Researchers at Carnegie Mellon University (CMU) have developed smart wearable patch that can be worn like a band-aid. Their innovation, called ElectroDermis, represents new advances in electronic skin patches that are stretchy and conform to the body. The device can be used for a variety of medical, fitness, or lifestyle purposes.

“We envision a future where electronics can be temporarily attached to the body, but in functional and aesthetically pleasing way,” wrote the researchers.

Related KIST Researchers Develop Hydrogel-Based High-Performance Sensors for Wearables

The project is a combined effort from engineers at Carnegie Mellon’s Soft Machines Lab and Morphing Matter Lab.

For the developers of wearable devices, the challenge has been finding a way to make these devices flexible. But the research team led by Eric Markvicka and Guanyun Wang, wanted to make a more complicated device, which involves components for signal processing, wireless communication and power. The CMU researchers made the wiring from copper sheets cut in a wavy form to make them bend more easily.

“Specifically, we achieve high functionality by discretizing rigid print circuit boards into individual islands,” the researchers explained. “The islands are then assembled on a spandex-blend fabric to increase robustness and reusability.”

They also concocted a multilayered fabrication method by putting fabric over TPU film, copper trace, z-tape, electrical components, and skin adhesive. This gives the wearer full mobility and makes it possible for the piece to be reusable, as the adhesive layer can simply be replaced.

Related Carnegie Mellon Researchers Develop Ultra-Thin Electronic Tattoos that Can Power Wearables

ElectroDermis patches can be made in less than an hour and last on the body for hours or days.

The scientists say their new device could be applied to monitor vital signs, track fitness markers, measure food consumption or make a smart wound healing bandage.

The Samsung Galaxy Watch was launched in August 2018. So, as August 2019 begins it’s already time to start thinking about its successor. There’s a strong possibility that Samsung’s newest smartwatch – likely called the Galaxy Watch 2 – will land in August 2019.

Read more Samsung’s Galaxy Watch Active 2 Will Come in 3 Models and ECG

Previously, many thought that Samsung would release Galaxy Watch 2 alongside the Samsung Galaxy Note 10 on August 7. But since it didn’t happen, it could be months before we see Galaxy Watch 2 hitting the market.

“The only release date rumor takes the form of leaked timeline documents which suggest the Samsung Galaxy Watch 2 will land in quarter 3 of 2019, meaning any time between now and the end of September. However, there’s a high chance that if accurate these were actually referring to the Galaxy Watch Active 2,” reports James Rogerson in Tech Radar.

There isn’t much information about the design of Galaxy Watch 2 but it’s been reported that Samsung made fairly major improvements to the new watch. The original Galaxy Watch was actually fairly bulky, heavy, and wasn’t nearly as lightweight as, say, the Apple Watch.

According to rumors, Samsung may give the Galaxy Watch 2 a sleek new design to match the Samsung Galaxy Watch Active.

There is likely to be a round face and a rotating bezel for navigating Tizen, but the folks would greatly appreciate a slimmer and more premium-looking case.

Samsung may make a big change in the software by switching from its own Tizen software to Google’s Wear OS. This move by Samsung was widely rumored in 2018, but in the end the Korean tech giant stuck with Tizen for the Galaxy Watch. If Samsung makes this change for the Galaxy Watch 2, then rotating bezel will also be changed.

Read more Marvell, Samsung Extend Long-Term Partnership for 5G Wireless Networks

Whichever OS Samsung chooses, we can be sure that the Galaxy Watch 2 will pack a wide range of health and fitness tracking features – either through Samsung Health app, or with Google Fit.

As for price, there aren’t any rumors yet, but the original Galaxy Watch started at $329 (for the smaller 42mm version), so the Galaxy Watch 2 will probably cost at least that much.

PlayerMaker is a performance insight product for football teams. It’s a complete coaching tool which tracks and analyses metrics for physical, technical, tactical and biomechanical data as well auto-tagging video for fast and easy analysis.

The PlayerMaker strap houses a 6-axis motion sensor with accelerometer and gyro units that measure acceleration and radial velocity at 1000 times per second. Unique motion sensors on a player’s boot provide a significantly larger dataset than any other product. They detect every ball touch and build accurate gait profiles – without affecting performance.

The machine learning algorithms determine between different movements. Data is instantly sent to the analysis platform on the iPad Using BluetoothTM. Encased in unique durable silicon, the sensor is safe under impact in all playing conditions, and its position does not impact player performance.

Related New York City FC Partners with PLAYR Soccer GPS Tracking System

The company said it built the world’s largest football database over four years and used it to ‘teach’ their advanced machine learning algorithms to play football. They can determine football movements and handle unpredictable situations. The technology has been tested by top universities and proven to be very accurate.

Case Studies

Millwall Football Club

Dan Mlinar, lead Youth Development Phase Coach at Millwall Football Club in London, has been coaching youth football teams for 9 years. He was introduced to PlayerMaker in January 2018.

“Quite simply, the players put the sensors on their boots before entering the field; we deliver the session and 5 minutes after training finishes, we already have the data on the team’s profile page within the PlayerMaker dashboard,” Milnar said.

“PlayerMaker allows me to analyze the technical and physical abilities of my players and trialists. I use PlayerMaker to analyze my sessions; ensuring we achieved the outcome we wanted for the players.”

A few months later, Millwall FC Academy implemented the PlayerMaker smart footwear for the U16s team.

“The amount of data collected means we get a holistic understanding of what’s happening every time the player is out in the field,” said Jim Summersby, the Sports Scientist for the U16 players.

