This air purifying bike helmet adds a layer of security and safety we need while commuting!

A smart helmet designed for ergonomic comfort of the rider, and most of all, to ensure fresh air flow when riding through highly air polluted sections of the city.

Air pollution has become a serious health hazard in the last decade, and the problem seems to be only getting worse with over 1.4 billion vehicles on roads worldwide. This value is estimated to hit 2 billion by the year 2035. According to WHO, 90 percent of the world’s population is exposed to highly toxic air pollutants, resulting in over a million fatalities every year. This is exaggerated by the fact that physical activity is simply not there to counter the adverse effects of air pollution, and in fact, this alone contributes to 3.2 million fatalities annually. Of all the motorists on the streets, cyclists are at the most risk as they are exposed to air pollutants.

So how can cyclists be protected against inhalation of dangerous traffic fumes? Nathan Hassanali has the answer in the form of a hybrid helmet mask wearable. Christened Airban, the urban bike helmet aims to take on the unavoidable air pollution crisis. The advanced helmet sucks polluted air, filters it, and then beams pure air onto the fixed face shield that’s at a slight distance from the face. As the rider keeps moving forward, the air passes through the front vents on the front and enters the air channel. Simultaneously air is drawn from the rear via a small brushless fan that projects the air to the breathable position. Air entering the Airban helmet from both these channels is filtered through the HEPA filter which removes 99.97% of 0.3 μm particulates. The activated carbon layer eliminates any smoke, odors, or other pollutants – therefore, beaming the rider with clean air even in the most polluted environment.

The lightweight bike helmet frame is tailored for comfort with the head adjustment system and cushion padding. So you might ask, what drives this system? Well, there are rechargeable batteries on the rear, or the user can opt for a magnetically connected cable that pairs with a portable battery pack the size of a water bottle. So, bulk is not going to be an issue for the practicality of use. The user can holster it to the bike frame or put it under the saddle.

To give the helmet smart characteristics, it can be paired to the phone via an app. This helps detect the changes in speed and increases or decreases the airflow. For example, at the crossroads, the high exposure to air pollution will be negated by better filtering. On the other hand, on open stretches at high speeds, the fresh air flow is reduced through the fan vent. The GPS will also assist in determining the fan’s rpm for a constant flow of pure air.

Designer: Nathan Hassanali

Xiaomi just announced its Augmented Reality Smart Glasses… and the timing couldn’t be more interesting!





Doesn’t it strike you as odd that Xiaomi would randomly drop such a massive product teaser just a day before Apple’s September event? And hold their own even a day AFTER Apple announced the new iPhone? I’m not an expert analyst, but it seems like they’re trying to beat Apple to the punch, given that a lot of people are expecting Apple to launch their own smart glasses soon. The announcement a day before and the event a day after Apple’s California Streaming event is just Xiaomi’s way of rolling its sleeves up and trying to grab the news cycle by its horns before Apple floods the internet. Moreover, the Smart Glasses also end up firing shots at Facebook, who just announced their own camera-enabled wayfarers with RayBan. Gossip and speculation aside, here’s what the Xiaomi Smart Glasses are all about.

Designed to look like a regular pair of eyewear, Xiaomi’s Smart Glasses actually come with a holographic display built into them. The tiny MicroLED display (which Xiaomi says is smaller than a grain of rice) is built into the temple stem, and reflects a simple UI onto the right eyepiece of the glasses. The specially crafted eyepiece uses a series of microscopic “optical waveguides” to project the display into your eye, allowing only you to see the augmented reality elements when you wear the glasses.

The Smart Glasses come with a rather bare-basics interface, although it’s still incredibly advanced for its time (not to mention the fact that Xiaomi managed to fit all this technology into a ridiculously slim piece of eyewear). The holographic display can display messages, alerts, notifications, and time, although Xiaomi’s most impressive flex was showcasing a live translate feature, that took an English food menu and overlaid the Chinese translations on top of it. Aside from the MicroLED holographic display, the Smart Glasses also come with a camera lens that captures the world around you, allowing you to not just take pictures, but also analyze images and text. Whether all that live translation and processing power happens within the spectacles themselves is yet to be determined, although we can expect much more information on the 15th, when Xiaomi holds its product event.

