Operating revenue remained largely unchanged at Rs 1,430 crore compared to Rs 1,426 crore in FY23. The company, which secured its maiden fundraise last year, saw a 40% surge in employee benefit expenses at Rs 71 crore, while finance costs rose nearly 50% to Rs 29.5 crore. Total expenses increased to Rs 1,460 crore from Rs 1,432 crore in FY23.

Noida-based startup Boltt Sports Technologies will soon introduce fitness wearables, connected solutions and a fitness kit that will include smart shoes, smart band and health and training apps, all powered by Artificial Intelligence (AI).

Does your back hurt from slouching over your keyboard all day? Having trouble focusing after lunchtime? Do you remember that great idea you had the other day? Whatever is holding you back from doing your best work, there is probably a wearable claiming to solve the problem.

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Your brain is just like any other muscle in your body; just as you lift weights and train your body to make it stronger, your brain needs just as much attention as those biceps.

And with the state of things these days, we should spend even more time training our brains to be more focused, relaxed and creative in order to maintain our emotional control and build our resilience to stress. Only then can we truly thrive in uncertain times and become unstoppable.

So how do you train your brain? You can read and practice-problem solving of course, but there are a plethora of new and exciting devices available to help you level up your training and target specific areas of your brain that need it.

Experts on NIOSH’s Total Worker Health approach hosted a webinar exploring the “opportunities and complexities” of sensor technology.

Download this white paper from Soter Analytics to learn how wearable technologies can automate ergonomic training processes, motivate workers and drive down injury rates as much as 55%.

What are some features, benefits and examples of wearable technology in the workplace?

Top wearables brands such as Boat and Gizmore are making most products locally in key categories audio and smartwatch through electronics contract manufacturers such as Dixon Technologies and Optiemus Electronics. Domestic shipments of wearables jumped 81% on-year in the first quarter of calendar year 2023 to 25 million units, with India surpassing China to become the largest market in the world, according to IDC India.

With climate change in mind, it is imperative that industries evaluate current heat safety practices and explore the potential of core body temperature-sensing wearables that accurately predict heat strain, improve worker productivity, and mitigate adverse heat-related health outcomes.

Improving children's quality of life with emotional care through cutting-edge technology

ETSI launches IoT ontology for automotive, eHealth, wearables and water distribution

Sophia Antipolis, 1 September 2020

The ETSI SmartM2M technical committee is pleased to confirm it has extended its IoT SAREF ontology with four new sectors addressing the automotive, eHealth/Ageing-well, wearable and water domains. The Smart Applications REFerence (SAREF) ontology is intended to enable interoperability between solutions from different providers and within various activity sectors in the Internet of Things (IoT), thus contributing to the development of the global digital market. SmartM2M has already developed six extensions, now supplemented with these four new specifications.

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Xiaomi adds smarter smartwatches and wearables to its massive catalogue. #xiaomi #smartwatch #fitnesstracker

According to early estimates from Counterpoint, shipments in the wearables industry fell 30% on-year in the July-September quarter with nearly every top brand including Boat and Noise seeing sharp declines in numbers. However, shipments of premium smartwatches and audio products nearly doubled, pushing up the average selling price.

Samsung has an early Black Friday deal for its accessories and wearables, so don’t miss out if you want some savings!

The post INCREDIBLE early Black Friday deal saves you on Samsung wearables and accessories! appeared first on Phandroid.

If you’ve ever tried to get a bandage to stick to your elbow, you understand the difficulty in creating wearable devices that attach securely to the human body. Add digital electronic circuitry, and the problem becomes more complicated. Now include the need for the device to fix breaks and damage automatically—and let’s make it biodegradable while we’re at it—and many researchers would throw up their hands in surrender.

Fortunately, an international team led by researchers at Korea University Graduate School of Converging Science and Technology (KU-KIST) persevered, and has developed conductor materials that it claims are stretchable, self-healing, and biocompatible. Their project was described this month in the journal Science Advances.

