Who Invented Smartwatch? A Detailed History

Last Updated on March 10, 2024 by Oliver

Do you ever wonder who created the very first smartwatch? Well, it’s a bit tricky to figure out because there’s a big debate about it. Some folks think Apple made it, while others believe Samsung was the first.

The reason it’s so confusing is that lots of smartwatches have come out over time. Trying to remember all of them can be puzzling.

But guess what? Prakash Kumar has made a super-detailed guide about every single smartwatch ever made. You can learn all about each watch, like what it can do, its special features, and how much it costs. Cool, right?


A smartwatch is like a tiny computer that you can wear on your wrist, just like a regular watch. These days, smartwatches have a screen that you can touch, kind of like your smartphone.

They do lots of things for you every day. They work together with a special app on your smartphone to help you keep track of things and even monitor your health over a long time.

The first smartwatches could do simple stuff like math, tell time, translate languages, and play games. But since about 2015, newer smartwatches are more like tiny smartphones.

They can run all sorts of apps, have their own operating system, and connect to the internet using WiFi or Bluetooth. Some can even play music and videos if you connect them to wireless headphones.

And here’s a cool thing: some smartwatches can also work as phones. That means you can make calls with them, just like a regular phone. So, they’re like a mini-computer, a watch, and a phone all rolled into one!

History of Early Digital Watches

1. The Debut of the First Digital Watch (1972)

The Pulsar, manufactured by the Hamilton Watch Company, holds a significant place in the history of timekeeping as the pioneering digital watch. Introduced as the world’s first digital timepiece, the Pulsar represents a groundbreaking fusion of technology and fashion. Its innovative design, coupled with precise timekeeping, quickly captured the attention of watch enthusiasts and professionals alike. The Pulsar by Hamilton Watch Company exemplifies the brand’s dedication to crafting reliable, stylish, and technologically advanced watches that have left a lasting legacy in the world of horology.

2. Transition to a Brand Name (1978)

In 1978, the Pulsar brand underwent a significant transformation when it was acquired by the renowned Japanese watchmaker, Seiko. This acquisition marked a pivotal moment in the history of Pulsar, as it became part of the Seiko Group, a global leader in watch manufacturing.

Under Seiko’s stewardship, Pulsar continued to evolve and innovate, combining the precision and craftsmanship associated with Seiko with the iconic design elements that had made Pulsar a household name. This strategic move by Seiko solidified the brand’s reputation for quality and innovation and allowed Pulsar to continue its legacy of producing exceptional timepieces that resonate with discerning watch enthusiasts around the world.

3. Advancements in Digital Watches (1982)

In 1982, the Pulsar Watch (NL C01) made a groundbreaking entry into the world of timekeeping, marked by a trio of innovative features. This remarkable timepiece represented a significant milestone for the brand. First and foremost, it was the pioneer in the realm of digital watches by storing a whopping 24 digits, a feat that captured the attention of watch enthusiasts and tech aficionados alike.

However, what truly set the NL C01 apart was its status as the first watch with user-programmable memory, putting personalization and customization at the forefront of its design. This remarkable achievement underscored Pulsar’s commitment to pushing the boundaries of watchmaking, cementing its legacy as a trailblazer in the industry. The Pulsar Watch (NL C01) remains a testament to the brand’s dedication to innovation and its enduring impact on the world of horology.

 4. Seiko’s Entry into Computer Watches (1980s)

In 1983, Seiko introduced a watch called the Data 2000 Watch, which was a big deal in the world of wearable technology and a major moment in Seiko’s history. This watch was pretty amazing – people even call it Seiko’s first computer watch. What made it special were the cool features it had. It had a special keyboard that you could attach to it, so you could type and work with data right on your wrist.

This was a big deal because it connected the worlds of keeping time and using computers. Plus, for its time, it could store a lot of information – up to 2,000 letters or numbers. They also made it in different colors, so you could choose the one you liked best. The Data 2000 Watch was like a glimpse into the future of wearable technology, where technology and style came together, and it set the stage for the smartwatches we have today.

The RC Series

The RC Series by Seiko was a big deal in the 1980s when it came to computer watches. The star of this series was the RC-1000 Wrist Terminal. It was a really innovative device that showed how Seiko was all about combining technology with wristwatches. This special watch could connect to popular personal computers from back then, which was a pretty cool thing.

It meant you could do computer stuff right from your wrist, which was way ahead of its time. But Seiko didn’t stop there. They teamed up with Seiko Epson to make the RC-20 Wrist Computer, showing how serious they were about being creative and working with others in the tech world. And there were even more models in the RC Series, like the RC-4000 and RC-4500, each with their own cool features. So, the RC Series was all about Seiko being a pioneer in wearable technology in the 1980s, and it had a big impact on the smartwatches and wearable tech we have today.

5. Casio’s Computer Watches and Novelties

Casio’s Data Bank Series

Casio’s Data Bank Series is a well-liked collection of computer watches that made a big impact in the world of wristwatches. These watches went beyond simply telling the time; they were kind of like early versions of the smartwatches we have today. The Data Bank Series was a significant advancement because it combined useful features with a cool design.

These watches had a neat feature – they could store important information like phone numbers and addresses right on your wrist. This was a pretty nifty innovation, especially in the days before everyone had smartphones. So, Casio’s Data Bank Series wasn’t just a bunch of watches; it demonstrated that Casio was all about being inventive, practical, and versatile. It became a top choice for people who wanted a watch that did more than just tell time and looked stylish while doing it.

Novelty “Game Watches”

The making of “Game Watches” was a fun and imaginative part of watch production, and Casio, along with other companies, took the lead in this unique category. These watches weren’t just for telling time; they were like tiny entertainment devices for your wrist. Casio, known for its creative ideas, came up with a bunch of these Game Watches.

Each one had a different game inside, like simple video games or even a calculator feature. People, both young and old, liked these quirky watches because they added a bit of fun to their day. It wasn’t just Casio; other companies also got into the Game Watch game, making their own versions and adding more variety to the market. These watches remind us that wristwear can be more than just something practical; it can also be a source of entertainment and excitement in the world of watches.

6. Emergence of Pager Watches (Late 1980s)

Wrist Watch Pager

The Wrist Watch Pager was a cool collaboration between two big companies, Motorola, known for their tech stuff, and Timex, famous for making watches. This special watch wasn’t just for telling time; it could also get important messages. Motorola used their know-how in pager technology, while Timex made sure the watch was reliable and looked good.