For now, the Smart Glasses are just a concept teaser with no price, no tech specs, and no foreseeable launch date.

The Top 10 Wearables designed to be the emerging + inspirational tech trends of 2021!

Wearable designs are currently in the limelight, with the Apple Watch Series 7 making the rounds almost everywhere. Everyone’s counting down the days until its release, and we thought it would be fun to explore some of the other cool wearable designs in the market! Wearable designs make our lives easier and more efficient in multiple ways! From smartwatches, Fitbits to even wearable furniture, innovative wearable designs can be valuable additions to our daily lifestyles. And, not to mention sometimes they’re really fun to use and trendy to wear as well! And, this collection of wearable designs are not only super easy to wear on your person, but also promise to make your everyday life easier, simpler, and effortless! From a wearable mouse ring designed to work at the tap of your fingers to a wearable assistive device designed to help stroke patients relearn muscle movements – these designs truly are the emerging tech trends of 2021!

This wearable fitness tracker-looking ring is actually a mouse designed to be as lightweight as possible so there isn’t excess load on your joints. Usually, users experience the inconvenience of wrist pain, stiff fingers, or aching finger joints when using the traditional mouse. The weight and shape of the mouse initially don’t seem worth investing in for the user till these issues arise and that is what the designer wanted to address through the ring mouse. The PC market continues to grow and it means the need for an ergonomic lightweight mouse like this ring exists stronger than before as people take more notice of their health and well-being. The ring mouse’s design works intuitively, it reacts to the movements of the fingertips and does not interfere with the natural movement of the wrist since it is a wearable ring. Due to its unique shape for a mouse, it makes the experience smoother while reducing the stress on your wrists as it won’t be awkwardly bent at an angle for hours!

This OnePlus Concept One Watch could be the right direction for the brand to foray, if they want to dethrone the best ones like Apple Watch Series 6, Galaxy Watch 3, or Fitbit Sense. While on first look it might seem like any other smartwatch, there’s one thing that makes it stand out from the crowd. When the camera app is activated, the glass magically turns transparent to reveal the sensors otherwise hidden from plain sight. The Concept One Watch employs this technology to blur the lines between a classic analog watch with kinetic movement and modern-day smartwatch functionality. The Android WearOS watch is a perfect hybrid capable of satisfying proponents of classic watches and ones who like the more modern approach of the connected ecosystem of smartwatches.

Rehap from Ka Man Choi is a wearable rehabilitative tool designed to aid stroke survivors in relearning basic muscle movements even in the comfort of their own homes. Choi integrated physical therapeutic exercises in Rehap like mirror movements and joint exercises to help stimulate the muscle memory of stroke patients. Stroke survivors wear Rehap as a sleeve or glove and configure the product’s modular gears with rubber bands to meet their level of recovery. Conceived to make rehabilitation more accessible, Rehap is also a less costly recovery option for stroke patients.

The Sentien Audio is probably one of the world’s first smart open-ear headsets. Relying on bone-conducting technology, the headset really doesn’t sit in your ear… instead, it rests on your sideburns, sending music directly into your inner ear by relaying audio vibrations to your temporal bone. The result is an audio experience that feels like sounds “are playing inside your mind”, according to one reviewer. The obvious benefit is that you don’t have to place physical earphones inside your ear and block out external sounds. Moreover, prolonged listening won’t cause any ear fatigue or eardrum damage, since the audio bypasses your eardrum and travels directly into your inner ear! In some instances, bone conducting technology even allows people with certain hearing disabilities to hear again. It’s sort of like having a brain implant that plays audio directly inside your brain…

