Samsung lost smartwatches to Apple. Rings are still up for grabs.
In the quiet space between innovation and execution, Samsung is reaching toward the wrist — or rather, the finger — with a prototype smart ring that signals the tech giant's desire to carve out territory in a health wearables market growing too fast to ignore. Partnering with Japanese manufacturer Meiko, Samsung's Galaxy Ring is still an idea being tested against reality, a conditional bet on whether engineering can catch up to ambition. The move reflects a broader human restlessness with how we monitor our bodies, and whether the devices we trust to do so must announce themselves on our skin or can simply rest, quietly, on our hands.
- The global smart ring market is racing toward $747 million annually, and Samsung cannot afford to watch from the sidelines while Oura defines the category alone.
- Cramming accurate, energy-efficient sensors into a ring-sized form factor remains an unsolved engineering challenge that has humbled the entire industry.
- Samsung's own wearable history is a cautionary tale — it beat Apple to the smartwatch by two years and still lost the market, a pattern the company cannot repeat.
- The Galaxy Ring prototype, contracted to Meiko, must clear strict quality thresholds before Samsung will commit to mass production — making this a high-stakes test, not a launch.
- If Samsung succeeds, its brand trust could lower the $299 Oura price barrier and bring health-tracking rings to a far wider audience.
Samsung is quietly developing a smart ring. According to Korea-based publication The Elec, the company has contracted Japanese manufacturer Meiko to build early prototypes of what it's calling the Galaxy Ring — a direct challenge to Oura's dominance in health-tracking wearables. The project remains in its earliest stages, and mass production will only follow if those prototypes meet Samsung's standards.
The market opportunity is significant. Smart rings are projected to grow at more than 25 percent annually, reaching $747 million per year — a category where Samsung doesn't have to fight Apple's stranglehold on smartwatches. But the engineering challenges are real: sensors must be miniaturized, calibrated accurately, and housed in materials durable enough for daily wear.
Samsung's wearable track record gives reason for both hope and caution. The company launched its first smartwatch two years before Apple, yet Apple now dominates global sales. Samsung has proven it can innovate — its Galaxy Z foldables are evidence — but it has also shown a pattern of ceding early advantages to competitors who execute better over time.
The smart ring format offers genuine appeal. These devices track health metrics and sleep without the bulk or screen notifications of a smartwatch, making them more comfortable for continuous wear. Emerging research supports their potential, with studies showing consumer rings can rival research-grade sleep monitors and pointing toward future applications in athletic performance and even medical care.
Brand recognition could be Samsung's sharpest edge. Oura's $299 price tag creates friction; a comparable Samsung device could lower that barrier considerably. But the Galaxy Ring's future lives entirely in the prototype lab for now — if Meiko's test units perform, the ring moves toward production. If they don't, Samsung walks away.
Samsung is quietly building a smart ring. According to reporting from The Elec, a Korea-based publication, the company has handed a development contract to Meiko, a Japanese manufacturer, to create what it's tentatively calling the Galaxy Ring—a direct answer to Oura's popular health-tracking ring. The project is still in its infancy, a prototype phase where everything remains uncertain.
The stakes are real. The global smart ring market is projected to hit $747 million annually, growing at more than 25 percent per year starting in 2023. That's a category with room to run, one where Samsung doesn't have to square off against Apple's dominance in smartwatches. But getting there requires solving problems that have plagued the entire category: cramming energy-efficient sensors into a tiny piece of wearable hardware, calibrating those sensors accurately, and ensuring the materials hold up over time. Samsung will only move forward with mass production if the prototypes clear these hurdles. That's a significant conditional.
Samsung's track record in wearables is mixed. The company released its first smartwatch in 2013, two years before Apple entered the market. Yet Apple now commands the lion's share of global smartwatch sales while Samsung trails far behind. The company has shown it can innovate—the Galaxy Z foldable phones are a testament to that—but it has also shown a pattern of squandering early advantages. Competitors have caught up in foldables and are shipping better products. In smartwatches, it was innovation and user interface design that gave Apple the edge.
A smart ring, though, operates in a different space. These devices can do what smartwatches do—track activity, measure heart rate, analyze sleep, process mobile payments, control music—but with distinct advantages. They're more discreet. They're more comfortable to wear continuously, especially at night. They don't bombard the wearer with notifications on a screen. For someone who finds a bulky smartwatch uncomfortable for sleep tracking, a ring offers a genuinely better experience.
The science is beginning to back this up. Research published in the Sleep journal tested the Oura Ring and found that consumer smart rings can produce sleep-wake models that rival existing research-grade devices. Other studies suggest that with modifications, rings could help medical personnel deliver critical care like CPR. Emerging research into sweat lactate analysis—a potential biomarker for athletic performance—points to another avenue where rings could prove valuable.
Brand recognition matters here too. Oura charges $299 for its Ring 3, a price that creates friction for many consumers. If Samsung delivers a comparable device under its own name, that friction drops significantly. People trust Samsung. They know the company. The barrier to entry becomes lower.
But none of this happens unless Samsung can solve the engineering problems that have plagued the category from the start. The prototype phase will tell the story. If Meiko's test units meet Samsung's quality standards—if the sensors work, if the battery lasts, if the materials survive—then the Galaxy Ring moves from concept to production. If they don't, Samsung walks away. The smart ring market is ripe for disruption, but only if someone can actually build the thing.
Citas Notables
Samsung will only move forward with mass production if prototype units meet quality standards—a significant conditional given the difficulty of engineering energy efficiency, sensor calibration, and material longevity into ring-shaped hardware.— Industry analysis
La Conversación del Hearth Otra perspectiva de la historia
Why does Samsung need another wearable? They already have smartwatches.
Smartwatches are Apple's territory now. Samsung lost that battle. But smart rings are still wide open—Oura hasn't locked down the market the way Apple has with watches. It's a category where Samsung can actually compete.
What makes a ring better than a watch?
Comfort, mostly. You wear a ring all day and all night without thinking about it. A watch is bulky by comparison, especially when you're trying to sleep. And rings don't light up your wrist with notifications every five minutes.
So it's just about comfort?
Not just. The science is starting to show that rings can measure sleep and heart rate as accurately as research-grade equipment. That's significant. If Samsung can tap into that, they're not selling a gadget—they're selling a health tool.
But Samsung has failed at wearables before.
True. They had smartwatches first, before Apple, and Apple took over anyway. The difference here is that Samsung is entering a category that's still forming. There's no established winner yet. If they execute well, they could actually lead.
What's the biggest risk?
Engineering. Getting sensors to work in something the size of a ring, keeping the battery alive, making sure the materials don't degrade—that's genuinely hard. Samsung has to nail all of it, or the whole project stalls.
And if they do nail it?
Then they're selling a $300 health device to millions of people who already trust the Samsung name. That's a real business.