So, this watch was a mix of being super useful and stylish. It was perfect for people who wanted to get messages on their wrist. This teamwork between Motorola and Timex showed how technology was getting into everyday things like watches, and it paved the way for even more cool stuff in the world of wearable tech.

The MessageWatch

The MessageWatch was a special pager watch made when AT&T, a big telecom company, joined forces with the famous watchmaker Seiko. This unique watch didn’t just tell time; it could also get important messages and notifications sent to your wrist. AT&T used their knowledge in communication tech to make sure messages came through smoothly.

And Seiko, known for making precise and stylish watches, ensured that the MessageWatch not only worked well but also looked good. This partnership between AT&T and Seiko was a big deal because it showed how communication technology was becoming a part of everyday things like watches. The MessageWatch was perfect for people who wanted an easy way to stay in touch, and it paved the way for more cool developments in wearable technology.

The Dawn of Smartwatches in the 1990s

In the 1990s, smartwatches started to become a big thing, and this was a major change in the world of watches and technology. Before that time, digital watches were popular, but they could only do basic stuff like telling the time and setting alarms. But as technology got better, people began to think about how to make watches more useful.

Some smart folks in the tech industry started working on turning watches into smart devices that could do a lot more than just show the time. These early smartwatches were like the ancestors of the fancy smartwatches we have today, with tons of features. They laid the foundation for the big wearable tech revolution that was just starting, bringing together the traditional idea of a watch with modern digital gadgets.

1. Timex Data link: Pioneer of Wireless Data Transfer (1994)

Introduction of Timex Data link Smartwatches

Back in 1994, Timex Data link did something really cool – they were one of the first to make a watch that could send and receive data wirelessly. This was a big deal in the world of smartwatches because it started a whole new era of wristwear technology. With this smartwatch, people could transfer stuff like contacts and calendar info from their computer to their watch without any cords or wires. It changed the way folks managed their info while on the move.

Timex showed they were serious about mixing traditional watch features with the latest tech. Since then, Timex has kept improving their Data link series, making all kinds of smartwatches that have reshaped how we think about wearable tech. These watches have become a normal part of our digital lives, making things more convenient and accessible right from our wrists – all thanks to Timex Data link’s pioneering spirit.

Wireless Data Transfer to PC

Wireless data transfer to your computer was a big deal in technology. It changed the way people handled information between their watches and computers. This cool wireless method let you sync data from your computer to your watch without needing any cables or physical connections. A notable example of this was using Microsoft Schedule+ software, which was super important for sending data.

With it, you could easily transfer things like your schedule, appointments, and contact info from your computer to your watch. This made life more convenient because you had all your important info right on your wrist. This wireless transfer method didn’t just make managing data easier; it also showed how technology was becoming a part of everyday things like watches. Watches weren’t just for telling time anymore; they became handy tools for keeping personal information close at hand.

2. Steve Mann and the Linux Wristwatch (1998)

Invention of the World’s First Linux Wristwatch

Back in 1998, a guy named Steve Mann, who was a real pioneer in wearable technology, did something historic. He created the world’s very first Linux Wristwatch. This was a massive deal because it showed how innovative and forward-thinking Mann was. The Linux Wristwatch wasn’t just a regular watch; it was like a tiny computer you wore on your wrist, and it ran on the Linux operating system.

With Mann’s invention, you could do all sorts of computer tasks right from your wrist, proving that wearable tech had endless possibilities. He even presented his work at the IEEE ISSCC2000 conference, where people recognized him as “the father of wearable computing.” Steve Mann’s Linux Wristwatch was a major moment that paved the way for the smartwatches we have today and showed how important wearable tech could be in our daily lives.

Linux Journal Feature

A really important moment in the world of wearable tech happened when Steve Mann’s Linux wristwatch was featured on the cover of Linux Journal Issue 75 and became the main story inside. This was a big deal because it showed how groundbreaking Mann’s invention was and how it mattered in the tech world. The cover of the magazine made Mann’s Linux wristwatch a symbol of how technology was becoming a bigger part of our everyday lives.

Inside the magazine, there was a long article that explained all the technical stuff about Mann’s creation and what it could mean for the future. This feature in Linux Journal wasn’t just about celebrating Mann’s success; it also put wearable computing in the spotlight in the tech world, inspiring more ideas and cool stuff in this field.

3. Seiko’s Ruputer: The Early Wristwatch Computer (1990s)

Launch of the Seiko Ruputer

In the 1990s, something big happened in the world of wearable tech. Seiko launched a device called the Ruputer, which was like an early computer you could wear on your wrist. This was a groundbreaking gadget because it showed that wristwatches could do more than just tell time. The Ruputer was first introduced in Japan, and it was a significant moment in the tech world.

This wrist computer could do various things, like keeping track of dates, scheduling events, and even doing simple math with a calculator. It was a clear sign that Seiko was all about mixing traditional watchmaking with the latest technology. The Ruputer set the stage for future developments in wearable tech, proving that wristwear could be more than just a way to check the time – it could be a versatile tool with many functions.

Challenges and Limitations

Seiko’s Ruputer, the early wristwatch computer from the 1990s, was a pioneer in its own right, but it had some challenges and limitations worth noting. One thing to know is how you interacted with it. Instead of the touchscreens we have today, the Ruputer used a small touchscreen and a stylus, which could be a bit tricky to use compared to what we’re used to now.

Also, the screen wasn’t as sharp as today’s screens, so showing detailed stuff was a bit tough. Still, even with these limitations, the Ruputer was a big deal in the world of wearable tech. It showed that Seiko was really into pushing the boundaries of what wristwatches could do. It was an early example of a wristwatch doing more than just telling time, and it set the stage for even cooler and more user-friendly wearable gadgets in the future.

Extended Life Cycle

The Matsucom onHand PC had a long life, and it was a big deal in the world of wearable tech. It could work with the Ruputer, which was another wristwatch computer. This was important because it connected two generations of wearable tech, sort of like a bridge between them. What made the onHand PC special was that it was one of the first true smartwatches of its time.

It had a screen for showing graphics and could even run apps made by other people. So, it wasn’t just for telling time; it could do more stuff. This smartwatch was great for folks who wanted more functionality from their wristwear. Its enduring popularity shows how early wearable tech was making progress, and it teaches us how important it is for devices to work together and adapt as wearable tech keeps evolving.

4. Samsung’s Watch Phone Innovation (1999)

World’s First Watch Phone

Back in 1999, Samsung did something really groundbreaking. They came out with the SPH-WP10, which was the world’s very first watch phone. This was a huge deal and showed that Samsung was really into pushing the limits of wearable tech.