Mathilde Blondel, a student of France’s Université de Technologie de Compiègne created EVE, personal security and anti-aggression bracelet, after experiencing an assault on the streets of France. Once activated, EVE launches a 10-second alarm meant to discourage the attacker from continuing their assault and instantly calls the local police station, sending operators the location and live audio recordings of the attack. EVE follows a two-step activation process to launch the wristband’s emergency features. First, to unlock EVE and prepare it for activation, the user simply shakes their wrist repeatedly three to five times. Embedded inside the wristband, an accelerometer and gyroscope detect the shaking and rotation of the wrist, awakening the device and gearing it up for activation. Then, either by announcing previously recorded voice triggers or by placing pressure on the wristband’s sensors, the 110dB alarm sounds, and the police are called, sending live recordings of the assault to an emergency operator, along with the GPS location of the EVE user.

If you’ve ever come across a Tubulum, you know how cool it sounds, and the way it is made is nothing short of imaginative! Made out of a collection of tubes or PVC pipes, the DIY musical instrument’s sound is determined by the length of each pipe. So how could a Tubulum be bettered to look even more badass? It could take the shape of an OCTAV – a musical instrument that can be worn like a harness and give us those cool Dr. Otto Octavious vibes! Designed by Asaf Wainberg, the one-off musical instrument is purely out of the realms of cool DIY stuff that you can’t give a miss. Like the Tubulum, the OCTAV is made out of PVC pipes leading to six pads (like drums) that create sound. The principle here is that the sound generated by tapping on the pads depends on the length and circumference of the pipes attached to it. And the whole thing is fixed onto a harness so you can move around with it.

Industrial designer SangWoon Kim has reimagined the traditional waist support belt as a smart wearable to protect the lumbar spine better. Basically, it functions like any standard belt to compress the waist and isolate our breathing patterns. The striking difference is the ability to tighten the belt automatically, depending on the intensity of the workout and the user’s breathing pattern. Kim calls it the BIND.CO belt and this workout accessory come in handy for any exercise mode and intensity. The innovation will be godsent for beginners who are still learning about the exact tightening of the belt needed for their workout. Thanks to the embedded sensors, the smart belt tightens during exercise and loosens at the time of rest between activities.

LG is another big name that forayed into developing a high-tech face mask last year and has been improving the design and function of the beta model ever since. Now they’ve announced the latest version of the PuriCare Wearable Air Purifier (that’s an odd naming convention) that had three fans and a couple of HEPTA filters to keep most pathogens out. The new face mask has a smaller and lighter motor and built-in microphones and speakers. The latter helps in automatically amplifying the wearer’s voice when talking, courtesy of the VoiceON technology. For that matter, the techno Razer Project Hazel face mask has a similar tech to make communication easier. The improvements on the LG PuriCare don’t stop there as it weighs just 94 grams now and has a 1,000mAh battery with a recharge time of two hours.

The Tool Ring is a nifty EDC that you slip onto your fingers, and instantly gain all sorts of superpowers – from opening bottles to tightening screws, and even signing documents! Built from Titanium, you can fit a whole set of hex-bits into the Tool Ring (they come along with it). These hex-bits include a Philips-head screwdriver, a ballpoint pen, a box-cutter, and a flashlight. Three hexagonal slots in the ring allow you to slide the various hex-bits into it, enabling you to use the instrument of your choice! The top slot offers the most functionality, allowing you to do things like twist screws, point the flashlight, or even cut open boxes with a fair deal of dexterity. The Tool Ring is an amazing piece of EDC, incorporated into the form of jewelry, allowing you to utilize a variety of tools, without having to handle the actual instruments. How cool is that?

This thin Band-Aid-like energy harvester developed by the team of engineers at the University of California, San Diego, could be the answer to powering our gadgets in the future. Of course, there are other similar prototype wearables we’ve seen in the past, including some by the UC San Diego team itself, but this one is different. The thin, flexible strip worn on the finger can generate energy when you are sleeping or simply doing nothing since the sweat from your body powers it. As the fingertips produce exponentially more sweat than any other body part, they are virtually an abundant source to put to good use. The strip has carbon foam electrodes that absorb the sweat, and a chemical reaction is initiated between the lactate and oxygen molecules. The result is electricity generation that’s stored in capacitors to power our modern power-hungry wearables.

