like smart rings, patches, and textiles. Smart fabrics embedded with sensors could soon replace traditional devices altogether, offering seamless monitoring with zero interference.
Another major trend is the rise of AI-powered predictive health. As wearables collect more data, machine learning algorithms will become better at identifying patterns and forecasting potential health issues before they manifest. This transition from reactive to preventive care could transform public health outcomes, reduce medical costs, and extend life expectancy.
Augmented reality (AR) wearables, such as smart glasses, represent another frontier. Devices like Meta’s Ray-Ban Stories or Apple’s Vision Pro aim to bring heads-up displays, real-time translations, and virtual interfaces to daily life. These innovations could redefine how we work, communicate, and consume information.
Additionally, sustainability is gaining traction in wearable design. Manufacturers are exploring recyclable materials, solar charging, and modular components that extend device life. As consumers become more eco-conscious, the demand for sustainable tech solutions is expected to drive innovation across the industry.
Future Health Tracker: Image Credit: gettyimages.in
Challenges and Considerations
Despite the immense potential of wearable technology, there are challenges to address. Privacy and data security remain top concerns, particularly as devices collect sensitive health and location data. Companies must ensure robust encryption, transparent data policies, and compliance with global privacy regulations like GDPR and HIPAA.
Battery life also poses a limitation, especially for feature-rich devices. Innovations in low-power processors and energy-efficient sensors are critical to improving user experience and adoption. Furthermore, the cost of high-end wearables may hinder accessibility for some users, raising questions about equity and inclusion in digital health.
Lastly, ensuring the accuracy and reliability of health data is essential. While many wearables offer impressive features, their measurements may not always match clinical standards. Continued collaboration with medical professionals and regulatory bodies will be crucial in establishing credibility and trust.
A Bright Future
Wearable technology has come a long way from basic step counters to intelligent devices that monitor health, enhance productivity, and integrate seamlessly into daily life. These advancements are not just technological milestones; they represent a fundamental shift in how we engage with personal data, manage well-being, and interact with our environment.
For consumers, the benefits are profound: greater control over health, improved efficiency, and a personalized experience that adapts to individual needs. As innovation accelerates, the future of wearables promises even deeper integration, where smart devices become silent allies in living healthier, more productive, and more connected lives.
Trump terminating trade talks with Canada over tech firm tax
By MICHELLE L. PRICE, Associated Press WASHINGTON (AP) — President Donald Trump said he’s immediately suspending trade talks with Canada over its plans to continue with its tax on technology firms, which he called “a direct and blatant attack on our country.” Trump, in a post on his social media network on Friday, said that […]
WASHINGTON (AP) — President Donald Trump said he’s immediately suspending trade talks with Canada over its plans to continue with its tax on technology firms, which he called “a direct and blatant attack on our country.”
Trump, in a post on his social media network on Friday, said that Canada had just informed the U.S. that it was sticking to its plan to impose the tax set to take effect Monday.
Garmin’s New Cycling Computer Is Built for Mountain Bikers
We may earn a commission from links on this page. Mountain bikers, listen up: Garmin recently launched its latest cycling computer specifically tailored for you. The Edge MTB is designed to meet the unique needs of off-road riders. For context, the Edge MTB represents a departure from Garmin’s traditional one-size-fits-all approach to cycling computers. This […]
Mountain bikers, listen up: Garmin recently launched its latest cycling computer specifically tailored for you. The Edge MTB is designed to meet the unique needs of off-road riders.
For context, the Edge MTB represents a departure from Garmin’s traditional one-size-fits-all approach to cycling computers. This device focuses pretty exclusively on mountain biking scenarios, incorporating specialized tracking modes and trail-specific functionality that road cyclists would never need.
Here’s how the Edge MTB works, and what sets it apart from other cycling computers.
Profiles for different riding styles
The computer introduces two distinct ride profiles designed for different mountain biking disciplines. The “enduro” profile recognizes that mountain biking involves both climbing and descending phases, allowing riders to track these segments independently. Users can manually switch between climb and descent tracking with a button press, or rely on the automatic pause feature to handle the transitions.
