From the earliest way of telling the ‘time’ by placing a stick in the ground and watching the shadow’s movements, to the very latest smartwatches and luxury statement timepieces, the humble watch has become a part of all our lives. Conveniently dissecting our days and nights into regular sections meant that getting up and going to bed with the sun was a thing of our pastoral pasts. Watch technology has shaped our world, giving us the ‘9-to-5’ workday and so much more.
In this article, we’ll take a look at how watch technology has evolved and how high-tech watches are now so much more than mere instruments that tell us the time. We’ll see how major milestones, such as the adoption of quartz and digital watches, have influenced everything from fashion to lifestyle choices.
We’ll also take a look at the watches of the future, examining where watch technology is headed in the years to come. Are we still ruled by that ticking precision instrument on our wrists, or have watches had their day?
Why do watches matter?
The measurement of time is one of mankind’s driving passions. From the ancient Egyptians and Mesopotamians carefully determining the passage of time over 4,000 years ago to the constant focus on how much ‘time’ we have every moment of every day, watches and timepieces have helped us divide our days and give structure to our months and years. In a fast-moving society, questions like “How long will this task take?” or “Do I have enough time to get to my destination?” seem simple, but they’re focused on something much more fundamental to our lives – how much time we have left.
If we remove ourselves from the philosophical examination of the passage of time and bring it back down to more everyday concerns, watches matter because our lives are governed by them. They also represent aspirational items of adornment, jewellery that speaks of status as well as style. Watches matter because we want them to be a part of our lifestyle, whether it’s a classic, retro-style analogue or one of the many high-tech watches on offer today.
From sundials to smartwatches – the major milestones
The evolution of watches is a story of human ingenuity, passion, and design. Each major milestone marks a leap in science, craftsmanship, or culture, making the history of watches an interesting one to explore. Let’s take a quick look at the key milestones by era.
Ancient foundations – A repeatable and accurate way of measuring segments of time first appeared around 1500BC with the advent of sundials, while water clocks were being developed by several civilisations in classical times, including the Greeks and the Chinese.
Medieval mechanics –The medieval period was a time of innovation, with the earliest instances of clocks as we recognise them today. Introducing the concepts of gears and escapements, mechanical tower clocks laid the foundations for the development of portable timepieces, and as the age progressed, clocks began to shrink dramatically in size.
The Renaissance – Peter Henlien is widely credited with some of the earliest portable spring-driven watches. Much like today’s luxury watches, these pendant watches were more of a symbol of wealth than precise timepieces. It would take another 150 years, the invention of the minute hand to ensure a more accurate instrument, and the development of the lever escapement in 1759 by Thomas Mudge to truly lay the groundwork for modern watches.
The Industrial Age – From the mid-1800s, wristwatches became more popular among the aristocracy. In 1780, Abraham-Louis Perrelet invented the self-winding movement, a major step forward in watch development. During the First World War, watches transitioned from an item of aspirational jewellery to a functional and practical device, opening wristwatch use to the masses.
The Modern Age – The mid-20th century saw significant advances in the development of quartz watches, with battery-powered oscillators for far greater accuracy and timekeeping. Digital watches burst onto the scene in the 1970s, representing the age of computers and multifunctional timepieces. In recent years, smartwatches have effectively shrunk down computers to the size of a normal wristwatch, connecting us via Bluetooth to our technological world.
Innovative watch technologies that are shaping the future
Even though watches have advanced far beyond those original sundials and hourglasses, watch development hasn’t come to a halt. Driven both by practicality and trends, watches are no longer just instruments that tell the time (although they still serve that function very well in a time-driven society).
Now, watches are starting to incorporate all kinds of extra features, from AI to holographic technology. Let’s take a look at some of the most innovative watch technologies that you could be wearing on your wrist in the near future.
AI in watches
AI seems to be everywhere, and now it’s even starting to appear in modern watches. In the future, AI will play an increasing role in our everyday lives and is already appearing in smartwatches. AI-powered design now influences customised watches based on regional preferences and buyer behaviour, with AI analytics predicting the next ‘big trend’ in watch design.
But it’s not just aesthetics that AI is influencing, but practical applications too. Predictive maintenance is used in the production process to monitor machinery to reduce downtime due to maintenance.
Advanced health monitoring sensors
AI is also playing a role in health analytics, improving smartwatches’ ability to interpret data collected by the devices themselves. This can include heart health (spotting any unusual heart rhythms, for example), sleep patterns that may indicate a risk of sleep apnoea, the body’s stress levels, and early warning signs of other medical conditions.
Advanced health-monitoring sensors and AI to analyse the data they collect could turn smartwatches into proactive health ‘companions’, anticipating health issues much earlier.
Holographic displays
Holographic technology is still in its infancy, but already, inroads are being made to incorporate holograms into watches. A holographic display projects a ‘floating’ 3D image above the watch surface, visible without VR glasses. Using light-field projection technology and micro lasers, light is bent and shaped to produce the image.
At the moment, holographic watches are still at the concept stage, and while they feel a little Sci-Fi right now, there is no reason why they shouldn’t become available to customers in the future. The question is what purpose a holographic watch would serve, and whether there will be a significant demand for them beyond pure novelty value.
Biometric features
We’ve become used to biometric features on smartphones, laptops, and other technology. In the future, biometric features will play a role in watch development, introducing, for example, more accurate GPS navigation without a phone. As we shift to electronic payment methods rather than cash or cards, you may also find biometric security systems that ensure payments made on a smartwatch rather than your phone are safe and secure.