This wearable assistive device designed to help stroke patients relearn muscle movements is modular and adaptable!

Rehap is a wearable, assistive device designed for stroke survivors to exercise mirror movements, and joint exercises during the recovery process and relearning of basic muscle movements.

Rehabilitative and assistive product designs have made some progress in terms of functionality and accessibility in recent years, but the current need for at-home rehabilitative designs cannot be understated. While physical therapy is recommended for anyone who’d like to restore their natural mobility, stroke patients in particular benefit from a tailored rehabilitative program. Rehap from Ka Man Choi is a wearable rehabilitative tool designed to aid stroke survivors in relearning basic muscle movements even in the comfort of their own homes.

During the research period for Rehap, Choi learned that around 1 in 3 stroke survivors experience varying levels of emotional stress following their stroke. During the recovery period, rehabilitative tools and assistive devices help stroke survivors train the affected limb and their own muscle memory to prevent stiffness and maintain circulation.

Choi integrated physical therapeutic exercises in Rehap like mirror movements and joint exercises to help stimulate the muscle memory of stroke patients. Stroke survivors wear Rehap as a sleeve or glove and configure the product’s modular gears with rubber bands to meet their level of recovery. Conceived to make rehabilitation more accessible, Rehap is also a less costly recovery option for stroke patients.

Developed out of a single material for simple production and recyclability, Rehap is a motorless, modular solution that’s easy to reproduce and intuitive by design. Accessible for stroke patients at all levels of recovery, Rehap comes with interchangeable gears that can be swapped out to adapt to three different rehabilitative levels. The needs and progress of the patients change over time and Choi designed Rehap to meet patients where they are in their recovery process.

Designer: Ka Man Choi

Choi designed Rehap to be a sustainable and accessible solution for stroke patients to relearn basic muscle movements. 

Following an involved research period, Choi optimized the design to be adjustable and universal.

“Unlike most of the existing rehabilitation and assistive tools, without any electronics and screws, the single prints of REHAP are easier for recycling the PLA.”

“After research on the target user – stroke patients and discussion with the expert in assistive technologies, I decided to design a rehabilitation tool attached to the human body inspired by the exoskeleton and body coordination.”

This new AirPods Pro case takes on a barrel shape to fit in pockets with your other EDC items!

Antón visualized an AirPods Pro case concept that holds each AirPods Pro in vertical placement, swapping out a rectangular build for a barrel-shaped case.

The new case for AirPods Pros is even wider than the previous generation of AirPods. Wedging that case into your pocket between your keys, wallet, and other EDC items is uncomfortable and makes our pockets too bulky. Iván Antón, a product and graphic designer based in Madrid, recently visualized an AirPods Pro Case concept that gives the case a vertical edge, ditching a wide body for a slim, barrel-shaped one.

The current case for AirPods Pro is about 20mm wider than the AirPods case, a substantial difference that requires a lot more room in our back pockets.  In contrast to the bulkier, horizontal AirPods Pro case, Antón’s concept case would fit nicely into any pocket even if it’s already stuffed with your house keys, wallet, and whatever else. Individual charging lights emanate from both ends of the cylindrical case to accurately indicate how much battery juice each AirPod has. Antón also visualized the AirPods Pro case in a matte black, a shade that we’ve yet to see Apple experiment with on charging cases for AirPods and AirPod Pros.

EDC items like house keys, wallets, lighters, and multi-tools fill our pockets daily. Finding the space to carry our charging cases for AirPods can get difficult considering the little room we do have. 3D visualizer and product designer Iván Antón created an AirPods Pro case that swaps out a bulky, rectangular build for a cylindrical one that can easily slide into the fullest of back pockets.