The biodegradable conductor offers a new approach to patient monitoring and delivering treatments directly to the tissues and organs where they are needed. For example, a smart patch made of these materials could measure motion, temperature, and other biological data. The material could also be used to create sensor patches that can be implanted inside the body, and even mounted on the surface of internal organs. The biocompatible materials can be designed to degrade after a period of time, eliminating the need for an invasive procedure to remove the sensor later.

“This new technology is a glimpse at the future of remote healthcare,” says Robert Rose, CEO of Rose Strategic Partners, LLC. “Remote patient monitoring is an industry still in its early stages, but already we are seeing the promise of what is not only possible, but close on the horizon. Imagine a device implanted at a surgical site to monitor and report your internal healing progress. If it is damaged, the device can heal itself, and when the job is done, it simply dissolves. It sounds like science fiction, but it’s now science fact.”

Self-healing elastics

After being cut a ribbonlike film was able to heal itself in about 1 minute.Suk-Won Hwang

The system relies on two different layers of flexible material, both self-healing: one is for conduction and the other is an elastomer layer that serves as a substrate to support the sensors and circuitry needed to collect data. The conductor layer is based on a substance known by the acronym PEDOT:PSS, which is short for Poly(3,4-ethylenedioxythiophene) polystyrene sulfonate. It’s a conductive polymer widely used in making flexible displays and touch panels, as well as wearable devices. To increase the polymer’s conductivity and self-healing properties, the research team used additives including polyethylene glycol and glycol, which helped increase conductivity as well as the material’s ability to automatically repair damage such as cuts or tears.

In order to conform to curved tissues and survive typical body motion, the substrate layer must be extremely flexible. The researchers based it on elastomers that can match the shape of curved tissues, such as skin or individual organs.

These two layers stick to each other, thanks to chemical bonds that can connect the polymer chains of the plastic films in each layer. Combined, these materials create a system that is flexible and stretchable. In testing, the researchers showed that the materials could survive stretching up to 500 percent.

The self-healing function arises from the material’s ability to reconnect to itself when cut or otherwise damaged. This self-healing feature is based on a chemical process called disulfide metathesis. In short, polymer molecules containing pairs of linked sulfur atoms, called disulfides, have the ability to reform themselves after being severed. The phenomenon arises from a chemical process called disulfide-disulfide shuffling reactions, in which disulfide bonds in the molecule break and then reform, not necessarily between the original partners. According to the KU-KIST researchers, after being cut, their material was able to recover conductivity in its circuits within about two minutes without any intervention. The material was also tested for bending, twisting, and its ability to function both in air and under water.

This approach offers many advantages over other flexible electronics designs. For example, silver nanowires and carbon nanotubes have been used as the basis for stretchable devices, but they can be brittle and lack the self-healing properties of the KU-KIST materials. Other materials such as liquid metals can self-heal, but they are typically difficult to handle and integrate into wearable circuitry.

As a demonstration, the team created a multifunction sensor that included humidity, temperature, and pressure sensors that was approximately 4.5 square centimeters. In spite of being cut in four separate locations, it was able to heal itself and continue to provide sensor readings.

Implant tested in a rat

To take the demonstration a step further, the researchers created a 1.8-cm² device that was attached to a rat’s bladder. The device was designed to wrap around the bladder and then adhere to itself, so no adhesives or sutures were required to attach the sensor onto the bladder. The team chose the bladder for their experiments because, under normal conditions, its size can change by 300 percent.

The device incorporated both electrodes and pressure sensors, which were able to detect changes in the bladder pressure. The electrodes could detect bladder voiding, through electromyography signals, as well as stimulate the bladder to induce urination. As with the initial demonstration, intentional damage to the device’s circuitry healed on its own, without intervention.

The biocompatible and biodegradable nature of the materials is important because it means that devices fabricated with them can be worn on the skin, as well as implanted within the body. The fact that the materials are biodegradable means that implants would not need a second surgical procedure to remove them. They could be left in place after serving their purpose, and they would be absorbed by the body.