The “downhill” profile addresses a common frustration among gravity-focused riders: the need to constantly pause and resume recording when using chairlifts or shuttle services. (Huge for us dual Strava-Garmin users). This mode intelligently filters out uphill travel that isn’t pedaled, so that only actual descent time and statistics are recorded. This eliminates the tedious ritual of manually pausing the device every time riders board a lift or hop in a shuttle vehicle.
Better GPS for winding trails
Both specialized profiles utilize 5 Hz GPS recording, providing more frequent position updates than standard cycling computers. This higher sampling rate translates to improved accuracy when tracking the technical, winding paths typical of mountain bike trails.
The device also introduces virtual gates functionality, enabling riders to set checkpoint markers along trails to monitor split times across specific segments—useful for training or comparing performance on familiar routes.
What do you think so far?
Trail navigation features
The Edge MTB comes equipped with Forksight, which displays approaching trail names as riders navigate through trail networks. The device ships with preloaded Trailforks maps, giving users immediate access to trail information without requiring additional downloads or subscriptions.
Other features and specs
According to Garmin, the Edge MBT’s battery performance reaches 14 hours of standard operation, extending to 26 hours with battery saver mode. It has a scratch-resistant Corning Gorilla Glass display and an IPX7 water resistance rating. Safety features include LiveTrack sharing and automatic incident detection.
The Edge MTB is available for $399.99, making it a mid-range option among Garmin’s cycling computer lineup. Mountain bikers are sure to appreciate a computer that does more than simply treat off-road cycling as simply road cycling in a different environment.
After selling transparency, new AI grading company is shrouded in mystery
A new card grading company emerged earlier this month with promises to provide cheap and transparent grading using artificial intelligence and machine-learning technology. But two weeks after its launch, Zeagley Grading Services has already halted submissions, aired public spats on its website and avoided providing any substantial insight into its grading process or ownership structure. […]
A new card grading company emerged earlier this month with promises to provide cheap and transparent grading using artificial intelligence and machine-learning technology.
But two weeks after its launch, Zeagley Grading Services has already halted submissions, aired public spats on its website and avoided providing any substantial insight into its grading process or ownership structure.
Less than 40 minutes after ending a call with cllct Tuesday, the company’s website had disappeared. It returned Thursday with only the popular gif of former professional wrestler The Undertaker rising from a coffin, floating against a background image of Freddie Freeman’s walk-off grand slam from Game 1 of the 2024 World Series.
After briefly disappearing, Zeagley’s website returned with a gif of The Undertaker and image of Freddie Freeman.
On Friday, Zeagley’s website had been updated to show a photoshopped variation of the Freeman image with a countdown clock ending July 29. The National Sports Collectors Convention in Chicago takes place July 30 to Aug. 3.
Zeagley made a quiet debut via press release June 13, saying its team of former Amazon, Google and Meta engineers could deliver the “next-generation sports card grading platform powered entirely by artificial intelligence and machine learning.”
Zeagley said it would have a booth at Fanatics Fest 2025 in New York to demonstrate its technology firsthand by grading cards “in less than one second.”
The company has “already attracted early attention from major names, including DraftKings,” the release said.
In the days following its launch, Zeagley faced scrutiny from hobbyists, with many calling for additional transparency into its grading process and the company founders.
The first public hurdle for Zeagley came June 17 when the company said it had received a cease-and-desist letter from Collectors, the parent company of grading giant PSA.
The letter, portions of which were obtained by cllct and also posted to Zeagley’s website, demanded Zeagley halt use of its label, which Collectors claimed violated PSA’s trademark and trade dress. In the letter, Collectors also requested Zeagley destroy any remaining stock of labels.
After this story originally published Friday, PSA confirmed it did send the cease-and-desist letter.
Following the alleged cease-and-desist request, cllct attempted to discover who was behind the launch of Zeagley and learn what makes the company different from the industry’s current offerings.
On June 18, cllct was provided with a Google Voice number to schedule an interview with a member of the company. Rather than speak with a founding member, cllct would be connected with a spokesperson it was told it could refer to as “Ace.”
Cllct spoke with “Ace” on June 19 for 75 minutes.
During the call, “Ace” provided a basic overview of the company’s AI and machine-learning technology that it uses to grade cards.
Zeagley’s website currently features a countdown clock to July 19.