Designer: Iván Antón

The Apple Watch Series 7 will be revealed at Apple’s September event – Here’s everything we know so far

Based on every rumor we’ve heard, the Watch Series 7 is most likely to see a design overhaul. Unlike its predecessors, the Watch 7 will probably sport a slimmer body with a flat edge running along the sides (making it look like a part of the current iPad and iPhone family). This redesign will allow the upcoming smartwatch to have a larger screen and potentially even a bigger battery.

The renders you’re looking at come from YouTuber Matt Talks Tech, who’s been following the leaks and rumors around the Watch Series 7 pretty closely. According to these leaks, the smartwatch will have an even faster S7 processor, a better OLED screen, and better wireless connectivity thanks to a 5G modem. It’ll retain all of the smartwatch’s fitness tracking, heart rate-sensing, and blood oxygen-monitoring features from the models prior while possibly even unveiling a game-changing new glucose-monitoring feature that should make those pin-prick tests for diabetics obsolete.

The new watch design will most likely be made from the same materials – aluminum, steel, or even titanium, with the Ceramic Shield glass on the display. Matt even speculates that the watch may sport a TouchID sensor built into the Home button (since there’s never been a biometric-based locking system on the Apple Watch so far). The watch will come in its two standard sizes, and all indications show that Apple plans on retaining its original watch-straps so that consumers can easily upgrade their watch while retaining their favorite straps from the past models.

While Apple hasn’t confirmed the exact date for their Watch announcement event, analysts speculate it should be held in September, as it has been for years.

Image Credits: Matt Talks Tech

This black algae dyed t-shirt is Vollebak’s latest creation designed to suck carbon-dioxide from the atmosphere!

Vollebak grows black algae in giant ponds located in California, which is collected and heat-treated to concentrate it into a black powder to be used as a pigment for dye.

Every day, we wear clothes without knowing how they’re made. Unless you’re already buying clothes from sustainable brands, most of the clothing we wear is produced from material that isn’t harvested responsibly, let alone biodegradable. Take the color black–our favorite everyday black t-shirts are colored by a pigment derived from petroleum called carbon black. However, Vollebak, a clothing brand that uses technology to produce sustainable t-shirts and bottoms, aims to reinvent the way that the color black is made.

Carbon black is a color pigment that’s used to dye our clothing black. After large plots of land called tar sands are stripped of all pre-existing vegetation and animal life, carbon black is extracted from the petroleum stored underground. Noticing the unsustainable practices of producing black clothing, Vollebak discovered that you don’t have to dig up any earth to access black algae.

Known for growing in ponds, black algae only needs sunlight and carbon dioxide to flourish. Having abundant access to a natural black pigment, Vollebak used material technology to collect and use black algae to dye their t-shirts black. The result? The Black Algae T-Shirt feels and looks just like a conventionally dyed t-shirt.

Each t-shirt from Vollebak is made from eucalyptus trees that are harvested from sustainably managed forests. Once the pulp from eucalyptus trees gets spun into a wearable fabric, each t-shirt is dyed with black algae ink, which continues to lock in the carbon dioxide it absorbed while still alive. In order to lock the carbon dioxide into the shirt for up to 100 years, Vollebak uses carbon capture technology to trap carbon dioxide at its emission source.

After harvesting black algae from their ponds, Vollebak puts the algae through a heat treatment that concentrates it into powder form. “The black algae ink has been engineered to be UV resistant so it will hold its color for years. But since this is a bio-based ink it won’t behave exactly like a petroleum-based ink. Over time the black color may brighten around the edges next to the seams. To make the algae last for as long as possible we recommend hand washing the t-shirt in cold water with as little detergent as possible.”

The T-shirts themselves are produced from eucalyptus trees that are harvested from sustainably managed forests. “The rest of the t-shirt is made from wood pulp from sustainably managed forests. Eucalyptus, beech, spruce are chipped and pulped, before being turned into fiber, then yarn, and finally fabric. All the wood is harvested from sustainable forestry plantations and certified by both the Forestry Sustainability Council (FSC) and the Programme for the Endorsement of Forest Certification (PEFC). Representing over 700 million acres of certified forests, the PEFC is the largest forest certification system in the world.” Instead of dyeing the shirt’s individual fibers black, Vollebak dyes the entire outer surface of their shirts in black algae ink, which is why the final color of each t-shirt is more of a very dark grey marl.