The SPH-WP10 had features that were way ahead of its time, like a built-in antenna for making calls, a small screen to show information, and it could talk for a pretty long time without running out of battery. It was a game-changer because it meant you could make calls and stay connected without needing a regular phone. Samsung’s move into the watch phone world paved the way for future smartwatches, proving that wearable tech could change the way we communicate and stay in touch with others.

The Dawn of watches in 2000s

The 2000s were a time when watches, especially digital ones, went through some big changes. These watches became more than just something to tell time. They started having extra features and abilities. In the 2000s, you could find digital watches with things like alarms, stopwatches, calendars, and even ways to track your fitness.

These watches were useful for all sorts of people, from athletes who needed precise timing to professionals who liked having a calendar and alarm on their wrist. What’s interesting is that during this time, watchmakers combined the classic look of traditional watches with modern technology, creating stylish and versatile watches that many people liked. This period laid the groundwork for what would later become smartwatches, completely changing how we think about wristwear.

IBM’s Watch Pad: Early Linux-Powered Smartwatch (2000)

Prototype Unveiling

Back in 2000, IBM did something pretty amazing in the world of wearable tech. They showed off a prototype called the WatchPad, which was one of the early smartwatches running on Linux. This was a big deal because it pushed the boundaries of what smartwatches could do. The WatchPad was a cool innovation that proved how committed IBM was to pushing the limits of technology.

It used the Linux operating system, which was a smart choice and showed that open-source software could work well in wearable devices. When they first unveiled it, the WatchPad had some impressive features. It had a longer battery life compared to other smartwatches of its time, and it had enough memory to run apps. IBM stepping into the world of smartwatches paved the way for more cool advancements in wearable tech, showing that the line between traditional watches and modern technology was getting blurry.

Upgrades and Collaboration with Citizen Watch Co.

The story of IBM’s WatchPad didn’t end with its first version. They kept making it better and even teamed up with Citizen Watch Co. to make the “WatchPad 1.5.” These upgrades brought in cool stuff like an accelerometer, which could sense your movements, a vibrating thing for notifications, and even a fingerprint sensor to keep your watch secure.

Working with Citizen Watch Co. led to the WatchPad 1.5, which had a better display and more memory, making it a super smartwatch. These changes showed that IBM and Citizen Watch Co. were really serious about making top-notch wearable tech. They wanted to give people watches that were packed with cool features and up-to-date technology.

2. Epson Seiko’s Chrono-bit Wristwatch (2000)

Introduction of Chrono-bit

In 2000, Epson Seiko brought out the Chrono-bit wristwatch, and it was a pretty big deal in the world of wearable tech. This watch was a game-changer because it had some really cool features. You could put in information and sync it with your personal stuff like schedules and contacts.

It meant you could manage your important stuff right from your wrist, which was a big step forward. Epson Seiko showed how dedicated they were to making watches that did more than just tell time. They turned them into devices that could handle lots of tasks and fit into our modern lives better.

3. Fossil’s Palm OS-Powered Wrist PDA (2003)

Release of the Wrist PDA

Back in 2003, Fossil did something pretty important in the world of wearable tech. They launched something called the Wrist PDA, a device you wear on your wrist that was powered by the Palm OS, which was a popular operating system at the time. This was a big deal because it combined the functions of a personal digital assistant (PDA) with the convenience of a wristwatch.

The Wrist PDA had some tech specs like RAM (which helps a device run smoothly), flash memory (for storing stuff), and a display with a certain level of sharpness. This made it great for managing your schedule, contacts, and to-do lists while on the move.

But some folks didn’t like it because it was kinda big and not very comfy to wear for a long time. Eventually, Fossil stopped making the Wrist PDA, but it’s remembered as one of the early attempts to put a powerful device on your wrist, showing us a glimpse of what future smartwatches would be like and how tech and style can come together in wristwear.

4. Microsoft’s SPOT Smartwatch and SPOT Technology (2004)

Announcement of the SPOT Smartwatch

In 2004, Microsoft made a big announcement about something called the SPOT Smartwatch. This was a significant moment in the world of wearable tech. What made this watch special was that it did more than just tell the time. It could connect to the internet wirelessly and show you all kinds of information, like the latest news, weather forecasts, and even messages meant just for you.

The SPOT technology was unique because it turned everyday things like watches into gadgets that could get info from the internet. Microsoft’s move into the world of smartwatches showed that they were serious about blending technology into our daily lives, and it set the stage for more cool stuff to come in the world of wearable tech.

SPOT Technology Overview

Microsoft introduced something really cool called SPOT, which stands for Smart Personal Objects Technology. It wasn’t just about smartwatches; it was a way to make regular things in our homes smart too. SPOT made it possible for these everyday objects to connect to the internet and give us up-to-date information.

So, besides smartwatches, things like alarm clocks, weather stations, and even coffee makers could become smart and share useful data. Microsoft’s idea was to create a world where our normal things could easily talk to digital info, kind of like a preview of the Internet of Things (IoT), where everything’s connected and makes our lives smoother.

Features and Subscription Model

The SPOT smartwatch from Microsoft had some cool features. It did more than just tell time; it could show you stuff like the latest news, weather updates, sports scores, and even messages meant for you. You could set it up to send you alerts and important info, which was really handy when you were on the move.

But to make all these features work well, Microsoft asked users to pay a monthly fee. This fee covered the costs of getting and showing all that real-time info on the smartwatch. So, while the subscription kept the SPOT smartwatch connected and useful, it also meant people had to budget for this extra cost as part of their experience with wearable tech.

5. Expansion of SPOT Technology to Other Brands

Fossil, Suunto, and Tissot

Microsoft’s SPOT technology didn’t stop with their own smartwatches. They shared it with brands like Fossil, Suunto, and Tissot. These brands made their own smartwatches using SPOT technology. This meant more people could enjoy getting live info on their wrists from brands they liked. It also hinted that SPOT could become a common thing in the world of smartwatches, with many companies using it in their wearable gadgets.

Fossil’s Abacus

Fossil’s Abacus smartwatches are a fashionable addition to the world of wearable tech. Fossil, known for its stylish watches, created the Abacus smartwatch to combine fashion with functionality. These smartwatches come with various features, like fitness tracking and notifications, and can connect to your smartphone.

Fossil’s Abacus smartwatches are versatile, blending fashion and technology seamlessly. They show that Fossil is keeping up with the times by offering a mix of style and practicality, making them a popular choice for those who want a stylish yet connected wristwear experience.