According to Suk-Won Hwang, assistant professor at KU-KIST, a few hurdles remain on the path to commercialization. “We need to test the biocompatibility of some of the materials used in the conductor and substrate layers. While scalable production appears to be feasible, the high cost of disulfide derivatives might make the technology too expensive, aside from some special applications,” he says. “Biocompatibility testing and material synthesis optimization will take one to two years, at least.”

The revolution in technology is empowering individuals to monitor and manage their blood pressure more effectively, bringing significant advancements in medlinkblood pressure control/medlink.

Wearable technologies should be soft -- and sexy -- to capture our attention. Subscribe to WIRED ►► http://po.st/SubscribeWired That's according to a woman whose first wearable tech product was vibrating, interactive underwear for long-distance relationships. Billie Whitehouse, designer at Wearable Experiments, walks the gap between consumer electronics and fashion, telling attendees of WIRED Retail 2015 that technology need not always look like technology. READ MORE: http://wired.uk/LFNRrn WIRED Retail is our annual exploration of the ever-changing world of commerce, featuring leading technologists, entrepreneurs and creatives innovating in sectors as diverse as robotics, virtual reality and the future of home delivery. For all our coverage from the event, head over to our WIRED Retail hub. http://www.wired.co.uk/wired-retail-2015 CONNECT WITH WIRED Web: http://po.st/VideoWired Twitter: http://po.st/TwitterWired Facebook: http://po.st/FacebookWired Google+: http://po.st/GoogleWired Instagram: http://po.st/InstagramWired Magazine: http://po.st/MagazineWired Newsletter: http://po.st/NewslettersWired ABOUT WIRED WIRED brings you the future as it happens - the people, the trends, the big ideas that will change our lives. An award-winning printed monthly and online publication. WIRED is an agenda-setting magazine offering brain food on a wide range of topics, from science, technology and business to pop-culture and politics. Billie Whitehouse: Wearables should be soft, stylish and sexy | WIRED Retail | WIRED https://www.youtube.com/wireduk

As per estimates released by IDC, India’s smart wearable device market grew by merely 2.1 per cent in March quarter

As companies re-open, employees may don wearable tech to prevent the spread of COVID-19

The watchmaker will form a development centre in Hyderabad with HUG in hardware, firmware, software and cloud technology and has appointed the company's founder Raj Neravati to head technology for wearables at Titan Company.

With designer brands like Michael Kors and Puma unveiling their first fitness-centric smartwatches, it's clear athleisure was the trend in Berlin this year.

Apple reported a whopping $65 billion in revenue in Q3. The tech giant's growth is largely due to its Apple Watch and AirPods sales, along with recurring subscriptions from its ever-expanding portfolio of services.

Amid rumors of Apple's upcoming AR glasses, head-mounted displays are looking to be the highest-growth category.

  Last year this month Intel's CEO Brian Krzanich introduced the world to the Intel Edison chip. This year he is introducing to us the Intel Curie, a button sized module using the Intel Quark SE SoC...

Devices that buzz when someone comes too close and wearables that tell you how long you've spent in the company of someone with covid-19, how tech is trying to break us out of lockdown

I want to know what I am breathing and I don't leave home without it.

In endurance runners, wearable fitness trackers were found to provide new opportunities for monitoring training and guiding post-injury rehabilitation,

Noida-based startup Boltt Sports Technologies will soon introduce fitness wearables, connected solutions and a fitness kit that will include smart shoes, smart band and health and training apps, all powered by Artificial Intelligence (AI).

Smart jewellery can help people with disabilities but funding is needed

Tech writer Brent Rose debunks a study claiming smartphones are as good as wearables at tracking activity. From the Fitbit Charge HR to the iPhone 6, Brent's stress tests uncover compelling results that demonstrate why wearables with heart rate monitors win.

BRANDED CONTENT | Produced by WIRED Brand Lab for Bose | Bose Frames are an incredible new audio wearable that incorporate Bose's world-class sound system into a stylish pair of sunglasses. Crystal Mackenzie, Head of Marketing and Partnerships for Bose Frames and AR, and Mehul Trivedi, Director of Bose Frames, talk about some of the challenges that came with designing and engineering this new audio experience and what the future of audio wearables looks like.