Since all the materials used to produce their Black Algae T-shirt, the shirt can biodegrade in about 12 weeks. Once the material has disappeared just the black algae ink will remain in an almost imperceptible, safe and non-toxic state. And while other organic materials release carbon dioxide when they decompose, this ink will continue storing its carbon for over 100 years.

Designer: Vollebak

Click Here to Buy Now!

Engineered to be UV-resistant, the t-shirt will hold its color for years.

“The wood is turned into [the] fabric using an environmentally responsible and closed-loop production process. In practice, this means that over 99% of the water and solvent used to turn pulp into fiber is recycled and reused.”

Since its not petroleum-based ink, the black algae ink dye will brighten near the t-shirt’s seams and edges.

Circular ‘Apple Watch Air’ concept adds a budget-friendly option to Apple’s smartwatch catalog

Titled the Apple Watch Loop, this concept by Felipe Duarte does two things – it brings variety to Apple’s smartwatch offering and adds a beautifully-basic ‘Air’ variant in Apple’s watch lineup, just like with their other products like the iPhone Mini, iPad Air, and MacBook Air.

Apple’s always fervently stuck to the square-shaped watch. They debuted the Apple Watch and spoke heavily of how much they were influenced by classic watches, they even added a rotating crown to the design, but unlike the circular Samsung Gear watch and Moto 360, Apple went for what was considered the logical, ‘safe’ option and outfitted their Watch with a square screen, instead of the classic watch-inspired circle display. It’s been some 7 years to the day, and Apple hasn’t really rocked the boat with the watch design – although the watch’s core functions have definitely changed over time, going from a fashionable gadget to a life-saving medical fitness tracker on your wrist. Industrial Designer Felipe Duarte decided to have some fun with the Apple Watch’s design, experimenting with a few radically different details while retaining the Apple Watch’s core essence. The result was the Apple Watch Loop, a fun, friendly, circular concept that’s funky, resistant to damage, and provides Apple’s most important Watch features, in a circular form.

The Apple Watch Loop’s three drastic changes include A. its circular body, and B. the concave screen, and C. the watch strap, which forms a bumper around the smartwatch’s main hardware. Designed to provide a compact-yet-robust experience, Duarte outfitted the watch with a concave screen that’s extremely user-friendly, yet is impossible to damage when you accidentally bump your hand on a surface. Similarly, the large rubber bumper around the watch’s hardware component provides similar shock-absorbing features (although it does result in an unavoidably large physical bezel around the display).

The Watch Loop is still rather unapologetically an Apple smartwatch. It comes with the rotating crown, the familiar interface (although probably slightly modified for the circular layout), sports the heart-rate tracker and magnetic wireless charging zone on the base, and has an interchangeable watch-strap system that’s available in a host of colors. Notably, its speakers hide behind the rubber bumper of the watch strap, its concave screen sinks into the design, helping somewhat reduce mass, and the watch’s circular design can be popped out of its strap and used sort of like a pocket-watch or even a handheld stopwatch. Duarte’s concept aims at bending some of the rules that Apple’s set for its Smartwatch while adhering to the others. At the end of the day, it’s still a memorable design that looks like a part of Apple’s ecosystem. It comes in a fun display case too (which is slightly bulkier than the Watch’s slimmer vertical cases). What do you think?

Designer: Felipe Duarte

A Honda-incubated startup designed this genius in-shoe GPS navigation system that can guide the visually impaired





Designed to integrate right into the wearer’s shoe, the Ashirase uses a series of haptic ‘tickles’ to help guide the visually impaired as they walk, providing a much more intuitive and effective alternative to using a smartphone.