6. Sony Ericsson’s Bluetooth-Connected Watch (Year)

Partnership with Fossil

Sony Ericsson’s venture into wearable technology introduced an impressive innovation in the form of a Bluetooth-connected watch. This device represented a significant advancement in the world of wristwear, enabling users to effortlessly link their watch with other gadgets through Bluetooth technology. This connectivity unlocked features like call notifications and remote control capabilities, enhancing the watch’s utility.

Sony Ericsson’s entry into the smartwatch realm also involved a collaboration with Fossil, a well-known watch brand. This partnership showcased the growing synergy between traditional watch manufacturers and tech companies, as they jointly crafted stylish and tech-savvy timepieces to meet modern consumers’ demands for both fashion and functionality. Sony Ericsson’s Bluetooth-connected watch underscored the brand’s dedication to innovation and adaptability in the continually evolving realm of wearable tech.

Functionality and Compatibility

The Sony Ericsson Bluetooth-connected watch was a groundbreaking wristwatch that did much more than just tell the time. It allowed you to stay connected and get important notifications while you were on the move. For example, it could let you know when someone was calling you, which was really useful. It also let you control your music on your smartphone without taking it out of your pocket. One cool thing about this watch was that it worked really well with Sony Ericsson phones.

If you had one of those phones, the watch and the phone could work together seamlessly. This made it a great choice for people who had Sony Ericsson phones and wanted a wristwatch that worked perfectly with their mobile devices. Overall, this watch showed that Sony Ericsson was committed to giving people not just the latest tech but also making it easy to use in their daily lives.

7. The Emergence of Standalone Smartphone Watches (2009)

Burg’s Standalone Smartphone Watch

In 2009, there was a big development in wearable tech – standalone smartphone watches. One notable company in this field was Burg, and they made a special watch that was like a smartphone on your wrist. This clever watch had its own SIM card, which means it could do things like make phone calls, send messages, and use the internet all on its own, without needing a separate smartphone.

Burg’s smartwatch was really innovative, and it even won awards for its cool idea. This moment marked a change in how we see smartwatches, showing that they could be more than just accessories. They could be independent devices for communication. This opened the door for more cool standalone smartwatches in the future.

Samsung’s S9110 Watch Phone

Samsung’s S9110 Watch Phone was a significant addition to the world of wearable tech. It wasn’t just a regular watch; it was a phone that you could wear on your wrist. What made it stand out was its sleek design and a display that was just the right size for easy use.

Even though it had lots of advanced features, it stayed surprisingly thin, so it didn’t feel heavy or uncomfortable to wear. This smartwatch let you make calls, send messages, and stay connected wherever you were, all while looking stylish. It was a great example of how Samsung aimed to blend fashion and practicality in the world of wearable technology.

The dawn of watches in 2010s

The 2010s marked a big shift in watches, especially smartwatches, which became a major focus in the world of wearable tech. These wrist gadgets were quite different from regular watches, as they offered a bunch of cool features. Big tech companies like Apple and Samsung joined the party, introducing smartwatches that did way more than just tell time.

These smartwatches let you make calls, send texts, track your workouts, and use tons of apps. Companies like Garmin, Withings, and Fitbit also got into the game, making watches that helped folks keep an eye on their health with features like GPS and fitness tracking.

Even classic watch brands like TAG Heuer and Fossil jumped on the smartwatch bandwagon, mixing old-school style with modern tech. The 2010s completely changed how we think about watches, turning them into all-in-one devices that blend fashion, health, and staying connected in the ever-evolving world of wearable gadgets.

1. Sony Erickson’s Live View: A Bluetooth Display (Year)

Introduction of Sony Erickson Live View

In the world of wearable technology, Sony Ericsson’s Live View was a significant milestone when it was introduced. This innovative device, called the Live View, marked a noteworthy moment in the development of wristwear and tech gadgets. Unlike traditional watches, Live View wasn’t just for telling time. It was a wrist-worn Bluetooth display that connected to your smartphone.

This meant you could receive notifications, read messages, and even control various smartphone functions right from your wrist. Sony Ericsson’s Live View exemplified their dedication to bringing innovation to everyday accessories and showed how wearable technology could make our lives more convenient and connected in the digital age.

Function as an External Bluetooth Display

Sony Ericsson’s Live View had a special job as an external Bluetooth display, especially for Android smartphones. It acted like a link between your wrist and your Android phone, letting them connect wirelessly. When they were connected, Live View could show you different notifications, like when you got a call, a text message, or updates from social media, all on your wrist.

This was really handy because it meant you could stay updated on what was happening on your phone without having to take it out of your pocket or bag. Live View’s role as a Bluetooth display showed how wearable technology could fit seamlessly into our daily lives, making things more convenient and keeping us connected in our increasingly digital world.

2. Vyzin Electronics Private Limited’s VESAG Smartwatch

Launch of the VESAG Smartwatch

Vyzin Electronics Private Limited made a big impact in the world of wearable tech by introducing the VESAG Smartwatch. This special smartwatch was a game-changer for health monitoring. It was designed to help people keep a close eye on their health. The VESAG Smartwatch was super smart because it could connect to other devices using ZigBee and even had its own cellular connection.

This meant it could send important health data to doctors and family members in real-time, which was especially helpful for people with long-term health problems. Vyzin Electronics Private Limited’s commitment to making innovative wearable technology was clear with this smartwatch.

It showed that smartwatches could be more than just cool gadgets; they could be vital tools for keeping people healthy, especially when it comes to remote health monitoring. This was just the beginning of exciting developments in the world of wearable tech.

3. Motorola’s MOTOACTV (2011)

Release of MOTOACTV

In 2011, Motorola made a big move into the world of fitness technology with the MOTOACTV smartwatch. This watch was a trailblazer in the field of wearables, especially for those who loved sports and fitness. Motorola’s MOTOACTV was like a personal trainer on your wrist. It could do things like track your location with GPS, keep an eye on your heart rate, and even let you listen to music while you worked out.

Whether you were an athlete or just someone who liked to stay fit, this smartwatch had you covered. It was all about combining technology with fitness to help people lead healthier lives. The MOTOACTV wasn’t just a smartwatch; it was your fitness buddy, and it showed how dedicated Motorola was to bringing innovation to the world of wearable tech.

4. Pebble: A Kickstarter Success (2012)

Kickstarter Campaign

In 2012, Pebble rocked the world of wearable technology with their super-smart watch, all thanks to an incredibly successful Kickstarter campaign. Now, you might wonder, what’s Kickstarter? Well, it’s a place where people pitch their cool ideas and ask for support from regular folks like you and me. Pebble showed up on Kickstarter with their awesome idea for a smartwatch. It was a big deal because their campaign became one of the most funded projects on Kickstarter ever.