“We don’t want to give too much away, but at a high level, we’re getting thousands of data points on every card,” the spokesperson told cllct. “And from that, our software can do anything. It’s not just cards, we’ve scraped everything from the web.”
According to “Ace,” Zeagley initially began to form roughly two years ago from a group of card collectors with engineering backgrounds. Public records show Zeagley LLC was officially formed March 17, 2025.
“Ace” told cllct the company had analyzed more than 1,000 cards over the last year that had been graded by other companies to test for accuracy and consistency. He said Zeagley believed 80% of those cards were graded incorrectly.
“Over the last year, I would say we’ve graded cards at several different companies and the data we have, if we were to release it — we would be sued into oblivion,” “Ace” said. “So it’s shocking what we found.”
Additional details provided for the grading process were vague.
According to “Ace,” the label was made using AI, and Zeagley was adamant for it to have a QR code on the front. The company would be working with a graphic designer to create a new label. Whether it would be a standard label or have custom designs was still being researched.
The grading process itself is extremely simple, with human hands still being used to place cards before and after scanning. Little insight was given into the holdering process.
“It’s pretty much all automated,” the spokesperson said. “We don’t really have to tell it to start to scan. We don’t really have to tell any of the hardware to turn on. We don’t have to tell the software to run. We pretty much place the card and pick the card back up.”
According to “Ace,” the company doesn’t employ any former graders, but its members do have card backgrounds. When asked what safety nets or processes are in place to correct mistakes or improve the software, “Ace” said Zeagley hadn’t run into any issues.
“That’s kind of all baked into the system’ right? Not to get too technical, but you basically are looking at sort of an ‘if-else,’” they said. “If the condition is ‘true,’ do this, else do that. So that’s all sort of baked into the software. There’s logging, and we get errors if the software has issues, but ultimately our [quality assurance] has been going on for over a year. We haven’t had a problem at all.”
The June 13 press release said Zeagley would disrupt the collectibles market.
“Ace” then explained the proposed software to cllct further.
“Think of the model as a human. The model is continuously learning. The model is not done. The model is always learning,” they said. “The model knows more than any human on this planet ever will.
“The model knows more than just sports cards. The model has crawled all over the web, and we’ve trained it for probably over a year on exactly how we want the model to behave and fine-tuned to the point that we think we’re ready.”
When questioned by cllct about his role with the company a second time, “Ace” said he was acting as Zeagley’s CEO in addition to its spokesperson.
When asked about the company’s use of PSA’s trademark, “Ace” told cllct Zeagley would likely comply with the cease-and-desist. He also denied claims made by individual hobbyists on social media that the entire holder pictured — not just the label — was a visually-altered PSA slab.
During cllct’s call June 19, Zeagley posted an update to its website saying submissions would be paused, and the company would no longer be demonstrating its service at Fanatics Fest. “Ace” said the company had received about 1,000 orders prior to pausing service and those customers would be refunded.
It’s currently unclear if any cards were mailed to Zeagley for grading.
With Zeagley’s technology still largely unclear, cllct made repeated attempts to learn about the company infrastructure, its founders and funding.
The company was largely made up of engineers who were impacted by tech layoffs, “Ace” told cllct. Who these engineers were, exactly, he wouldn’t say. Zeagley was operating “pretty lean” at the moment, but had between 50 and 100 paid employees, he said.
“Ace” wouldn’t offer up additional details on the founders. Cllct agreed not to publish names of individuals if it could independently confirm the engineers had the background Zeagley claimed they did.
Cllct’s requests were repeatedly declined
Zeagley offered little insight into the company’s funding.
“The long and short is it’s a little bit of private and a little bit of public money,” they said, “but I think this weekend will change that.”
On June 18, Zeagley’s website featured a prominent “DraftKings” logo next to an advertisement for additional funding. “Want to invest?” the ad read. “Contact us for our next series of funding and join in with our existing partners.”
The advertisement and DraftKings logo were eventually removed from Zeagley’s website during one of the company updates written directly onto the homepage.
A DraftKings spokesperson later told cllct the company has no official relationship with Zeagley.
Additional requests to independently vet engineers and founders of the company were repeatedly declined by “Ace.”
“We’re not in a typical scenario,” he said. “We’re involved with lawyers, and there’s a lot of money at stake. I’m closing dealers tomorrow, and I don’t need the distraction.”