The Ashirase has a rather heartbreaking backstory. Honda EV-engineer Wataru Chino began working on the concept following the death of a slightly visually impaired relative under circumstances he deemed avoidable. Determined to come up with a much more effective solution to help the blind navigate roads freely and safely, Chino saw no alternative but to craft together a design solution. Honda even helped incubate the design and build the startup through its new-business incubation initiative, IGNITION.

Armed with one less sense, visually impaired pedestrians find it incredibly difficult to navigate to unknown destinations. With their limited senses occupied in concentrating on directions, they can often forget to pay attention to their surroundings or the roads, putting them in danger. The inverse is problematic too, because when they pay more attention to their immediate surroundings, they could in the process forget to follow the directions correctly and get lost. Chino’s solution helps the impaired concentrate on the road while also being able to intuitively receive directions in a less-distracting way. The wearable sits sandwiched between the foot and the wearer’s sneaker. This frees up the user’s hand to hold onto their walking cane (as opposed to their smartphone), and allows them to use their ears to sense their surroundings (instead of listening to audio directions).

The name Ashirase comes from the Japanese word ‘oshirase’, for notice/notification, as the in-shoe wearable helps notify the wearer while they walk, effectively guiding them through a series of vibrations. The in-shoe wearable comes in two parts – a silicone band that wraps around the foot, and an electronic ‘compass’ that provides the haptic feedback. Wearables on each foot help guide the user in any direction, guiding the wearer to their end-destination that’s fed into Ashirase’s smartphone app (which also decides the most optimal path for the wearer to take). The app currently runs on the Google Maps API, which provides a few limitations like needing the internet to work, and not being able to provide effective navigation indoors, although the company is already working on overcoming those drawbacks.

Chino’s startup plans on releasing a beta version of the Ashirase system in Japan in October or November of this year, where users will be provided with free versions of the wearable and the app for testing purposes. Following the public beta, Ashirase is gunning for a commercial-ready product by October 2022, with a subscription-based payment system that should cost somewhere between $18 to $27 (or 2000-3000 Yen).

Designer: Ashirase LLC (Wataru Chino)

OnePlus Concept One smartwatch is a high-quality EDC fitted into a sleek wearable design

This watch conceptualized by Michael Szczególski of 2sympleks Design draws inspiration from the OnePlus Concept One phone that has an electrochromic glass (based on electronic CMF technology) for the camera module glass covering.

OnePlus forayed into the smartwatch market in the early half of this year, but it wasn’t popular amongst tech enthusiasts, given the other smartwatches in the market that offer more. The Never Settle endeavor of the brand seemed to be missing in their first smartwatch, and I’m hoping the table is turned in their next release. This OnePlus Concept One Watch could be the right direction for the brand to foray, if they want to dethrone the best ones like Apple Watch Series 6, Galaxy Watch 3, or Fitbit Sense.

While on first look it might seem like any other smartwatch, there’s one thing that makes it stand out from the crowd. When the camera app is activated, the glass magically turns transparent to reveal the sensors otherwise hidden from plain sight. The Concept One Watch employs this technology to blur the lines between a classic analog watch with kinetic movement and modern-day smartwatch functionality. The Android WearOS watch is a perfect hybrid capable of satisfying proponents of classic watches and ones who like the more modern approach of the connected ecosystem of smartwatches.

This is possible with the electrochromic touchscreen which is completely transparent, revealing the classic watch dial. At the touch of a button with the underlying fingerprint sensor, the watch’s smart functions are triggered. You can control the music, keep track of physical activity, read text messages or make voice calls.

When not required, you can revert back to the completely transparent glass screen mode, revealing the beautiful kinetic watch movement of the hour and seconds hands. You’ll still be able to be notified of important texts or calls, that’ll be indicated by small notifications that in no way intrude on the beautiful watch dial.

The watch’s OnePlus Concept One phone influence is evident in the cool orange strap, accompanying accessories like the charging cable, and packaging. Would I want to sport one on my wrist? Absolutely yes. I hope OnePlus is watching this!

Designer: Michael Szczególski of 2sympleks Design