The Pebble smartwatch was something special – it had a fancy e-paper display and worked with both iPhones and Android phones. People who chipped in to support Pebble weren’t just helping make a cool watch; they were joining a whole community of tech fans who were super excited about the future of smartwatches. This campaign proved that regular folks like us could help bring cool ideas to life, and it made Pebble a big name in the world of smartwatches.

Pebble’s Features

The Pebble smartwatch, which came to life thanks to a super successful Kickstarter campaign in 2012, aimed to put lots of cool stuff into a small and stylish package. It had a special kind of screen called e-paper, which made it easy to see and read even when the sun was shining bright. The neat thing about Pebble was that it could work with both iPhones and Android phones, so it could connect to your phone and show you things like messages, let you control your music, and even help you keep track of your workouts, all right there on your wrist.

But Pebble didn’t stop there – you could make it your own. There were different watch faces to choose from, and you could add more functions by downloading apps. And guess what? It didn’t run out of juice too quickly; it could keep on going for days on a single charge. Pebble proved that you didn’t have to spend a ton of money to get a cool smartwatch. It offered tech-savvy folks an affordable and stylish way to stay connected and fit in the fast-paced world of the 2010s.

Compatibility and Connectivity

Pebble’s smartwatch was more than just good looks and an affordable price tag. It was a champ when it came to working with different smartphones. Whether you had an Android or an iPhone, Pebble had your back. It used Bluetooth to chat with Android phones, so you could get messages, control your music, and do cool stuff right from your wrist.

For iPhone folks, Pebble did the same thing, letting you see messages and manage your tunes. Pebble was like a friendly bridge connecting different smartphone worlds. It didn’t matter what phone you had; Pebble made sure you could enjoy the world of wearable tech without any hassle. This smartwatch was all about bringing people together and showing how easy it could be to stay connected, no matter your phone preference. It was a top pick for tech fans who wanted a smartwatch that could play nice with any smartphone.

5. Omate’s TrueSmart Claim (2013)

The TrueSmart and Kickstarter Success

In 2013, Omate introduced an impressive innovation in the field of wearable technology with their TrueSmart smartwatch. This remarkable device wasn’t your typical wristwatch; it was a standalone smartwatch capable of functioning independently without relying on a smartphone. What made the TrueSmart stand out was its commitment to offering a complete communication and computing experience directly from your wrist.

To turn this vision into reality, Omate launched a Kickstarter campaign to raise funds for the development of the TrueSmart. Their campaign on Kickstarter gained substantial attention and support, making it one of the most successful crowdfunding projects of its time. The TrueSmart wasn’t just a smartwatch; it represented Omate’s ambitious approach and reflected the changing landscape of wearable technology. It underscored the growing demand for smartwatches that could operate on their own, without the need for a paired smartphone.

Expectations for the “Year of the Smartwatch”

The “Year of the Smartwatch” was a time of great excitement and anticipation as wearable technology continued to advance. Experts who study consumer devices were particularly hopeful about what smartwatches could offer during this period. They didn’t see smartwatches as a passing trend but rather believed they could become essential in our daily lives. This optimism was boosted by major electronics companies like Apple, Samsung, and Google, which were heavily investing in creating better smartwatches.

These tech giants brought their knowledge and skills in software, hardware, and making technology easy to use to the smartwatch scene. They aimed to design smartwatches that did more than just tell time; they wanted these devices to seamlessly fit into our digital lives. The “Year of the Smartwatch” wasn’t just about introducing new gadgets; it marked a significant shift in the tech world. It promised smartwatches with exciting new features that would change how we interacted with our devices and the world around us.

6. Expansion of Smartwatch Development (2013)

Companies Engaged in Smartwatch Development

In 2013, smartwatches took a big leap forward as many different companies got involved in making them. This showed that people were getting more interested in smartwatches, and they were becoming a big deal in the tech world. Some of the biggest tech companies like Apple, Samsung, Google, and Sony were leading the way. They used their tech skills to make smartwatches that did more than just tell time.

But it wasn’t just the big players; even smaller startups and traditional watch companies joined in. They all wanted to bring something special to the world of wearable technology. This expansion in smartwatch development meant that we were going to see a lot of different smartwatches with various features in the future. So, it was an exciting time for people who were looking forward to having more choices when it came to smartwatches.

Predictions and Challenges

Anticipating the future of smartwatch development brought both excitement and hurdles. On the one hand, experts saw a promising path ahead for these wearable gadgets. They believed that smartwatches would keep getting better, offering more cool features and capabilities. People thought that these smartwatches would become more self-reliant, meaning you wouldn’t need your smartphone for everything. They also saw a big potential in healthcare and fitness. Smartwatches could become super helpful for tracking your health and staying fit.

But, there were challenges too. One biggie was finding the right balance between making smartwatches stylish and super functional. People wanted them to look good while also doing a ton of high-tech stuff. Plus, keeping your personal info safe and private on these connected devices was a big concern. Overall, the future of smartwatches looked promising, and the industry was ready to tackle these challenges while making awesome wearable tech.

7. Launch of New Smartwatches (2013)

Introduction of Samsung Galaxy Gear, Sony SmartWatch 2, and Qualcomm Toq

In 2013, there was an exciting wave of new smartwatches hitting the market, and it was a big year for wearable technology. Some of the leading tech companies, like Samsung, Sony, and Qualcomm, stepped up and introduced their own smartwatches. One of the standouts was the Samsung Galaxy Gear, which caught people’s attention thanks to its stylish look and a built-in camera.

Sony didn’t want to be left behind and came out with the SmartWatch 2, an upgraded version of their previous smartwatch. It had more features and could work with a lot of different Android devices. Then there was Qualcomm with their Toq smartwatch, which was quite unique. It was known for its special Mirasol display technology that made it easy to see the screen even in bright sunlight, and it had excellent battery life.

These new smartwatches in 2013 showed how companies were really pushing the boundaries of what these wristwear gadgets could do, and they gave people more choices for both style and high-tech functions, hinting at exciting developments in the world of wearable tech to come.

HOT Watch by PHTL

The HOT Watch by PHTL made a big splash in the world of smartwatches thanks to a standout feature that made it truly unique. Unlike other smartwatches, the HOT Watch had a speaker and a microphone right on the strap. This cool design allowed people to make phone calls directly from their wrist, so they didn’t have to grab their smartphone.