Instead, “Ace” offered to meet cllct in New York during Fanatics Fest from June 20-22. He clarified Zeagley never had a booth booked at the event, but there was intent to set up a “pop-up” tent outside of the venue to demonstrate the company’s ability to take initial scans in “about a millisecond.”
Cllct set a tentative window to meet midday on Friday, June 20.
Early that day, Zeagley’s website confirmed it would comply with PSA’s cease-and-desist request and had halted submissions.
“We complied with the cease and desist — not because we agree, but because we’d rather innovate than fight in court,” the note read. “Our new label is underway, and we’re committed to doing things the Zeagley way: with innovation, not intimidation. At Zeagley, we’re focused on building a grading system that collectors deserve.”
A text message from cllct to the Google Voice number used by “Ace” at 1:38 p.m. ET on June 20 wasn’t returned.
“Sorry got swamped, update on the site now,” read a text message from the Google Voice number used by “Ace” to cllct on June 22 at 9:49 p.m. ET.
The update on Zeagley’s homepage wrote of a meeting with Fanatics Live CEO Nick Bell on Saturday as well as a “total accident” meeting in an elevator with two employees from Mantel, a popular social media website dedicated to cards, collectibles and memorabilia.
“We gave them a quick, on-the-fly demo, and now we’re scheduled to talk again soon,” Zeagley’s update read.
Fanatics declined cllct’s request for confirmation Bell met with Zeagley representatives in any capacity.
A source for Mantel confirmed to cllct two employees ran into a Zeagley representative in an elevator during the event, but an official meeting was never set, and the reported demo of the company’s services were screenshots rather than video.
The source confirmed to cllct Mantel has no relationship with Zeagley. According to a Mantel source, the Zeagley representative introduced himself as “Kyle,” but didn’t provide a last name.
Two addresses are listed in Zeagley’s filings, including one that directs to Northwest Registered Agent. According to Northwest’s website, registered agent services are a way to “keep your sensitive personal data private and out of your company’s public information.”
The second address listed in Zeagley’s filings is a mailing address that directs to a post office in Seattle. “Ace” told cllct Zeagley planned to use that address to pick up cards that were mailed in for grading.
According to a Mantel source, the Google Voice number given to the team by “Kyle” is the same number cllct has used to communicate with “Ace.”
After a text message by cllct to the number provided for “Kyle” and “Ace” wasn’t returned Monday, the employee cllct had previously spoken to agreed to a second interview Tuesday.
When reached by cllct, “Ace” said he had personally shown Mantel employees a demo of Zeagley’s service at the Bleecker Trading booth during Fanatics Fest.
According to “Ace,” the company had been considering all paths forward. Following concerns about trustworthy suppliers that could provide the plastic holders need to grade cards at scale, the company was considering white-labeling its technology.
“Ace” said the meetings so far had largely involved Zeagley’s AI and machine-learning technology rather than its grading services. Zeagley would also be shifting its focus from accepting investments to partnerships.
Additional requests by cllct to confirm identities and backgrounds of founders at the company were repeatedly denied. The person speaking as “Ace” declined cllct’s request to confirm whether “Ace” and “Kyle” were the same employee working for Zeagley.
After originally taking credit for showing Mantel employees a demo in New York, the person speaking as “Ace” claimed he was never at Fanatics Fest, and “Kyle” was a different employee.
“Ace” then denied multiple cllct requests for any additional transparency.
“The people we want to know who we are, know who we are,” they said. ”We don’t care what the public thinks. The public is not writing checks and not doing deals.”
One of cllct’s final questions to “Ace” was whether Zeagley felt customers should know the backgrounds of the founders before sending cards or money to the company.
“We’re not even a grading company anymore,” he said. “Who knows what we are anymore? Maybe we dissolve tomorrow. Like I said, maybe we’re acquired tomorrow, and Zeagley never even existed. I really don’t even know what’s going to happen.”
The second call between cllct and “Ace” on Tuesday lasted 55 minutes and ended at 4:18 p.m. ET.
An attempt to reach Zeagley’s website by cllct at 4:58 p.m. ET that day was met with an error.
By early Thursday, the website, which has a listed owner of Domains By Proxy, LLC, had returned with the Freeman photograph and spinning GIF of The Undertaker.