Customisable watches
If you have money, a customisable watch is already a reality. However, the use of AI means that designs can incorporate far more intricate personalised elements into your watch. This isn’t the death of traditional elements, retro styling, and analogue design. Rather, it enables the integration of premium features, such as health and lifestyle tools, into elegant, sophisticated timepieces.
The miniaturisation of technology allows designers to pack even more features into a seemingly ‘simple’ watch, while advances in materials and production techniques will expand the range of designs and unique elements. This is one area that will initially come with a premium price tag. But as always, over time, the various elements of bespoke watch design will filter down to more affordable levels for the mass market.
AR integration
Like holographic technology, AR (Augmented Reality) turns a static object into an integrated part of your everyday life. They may not be mainstream yet, but AR integration could bring real-time fitness coaching to your wrist, navigation aids while walking or cycling, and technology such as skin projection systems that project buttons onto your wrist or hand, turning your own skin into a functioning keyboard, are in the research phase. Just as phones respond to taps and swipes, gesture-controlled interfaces can respond to gestures on high-tech watches without you having to touch the screen. Get used to people waving at their watches to interact with apps in the future!
Minimal watches
Minimalism in design is more of an aesthetic influence than a practical one. Minimal watches strip away any unnecessary ‘clutter’, paring the watch down to its purest essentials. These include clean dials with few or even no numbers or division indicators, slim cases and muted colour palettes. From the clean simplicity of Scandinavian minimalism to the architectural influences of modern industrialism, there are different types of minimal watches available. The one you choose will depend on your personal style.
Smart Hybrid watches
There is no need to sacrifice aesthetics for functionality, and watches of the future will blend traditional craftsmanship with advanced technology. Smart hybrid watches combine visually pleasing analogue dials with smart features such as notifications, fitness tracking, and mobile payments. This will appeal to both purists and technology lovers by merging heritage and innovation, which are becoming essential for functioning in the modern world.
Atomic precision
If you’re honest, atomic precision isn’t really a necessity (unless you’re in the International Space Station or the captain of a nuclear submarine, perhaps). Watches that boast atomic-clock synchronisation to an accuracy of 1.5 seconds per thousand years are more about bragging rights than practicalities. Once the preserve of NASA, atomically precise high-tech watches could potentially become available to the mass market in the future. Whether or not they become popular will depend on the price point and just how wide the appeal really is.
Advanced materials
Luxury watches boast premium materials such as gold, platinum, and precious jewels. In the future, more advanced materials may become more common in the production of high-end watches. Already, materials such as forged carbon and titanium are used to create lighter watches that are stronger and more durable than those made from precious metals, while sapphire glass and flexible OLED screens minimise battery drain while maintaining that refined look. The development of micro- and precision-engineering in watchmaking also allows once-bulky watches to become slimmer and lighter without compromising strength or reliability.
Sustainable watches
Sustainability is infiltrating every part of our lives, including the future of watches. Recycled metals and biodegradable materials appeal to more mindful buyers and have become a major USP for brands, alongside features such as solar-powered movements and low-waste manufacturing processes. Eco-friendly watches do not mean low quality, and the concept aligns well with luxury brands that take their environmental responsibility very seriously.
Challenges facing future watch technology
The future of watches, however, faces a few challenges. For those that include ultra-modern technologies such as AI integration, Augmented Reality, payment capabilities, and biometric monitoring, there is concern about data privacy. Any electronic device can technically be ‘hacked’, and advanced electronic watches are no exception. Much of the information is stored not on the device but in the Cloud. If a watch is hacked, it’s the data storage that’s at risk, and that could include sensitive information such as bank account details and medical records.
Another concern is that while the watches of the future are advancing at an almost exponential pace, battery technology remains very limited. It’s all very well having an atomically-calibrated watch that keeps incredible time, but that’s no use if the battery goes flat quickly. Battery technology needs to keep pace with watch development, and at the moment, that’s not the case.
Finally, how much does all this advancement cost? Watches of the future need to have price points that appeal to the target audience. While there will always be a market for high-end luxury watches, technology is all about making the modern world more affordable for everyone. Currently, AI, AR, and holographics are still expensive, while modern materials are no more cost-effective to use than traditional products. Especially in the highly competitive mid-range price bracket, watches need to appeal to buyers by carefully considering which elements they use in their next generation of high-tech watches.
Will traditional watches still be popular in the future?
The popularity of brands like Rolex, TAG Heuer, Cartier, and Omega demonstrates that, at the upper end of the market, traditional watches remain highly valued. That popularity won’t be diminished by the advent of holographic watches or biometric technology.
Will future watches have a better battery life?
Hopefully. Without some serious research and development into battery technology, watches of the future could take a while to become mainstream. Batteries are currently the main thing holding back watch development.
Are smartwatches the future of watches?
They are part of the future, but certainly not the whole picture. Smartwatches have a role to play, but so does a stunningly crafted Cartier watch for that red carpet event.
Secure your watches’ future with TH March
For over 130 years, TH March has provided competitively priced insurance for high-value items, including jewellery and watches. Covering theft, loss, and accidental damage, our quotes are designed to suit both your needs and your budget. If you do need to make a claim, our team can organise repair and replacement through a jeweller of your choice wherever possible. You can find out more by browsing our Watch Insurance page, using our online form for an instant, no-obligation quote, or contacting one of our team to discuss your needs in more detail. Call us today.
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