With the speaker and microphone on the strap, calls were crystal clear, and it was super convenient for folks who wanted a hands-free way to talk. But the HOT Watch didn’t stop there; it had all the usual smartwatch stuff too, like notifications, fitness tracking, and customizable watch faces. So, it was a handy and versatile gadget for your wrist. PHTL, the company behind the HOT Watch, showed their dedication to rethinking what smartwatches could do and how they could make life easier in the ever-expanding world of wearable tech.

8. Pebble’s Sales Success (2013)

Pebble Founder’s Statements

In 2013, Pebble had a major win, firmly establishing itself as a big player in the growing smartwatch market. What makes this achievement even more impressive is that Pebble first caught everyone’s attention through a Kickstarter campaign.

Eric Migicovsky, Pebble’s founder, was understandably thrilled and optimistic about the company’s sales. He proudly announced that Pebble had sold more than 190,000 smartwatches and was actively working on making the software side of things even better.

Migicovsky’s statements show how much people were getting interested in smartwatches and how crowdfunding could help innovative wearable tech products like Pebble’s become popular. This success story highlighted that even small, independent tech startups had the potential to make a big splash in the world of wearable technology with cool and user-friendly products.

Pebble’s Sales Figures

In 2013, Pebble made waves in the smartwatch market by selling an impressive 190,000 Pebble smartwatches. This was a significant achievement, especially considering that Pebble first gained attention through a Kickstarter campaign. The fact that they sold so many smartwatches demonstrated that people were really getting interested in this new kind of wristwear technology.

Pebble had successfully transitioned from being a startup that relied on crowdfunding to becoming a major player in the competitive world of wearable tech. This showed that consumers were eager for smartwatches that combined style, practicality, and affordability all in one, and it paved the way for even more exciting innovations in the smartwatch industry.

9. Motorola’s Smartwatch Plans (December 2013)

In December 2013, Motorola made a big announcement in the tech world: they were getting into the business of making smartwatches. This was a big deal because Motorola was known for making popular electronic gadgets. Their decision to make smartwatches showed that these wearable devices were becoming really important.

People were getting excited and curious about what Motorola would create – what the smartwatch would look like, what cool features it would have, and how it would stand out from the competition. This announcement also showed that smartwatches were becoming a hot trend in the world of technology, and many companies, both big and small, wanted to be part of it.

10. Samsung Gear 2 with Camera (April 2014)

In April 2014, Samsung unveiled a new version of their popular smartwatch, the Samsung Gear 2, and it had an exciting feature – a built-in digital camera. This was a significant advancement in the world of smartwatches because it allowed people to take photos and even record videos directly from their wrist.

The camera was cleverly designed as part of the watch, making it handy for quick snapshots without having to grab your smartphone. This innovation demonstrated Samsung’s dedication to making smartwatches more than just devices for notifications and fitness tracking. Adding a camera opened up new possibilities for users, making the Gear 2 an even more appealing choice in the ever-changing world of wearable technology.

11.CES 2014: A Wristwatch Revolution

The year 2014’s Consumer Electronics Show (CES) was a huge deal for smartwatches and wearable tech. At this event, lots of companies revealed their brand-new smartwatches. It was a time when the market was flooded with all sorts of cool wrist gadgets, and companies like Samsung, Sony, Pebble, and others were competing fiercely to show off their latest and greatest smartwatches.

These devices weren’t just about telling time anymore; they were becoming big players in our digital lives. CES 2014 showed that more and more people wanted smartwatches that did a lot of different things and looked stylish too. This set the stage for a big shift in the world of wearable tech, as companies tried to outdo each other by creating even more innovative and attractive smartwatches.

12. Android Wear and New Smartwatches (2014)

In 2014, something big happened in the world of smartwatches. Google introduced a special operating system called Android Wear, specifically made for smartwatches. This was a clear sign that Google was serious about smartwatches. Many famous tech companies like LG, Motorola, and Samsung jumped on board and made their own smartwatches using Android Wear.

These smartwatches could do lots of cool stuff, like keeping track of your fitness and listening to your voice commands. They also worked really well with Android phones, making it easy for people to stay connected. The arrival of Android Wear and all these new smartwatches was a huge step forward for wearable technology. It showed that smartwatches were here to stay and would keep getting better and more useful in our daily lives.

13. Apple’s Entry into Smartwatches (2014)

In September 2014, Apple made a big entrance into the world of smartwatches by revealing the Apple Watch. This was a major announcement that had a huge impact on the tech industry and got consumers very excited. The Apple Watch was Apple’s way of getting into the world of wearable technology and it was designed to work really well with the iPhone.

It had a sleek design that you could customize to fit your own style. One of the unique things about it was the digital crown that you could use to control it, and it had lots of apps and features that were meant to change how people use smartwatches.

This was a significant move by Apple, and it showed that smartwatches were becoming really important for people who love technology. It also signaled that we were entering a new era in the world of wearable technology, and the Apple Watch wasn’t just a smartwatch; it was a symbol of Apple’s innovation and a big part of the growing world of wearable tech.

14. Microsoft Band and Its Release (October 2014)

In October 2014, Microsoft stepped into the world of wearable technology with a significant move – the launch of the Microsoft Band. This was a big deal for the tech giant, as it was their first venture into the smart wearable market. The Microsoft Band wasn’t just another smartwatch; it was designed as a comprehensive fitness tracker aimed at people who cared about their health. It packed a bunch of sensors, including ones for measuring your heart rate, tracking your location with GPS, and monitoring your sleep patterns.

All this data was super useful for users who wanted to keep tabs on their fitness and well-being. What’s more, the Band worked seamlessly with Microsoft’s Health app, giving users a way to keep an eye on their progress and make smart choices about their health. The Microsoft Band fit right into the trend of wearables that focused on fitness and health, and its entry into the market added more competition and fresh ideas to the world of smart wearables.

15. Samsung Gear S2 (October 2015)

In October 2015, Samsung introduced the Gear S2, a smartwatch with some cool features that changed the game in the world of wearable tech. One of the coolest things about it was the rotating bezel, which acted like a fancy control knob. It made it super easy for people to move around and use the watch, kind of like a smooth steering wheel for your smartwatch.

Plus, the Gear S2 was built tough – it could handle splashes and spills, so you didn’t have to worry about it getting wet during your workouts or outdoor adventures. Samsung wanted this smartwatch to not only work well but also look good. They combined practicality with style, making it a hit with folks who wanted a smartwatch that was both useful and stylish. With the Gear S2, Samsung gave people more choices in the smartwatch world and showed how these little wrist gadgets could do a lot more than just tell time.