An online search for “Zeagley” on Thursday listed the company as an online auction marketplace rather than a grading company.
“This online marketplace facilitates secure local auctions for buyers and sellers,” a preview for the company read. “Sellers list items and set a starting bid, while buyers compete to offer the best price. The platform prioritizes speed and convenience, allowing for quick sales and competitive bidding.”
A text message to the Google Voice number previously used by “Ace” and “Kyle” asking for clarity on a possible company pivot wasn’t immediately returned Thursday afternoon.
Ben Burrows is a reporter and editor for cllct, the premier company for collectible culture. He was previously the Collectibles Editor at Sports Illustrated. You can follow him on X and Instagram @benmburrows.
California AG poised to crush billion-dollar fantasy sports industry
Steinberg Sports and Entertainment CEO Leigh Steinberg discusses the escalation of money flowing into college football on ‘Making Money.’ California’s top legal authority is moving forward in a push to rid the state of sweepstakes casino games. Attorney General Rob Bonta will introduce an opinion that would make all online fantasy sports platforms illegal in […]
Steinberg Sports and Entertainment CEO Leigh Steinberg discusses the escalation of money flowing into college football on ‘Making Money.’
California’s top legal authority is moving forward in a push to rid the state of sweepstakes casino games.
Attorney General Rob Bonta will introduce an opinion that would make all online fantasy sports platforms illegal in California, KCRA-TV reported.
The Golden State is not the first U.S. state to propose legislation that would eliminate the support or promotion of online casinos that operate in a sweepstakes-like fashion.
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California Attorney General Rob Bonta speaks to the media after graduation ceremonies for the School of Social Ecology at UC Irvine in Irvine, Calif., June 16, 2025. (Paul Bersebach/MediaNews Group/Orange County Register via Getty Images / Getty Images)
Louisiana and New York have presented proposals on the topic, while Connecticut and Montana have enacted laws that ban online fantasy sports operations.
LEGALIZING SPORTS BETTING IN TEXAS WOULD PAY HUGE DIVIDENDS, STUDY SAYS
The California Nations of Indian Gaming Association and Tribal Alliance of Sovereign Indian Nationals reportedly warned California lawmakers earlier this week about some fantasy sports operators potentially pushing to have their legal status changed in the state.
It remains unclear whether other types of online gaming will be affected as a result of these proposals and laws. In a legal sense, traditional fantasy sports vary from traditional online gaming. Online fantasy sports effectively require participants to play a game of skill, so courts have ruled it is legal.
The DraftKings logo (Pavlo Gonchar/SOPA Images/LightRocket via Getty Images / Getty Images)
Fantasy sports players typically select a team of real-life athletes from the NFL, MLB, NBA, NHL and other professional leagues and receive points based on the statistics of the athletes they picked.
According to KCRA-TV, the California Department of Justice’s opinion will likely be made public before the Fourth of July holiday.
Daily fantasy sports and skill-based sports gaming platform companies Betr, PrizePicks, Underdog Fantasy, Dabble and Splash Sports, make up the Coalition for Fantasy Sports. The group released a statement in response to the news of the anticipated legal opinion.
FanDuel’s logo on a phone (Pavlo Gonchar/SOPA Images/LightRocket via Getty Images / Getty Images)
“We hope the attorney general’s office will consider the views of sports fans across the state before making a decision,” the coalition said in a statement to the station. “Californians have been playing daily fantasy sports games for more than a decade, and it is shocking to think that the state would suddenly take them away.”
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Fantasy sports in California date back to at least the early 2000s. It remains to be seen how the multibillion-dollar industry’s bottom line could be affected if legislation banning online fantasy sports is enacted.
I hope Samsung Galaxy Watch 8’s new Ultra-style squircle design rumor is actually true
Samsung has now set a date for its next Unpacked showcase, which is Wednesday, July 9. As well as some new foldable phones, we’re also expecting the launch of the Samsung Galaxy Watch 8 – and in the run up to the big day, there have been some intriguing leaks around the design of the […]
Samsung has now set a date for its next Unpacked showcase, which is Wednesday, July 9. As well as some new foldable phones, we’re also expecting the launch of the Samsung Galaxy Watch 8 – and in the run up to the big day, there have been some intriguing leaks around the design of the smartwatch.
This will of course be the follow-up to last year’s Samsung Galaxy Watch 7, and it also looks as though we may get a Samsung Galaxy Watch Ultra 2 as well, after the original launched alongside the Galaxy Watch 7 in July 2024 (or perhaps just a new color – the rumors aren’t too clear, as yet).
Wearable Technology Market The wearable technology market has transformed how consumers interact with devices, blending innovation with everyday life. These advanced gadgets-ranging from smartwatches to fitness trackers-offer real-time data, seamless connectivity, and personalized health insights. Wearable devices are now a core part of the consumer electronics ecosystem, empowering users to monitor their fitness, track vital […]
The wearable technology market has transformed how consumers interact with devices, blending innovation with everyday life. These advanced gadgets-ranging from smartwatches to fitness trackers-offer real-time data, seamless connectivity, and personalized health insights. Wearable devices are now a core part of the consumer electronics ecosystem, empowering users to monitor their fitness, track vital signs, and stay connected on the move. With constant advancements in sensor technology and miniaturized computing, the adoption of wearables is expected to rise further, bringing convenience and health awareness to millions worldwide.
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Expert Market Research: Driving Innovation in the Wearable Technology Market
In a world where technology meets the human body, the wearable technology market thrives as innovation takes center stage. Expert Market Research highlights how this sector is transforming everyday routines into data-driven experiences, empowering users with smart insights at their fingertips. From fitness enthusiasts tracking every heartbeat to patients monitoring vital signs remotely, wearables are redefining convenience and care. As companies push boundaries with AI, flexible displays, and sustainable materials, wearables are evolving into personalized companions. With rapid growth ahead, industry leaders and fresh startups alike are set to keep wearables at the heart of the connected future.
Wearable Technology Market Size
The global wearable technology market reached a volume of 289.89 Million Units in 2024, showcasing the tremendous rise in consumer adoption of smart, connected devices. The market’s size reflects how wearables have shifted from niche gadgets to everyday essentials for millions worldwide. This surge is driven by demand for smartwatches, fitness bands, smart clothing, and health monitoring devices that seamlessly integrate into daily life. In urban areas, wearable technology has become synonymous with proactive health management, digital lifestyles, and convenience. The increasing affordability of smart wearables, combined with broader internet penetration and improved connectivity, has expanded the customer base across age groups and geographies. Wearables are now vital tools for individuals managing chronic conditions, athletes optimizing performance, and professionals seeking seamless connectivity. Enterprises are also adopting wearable solutions for workforce productivity and safety monitoring. As new players enter the market with innovative, budget-friendly devices, the market size is expected to broaden further, capturing emerging economies. The market’s scale underscores its position as a significant segment within the consumer electronics industry, with strong momentum heading into the next decade as healthcare, fitness, entertainment, and enterprise applications converge under one smart wearable ecosystem.
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Wearable Technology Market Trends
The wearable technology market is evolving rapidly, with trends pushing the industry into new dimensions. One key trend is the growing shift toward health-focused features-wearables now provide not just step counting but advanced metrics like ECG, blood oxygen monitoring, and stress tracking. Another major trend is the rise of smart textiles and body-worn sensors embedded directly into clothing, enabling discreet, continuous monitoring of vital signs without bulky devices. Companies are also increasingly integrating AI to deliver personalized recommendations based on real-time health data, transforming wearables into intelligent health companions. Sustainability is another significant trend, with brands investing in recyclable materials, longer-lasting batteries, and energy-efficient components to appeal to eco-conscious consumers. Additionally, the line between fashion and technology is blurring, as collaborations with lifestyle and luxury brands make wearables more stylish and mainstream. The expansion of IoT ecosystems and 5G connectivity is also shaping the future of wearables, enabling real-time data sharing and enhanced functionality. Together, these trends highlight how wearables are evolving from single-function devices into sophisticated, interconnected tools that redefine wellness, productivity, and lifestyle in the digital age.