16. Razer’s Dual-Screen Nabu Watch (2016)

In 2016, Razer created quite a buzz in the world of wearable tech by launching their Razer Nabu Watch. This unique device was like a two-in-one deal for your wrist. On its main screen, it showed you the time and could even track some basic fitness info. But what made it special was the second screen on top that could display notifications from your smartphone, like incoming calls and messages.

This smartwatch was designed for people who loved both tech gadgets and staying active. It gave them the best of both worlds, blending the classic look of a traditional watch with the smart features of a modern one. Razer’s Nabu Watch was all about pushing the boundaries of wearable tech and changing how we use our everyday accessories. It was a standout choice for folks who wanted the convenience of a smartwatch without giving up the timeless style of a regular watch.

17. TAG Heuer Connected and Samsung Gear S3 (2016)

In 2016, we saw the introduction of two noteworthy smartwatches: the TAG Heuer Connected and the Samsung Gear S3. TAG Heuer, a well-known luxury watchmaker, entered the smartwatch scene with the TAG Heuer Connected, combining their timeless craftsmanship with advanced technology. This smartwatch was designed for those who appreciate both top-notch design and smart functionalities.

Meanwhile, Samsung unveiled the Gear S3, which came with its own innovations. It featured a rotating bezel for easy navigation and improved water resistance, making it sturdy and suitable for various activities. These smartwatches highlighted the industry’s dedication to producing stylish and practical wearables.

The TAG Heuer Connected catered to individuals who sought a blend of luxury and smart features, while the Samsung Gear S3 targeted users who valued user-friendliness and durability. These releases expanded the options for consumers, showcasing that smartwatches were no longer confined to tech-focused brands and had become an essential part of the watch market, accommodating different preferences and styles.

18. Apple Watch Series 4 and Qualcomm Snapdragon 3100 (2018)

In 2018, some remarkable advancements shook up the world of wearable tech. First, there was the Apple Watch Series 4, which really pushed the envelope. It had this fantastic EKG (Electrocardiogram) feature that allowed folks to keep a close eye on their heart health, almost like having a mini hospital gadget on their wrist.

Then, there was the Qualcomm Snapdragon 3100 chip, which may not sound fancy, but it was a game-changer for smartwatches. This chip made smartwatches run smoother and last longer on a single charge, which was a big deal. These innovations weren’t just about making our gadgets cooler; they were also about keeping us healthier, showing that smartwatches were more than just tech toys – they were becoming essential tools for our well-being.

First Apple smartwatch

The Apple Watch, invented in 2015, determine wearable. It combines fitness pursuit, better wellbeing, and connectivity with iPhone.

With over 115 million users by December 2022, it’s a tech sense impression. Each ‘Series’ convey betterment, and LTE models offer independence. Characteristic requires iOS 16 on iPhone 8 or later. It’s the future on your wrist.


Pre-orders for the Apple Watch started on April 10, 2015, and it officially hit the market on April 24. Interestingly, Apple at first prefer not to stock the watch in its stores, design to avoid long lines.

Instead, customers could schedule appointments for demonstrations and fittings, then order online. Colette in Paris was the first to showcase the Apple Watch, followed by select models appearing in high-end boutiques.

On June 4, 2015, Apple announced plans to offer Apple Watch models in its retail stores.

By August 24, 2015, Best Buy discovered it would carry the Apple Watch in its stores by the end of September. T-Mobile US and Sprint also declared their plans to sell the Apple Watch through their retail channels.

In September 2015, Apple introduced a stainless-steel Apple Watch with a leather band in collaboration with Hermes. The following year, they partnered with Nike to launch “Apple Watch Nike+,” offering customization while retaining standard functionality.


1. Apple Watch: Choose from aluminum or stainless-steel cases, personalize with bands and exclusive watch faces.

2. Apple Watch Sport: Designed for the active, with rugged aluminum cases and sporty bands.

3. Apple Watch Nike+: Crafted for fitness enthusiasts, featuring aluminum cases and Nike sport bands.

4. Apple Watch Hermes: Elevate elegance with stainless steel cases and luxurious Hermes leather bands.

5. Apple Watch Edition: Luxury defined, offering ceramic cases and a variety of bands.

WatchReleased withRelease dateDiscontinuedFinal supported OSSupport endedSupport lifespan
1stwatchOS 1.0 (iOS 8.2)April 24, 2015; 8 years agoSeptember 7, 2016; 6 years agowatchOS 4.3.2 (iOS 11.4.1)September 17, 2018; 4 years ago3 years, 4 months
Series 1watchOS 3.0 (iOS 10.0)September 12, 2016; 6 years agoSeptember 12, 2018; 4 years agowatchOS 6.3 (iOS 13.7)September 15, 2020; 2 years ago4 years
Series 2watchOS 3.0 (iOS 10.0)September 16, 2016; 6 years agoSeptember 12, 2017; 5 years agowatchOS 6.3 (iOS 13.7)September 15, 2020; 2 years ago3 years, 11 months
Series 3watchOS 4.0 (iOS 11.0)September 22, 2017; 5 years agoSeptember 7, 2022; 11 months agowatchOS 8.8.1 (iOS 15.6.1)September 13, 2022; 11 months ago4 years, 11 months
Series 4watchOS 5.0 (iOS 12.0)September 21, 2018; 4 years agoSeptember 10, 2019; 3 years agowatchOS 9.0 (iOS 16.0)(Current)4 years, 11 months +
Series 5watchOS 6.0 (iOS 13.0)September 20, 2019; 3 years agoSeptember 15, 2020; 2 years agowatchOS 9.0 (iOS 16.0)(Current)3 years, 11 months +
SE (1st)watchOS 7.0 (iOS 14.0)September 18, 2020; 2 years agoSeptember 7, 2022; 11 months agowatchOS 9.0 (iOS 16.0)(Current)2 years, 11 months +
Series 6watchOS 7.0 (iOS 14.0)September 18, 2020; 2 years agoSeptember 14, 2021; 23 months agowatchOS 9.0 (iOS 16.0)(Current)2 years, 11 months +
Series 7watchOS 8.0 (iOS 15.0)October 15, 2021; 22 months agoSeptember 7, 2022; 11 months agowatchOS 9.0 (iOS 16.0)(Current)1 year, 10 months +
SE (2nd)watchOS 9.0 (iOS 16.0)September 16, 2022; 11 months agoIn productionwatchOS 9.0 (iOS 16.0)(Current)11 months +
Series 8watchOS 9.0 (iOS 16.0)September 16, 2022; 11 months agoIn productionwatchOS 9.0 (iOS 16.0)(Current)11 months +
UltrawatchOS 9.0 (iOS 16.0)September 23, 2022; 11 months agoIn productionwatchOS 9.0 (iOS 16.0)(Current)11 months +

Evolution of Android Wear and the Introduction of Wear OS 3.0

1. Early Development and Launch of Android Wear Devices (2014)

The Android Wear platform was announced on March 18, 2014, and a developer preview was released. Partners such as Motorola, Samsung, LG, HTC, and Asus were announced.