Market Opportunities and Challenges
The wearable technology market holds vast opportunities, particularly in healthcare and remote patient monitoring. With the rise of telehealth, wearables can bridge the gap between patients and healthcare providers by offering continuous health data. In fitness and sports, smart apparel and advanced trackers provide real-time performance metrics for enthusiasts and professionals alike. However, the market also faces challenges such as data privacy concerns, high development costs, and battery life limitations. Companies must address these hurdles to maintain consumer trust and ensure long-term adoption across regions and demographics.
Segmentation of the Wearable Technology Market
Breakup by Component
Software
Service
Breakup by Product
Wrist-Wear
Eye-Wear and Head-Wear
Foot-Wear
Neck-Wear
Body-Wear
Others
Breakup by Technology
Computing Technology
Display Technology
Networking Technology
Positioning Technology
Sensor Technology
Others
Breakup by Application
Consumer Electronics
Healthcare
Enterprise and Industrial Application
Others
Breakup by Region
North America
Europe
Asia Pacific
Latin America
Middle East and Africa
Wearable Technology Market Growth
The growth of the wearable technology market is underpinned by technological advancements and a shift in consumer behavior toward connected health and fitness. Over the last decade, smartwatches and fitness trackers have become integral to daily routines, with users relying on them to track workouts, monitor sleep patterns, and receive health alerts. The pandemic further accelerated this growth by raising awareness of personal health monitoring and remote patient care, driving demand for medical-grade wearable devices. The increasing popularity of home workouts and digital fitness services also boosts the appeal of wearables that sync with apps for a more personalized fitness experience. Enterprise adoption is expanding too-companies are integrating wearable tech for employee safety, workforce tracking, and augmented reality solutions. Innovations like flexible displays, smart fabrics, and embedded sensors are unlocking new product categories, from smart shoes to biometric clothing. As more affordable options hit the market, adoption among middle-income consumers is rising rapidly. Government support for digital health and the growing role of wearables in preventive care contribute to sustained growth. The market’s strong double-digit CAGR reflects how wearables are moving from nice-to-have gadgets to must-have tools in a connected lifestyle.
Wearable Technology Market Forecast
Looking ahead, the future of the wearable technology market is promising, with projections indicating robust expansion. From a volume of 289.89 Million Units in 2024, the market is expected to grow at a CAGR of 17.00% between 2025 and 2034, reaching nearly 1393.45 Million Units by 2034. This forecast is anchored in rising consumer health consciousness and growing trust in digital health tools. As global populations age and chronic diseases become more prevalent, the demand for remote patient monitoring and proactive health tracking will intensify, positioning wearables as essential healthcare extensions. Rapid advancements in AI, miniaturization, and 5G connectivity will enhance device capabilities, allowing for real-time analytics, remote diagnostics, and seamless data sharing with healthcare providers. Emerging markets will also play a key role, as increasing internet access and affordable devices unlock new opportunities. Enterprise applications are forecast to expand too, from industrial safety to logistics and field operations. Moreover, smart textiles and new form factors are expected to diversify product offerings. All these factors suggest that wearable technology will become even more deeply embedded in everyday life, driving strong market growth throughout the next decade.
Competitor Analysis
The wearable technology market is fiercely competitive, with key players driving innovation, expanding product portfolios, and investing heavily in research and development to stay ahead.
Apple Inc.: Industry leader known for its premium smartwatches and health-focused wearable innovations.
Samsung Electronics Co., Ltd.: Offers diverse wearables with advanced health tracking and seamless device integration.
Fitbit, Inc.: Specializes in fitness bands and smartwatches with comprehensive activity and wellness tracking.
Xiaomi Corp: Delivers affordable smart bands and watches with strong market presence in Asia.
Alphabet Inc.: Parent company of Google, innovates wearables with AI and connected tech through Fitbit and Pixel devices.
LG Electronics, Inc.: Develops wearable products with focus on smart glasses and healthcare applications.
Huawei Technologies Co., Ltd.: Provides smartwatches and bands with long battery life and health monitoring.
adidas AG: Focuses on wearable tech for sports and performance tracking through smart apparel.
Google LLC: Expanding wearable ecosystem with AI-driven features and integration with Android devices.
Imagine Marketing Ltd.: Operates the boAt brand, offering affordable smartwatches and audio wearables.
Nike, Inc.: Invests in smart fitness wear and digital sports tracking solutions.
Sony Corporation: Innovates in smart eyewear and wearable audio products for consumers.
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