At Google I/O on June 25, 2014, Samsung Gear Live and LG G Watch were launched. LG G Watch was the first Android Wear smartwatch to be released, followed by Motorola’s Moto 360 on September 5, 2014.

2. Update and Expansion (2014):

On December 10, 2014, an update added new features, including a watch face API and a transition to Android 5.0 “Lollipop.”

LG G Watch and Samsung Gear Live started shipping in July 2014, and the Moto 360 shipped in September 2014. More Android Wear devices, including Asus ZenWatch, Sony SmartWatch 3, and LG G Watch R, arrived at the end of 2014.

3. Wear OS App for iOS (2015):

On August 31, 2015, Google launched a Wear OS app for iOS version 8.2 or newer, providing limited support for iOS notifications on Wear OS smartwatches. Initially, only the LG Watch Urbane and Huawei Watch were supported.

4. Rebranding to Wear OS (2018):

In March 2018, Android Wear was rebranded as Wear OS to better reflect its technology and user base. In September 2018, Google introduced Wear OS 2.0, with improvements to the Google Feed, fitness tracking, notification area, and smart replies. The underlying platform was also upgraded to a version of Android Pie in November 2018.

5. Google’s Acquisition of Fitbit (2021):

In January 2021, Google completed its acquisition of Fitbit. This acquisition aimed to invest more in Wear OS and introduce Made by Google wearable devices into the market.

6. Wear OS 3.0 and Partnership with Samsung (2021):

At Google I/O in May 2021, Google announced Wear OS 3.0. It featured a new visual design inspired by Android 12 and Fitbit exercise tracking features.

Google partnered with Samsung to unify its Ti zen-based smartwatch platform with Wear OS. Wear OS 3.0 required a factory reset for installation and was available for Wear OS devices running Qualcomm Snapdragon Wear 4100 system-on-chip. The underlying code base was upgraded to Android 11.

Detailed Version History

Android Wear versionAndroid OS versionRelease dateNew featuresNotes
4.4W14.4 KitKatJune 2014Initial releaseAnnounced at Google I/O 2014
4.4W24.4 KitKatOctober 2014Offline music playback over Bluetooth. Watch GPS support (for watches with built-in GPS) New music control UI 
1.0 (5.0.1W)5.0.1 LollipopDecember 2014Official watch face APISunlight mode (brightness boost)Theater modeSettings shade from topBattery stats in Android Wear appRecently used actions added to the top in drawerAbility to undo dismissed notificationThis version changed the numbering scheme to be independent from the underlying Android OS version.
1.1 (5.1.1W1)5.1.1 LollipopMay 2015Wi-Fi support (for watches with built-in Wi-Fi)Draw able Emojis (as response to messages)Heads up notificationsPattern lock screenAbility to change font sizeAdd swipe left from watch face to access app drawerAlways on appsMore wrist gestures 
1.3 (5.1.1W2)5.1.1 LollipopAugust 2015Interactive watch facesGoogle Translate for Wear 
1.4 (6.0.1W1)6.0.1 MarshmallowFebruary 2016More wrist gesturesSpeaker support for watches with built-in speakerSend voice messages directly from the watch 
1.5 (6.0.1W2)6.0.1 MarshmallowJune 2016Brought back restart watch optionAdded Android security patch level to About screen 
2.0 (7.1.1W1)7.1.1 NougatFeb 2017Revamped UI with Material Design, darker colors, and a more circular user interface for round watches.Standalone apps with Google Play Store on watchComplications for watch facesBuilt-in keyboardHandwriting recognitionStack able notificationsSmarter notificationsCellular Support. 
2.6 (7.1.1W2)7.1.1 NougatNov 2017Text size of notifications adapts to message lengthNew download progress indicatorNew complication for launching previously used app 
2.6 (7.1.1W3, 8.0.0 W1)8.0 OreoDec 2017Brings Android 8.0 Oreo features to smartwatches Notification vibration strength settingTouch lock option for wet conditionsSupport for 7 new countries/languagesNotification ChannelsBattery saving background limits 
2.7 (7.1.1W4, 8.0.0 W2)8.0 OreoDec 2017Improved typefaces and font weightsComplications now work with TalkbackText size of notifications adapts to message lengthSwipe down in Quick Settings to see connection type (Wi-Fi, Bluetooth, or mobile)Download progress notificationsRecent App complicationBetter prevention of accidental side-swipe and long-press gestures 
2.8 (7.1.1W5, 8.0.0W3)8.0 OreoJan 2018Improved notification glance ability with a new layout which shows more of the user’s message at a glanceDarker background for better readability and less battery usage 
2.9 (7.1.1W6, 8.0.0W4)8.0 OreoFeb 2018New notification preview complication which allows you to preview messagesImproved glance ability in notification cards with longer titles


FAQ (Frequently Asked Questions):

Who is credited with designing one of the earliest smartwatches in 1998, and when did it make its debut?

Steve Mann, a Canadian inventor, is often credited with designing one of the earliest smartwatches in 1998. His invention, running on the Linux operating system, made its debut in 2000.

What is considered by many as the first smartwatch, and when was it introduced?

The Pulsar Time Computer Calculator, often regarded as the first smartwatch, was introduced in 1976. The highest-end version of this device was crafted from 18-karat gold and priced at $2,100.

What technology served as the foundation for some of the initial smartwatches, and which companies introduced them in 2004?

Some of the first smartwatches were based on Microsoft’s Smart Personal Objects Technology (SPOT). Fossil and Suunto led the way by introducing the inaugural SPOT watches in 2004. These watches were capable of receiving news, weather, stock updates, email, and instant messages using frequency modulation transmitters.

Which smartwatch, Fitbit or Apple Watch, was introduced first?

The first Apple Watch was introduced in April 2015, predating Fitbit’s entry into the smartwatch market, which occurred with the launch of the Fitbit Ionic in 2017.

How has the smartwatch industry evolved over time, and what challenges have persisted?

The smartwatch industry has evolved from basic notifications to comprehensive health and fitness tracking, as well as integration with ecosystems like watchOS, Wear OS, and Tizen. Challenges such as battery life, design, and information management have persisted as the industry continues to advance.