Related How Wearables Could Help Gloomy US Soccer Get Back on Track

Maccabi Tel Aviv

Maccabi Tel Aviv is another football team that benefited from the Playermaker.

Ilan Richardson, Head of Sports Science at Maccabi Tel Aviv. Using a mix of PlayerMaker’s own software and its integration capabilities with other systems, Ilan is able to see how players are progressing over time as well as a get a more complete understanding about whether teams are hitting their goals for training sessions.

Playermaker helps provide coaches at Maccavi Tel Aviv a holistic view about how the academy is performing, allowing them to make sure that the footballing philosophy of the team is being embraced by the entire staff.

Nowadays, no-one needs a key to open or start a modern car. That’s the task of miniature computers, which are designed by car manufacturers to perform an increasing number of functions. These smart keys can do quite a lot more. For example, they provide information about the oil level, the distance that can still be travelled, the filling level of the petrol tank, the status of the doors and windows and the control of the fully automated parking and manoeuvring. In order to be able to complete all of these tasks smoothly, rechargeable lithium ion batteries with a high energy density and capacity are required, which also need to be very robust and reliable at the same time.

The provision of energy in a tiny space is playing a growing role in an increasing number of aspects of modern mobility and health. As well as cars, this is also the case with hearables, which are worn on or in the ear. They not only facilitate hearing, but also offer a wide range of other functions, such as listening to music, hands-free telephony, voice amplification or simultaneous translation. As well as classic hearing aids, hearables include over-ear headphones and wireless telephony earbuds.

From hearables and step counters in shoes to fitness trackers with vital data measurements, these devices are always only as good as their energy supply. Standards are high, as they need to be reliable and durable. This is where the CoinPower button cells from VARTA Microbattery often come in use for wearables, with their small size, high energy density and extraordinary mechanical stability. Short charging times, a high degree of reliability and a robust structure round off their profile. The smallest models, the CP 7840 and CP 9440, are just four millimetres thick and have been developed with headphones, fitness wristbands and smart keys in mind. However, they are also being increasingly used in medical equipment.

The form and high energy density of the CoinPower series makes these microbatteries the ideal solution for wearables and medical devices. They have an energy density that is up to 30 percent higher than comparable batteries available on the market. Miniaturisation is making constant progress, as Philipp Miehlich, General Manager OEM at VARTA Microbattery GmbH, explains: “In this segment, we have developed unique competitive advantages and are benefiting from the shift in technology away from cylindrical battery cells to coin format batteries. We have been supporting this change in technology for wireless headphones with our leading technology, and are setting the standards in the industry in this area with our stream of new innovations.” The CoinPower series will be produced using fully automated processes in one of the most state of the art European production sites in Ellwangen.

A video just recently produced by VARTA Microbattery tells you all you need to know about the wide range of uses of the CoinPower series.

About VARTA AG
VARTA AG, as the parent company of the Group, is active in the Microbatteries and Power&Energy business segments through its subsidiaries VARTA Microbattery GmbH and VARTA Storage GmbH. Today, VARTA Microbattery GmbH is already an innovation leader in the field of microbatteries, one of the market leaders for hearing aid batteries and is also striving for market leadership for lithium-ion batteries in the wearables sector, especially for hearables. Power&Energy focuses on intelligent energy solutions for tailor-made battery storage systems for OEM customers as well as on the design, system integration and assembly of stationary lithium-ion energy storage systems. With five production and manufacturing facilities in Europe and Asia as well as sales centers in Asia, Europe and the USA, the operating subsidiaries of the VARTA AG Group are currently active in over 75 countries worldwide.

Fitbit’s earnings call for Q2 2019 show that the company’s revenue and device sales were up but the average price of the devices was down. This has led to Fitbit to lower its revenue guidance by $95 million.

Related Fitbit and Solera Health Expand Collaboration to Reduce Type 2 Diabetes Risk

The company reported revenue of $314 million, GAAP net loss per share of $(0.27), non-GAAP net loss per share of $(0.14), GAAP net loss of $(69) million, non-GAAP net loss of $(36) million, cash used in operations of $(76) million and free cash flow of $(81) million for its second quarter of 2019.

“While we are disappointed to lower guidance for the year, we remain confident in our long-term transformation strategy and have demonstrated good results across key areas of the business. We saw growth in devices sold, increased active users and continued growth in our Fitbit Health Solutions channel, up 42% in the first half of 2019,” said James Park, co-founder and CEO. “In addition, we have made progress in diversifying our revenue towards building more predictable, recurring revenue streams with the launch of our premium services in two test markets. We are pleased with the initial results and expect a full launch this fall. Coupled with innovative hardware and software offerings, we believe we’re well positioned to bring more users to the Fitbit platform and continue to grow our business.”

The wearable giant also experienced poor sales on its Versa Lite, which was released in Q1. CFO Ronald Kisling said these sales were $150 million below the initial expectation, reports MobiHealthNews.

“We subsequently reduced our Versa Lite sales expectations for the remainder of the year and are lowering our full-year 2019 revenue gross margin guidance,” James Park, CEO of Fitbit, said during the earnings call. “We attribute the Versa weakness to our pricing go-to-market strategy.”

Fitibit is seeing growth in its Fitbit Health Services (FHS), which increased to 16% to $24 million, bringing the company’s total revenue in 2019 to $54 million. According to Park, part of the success is due to partnerships with payers.

Related Fitbit Pay Will Now Work with NYC Subway or Bus Fares

“So one of the factors in our growth and the increased performance of FHS is our Fitbit Care business and the pipeline, and Fitbit Care again is our health coaching offering that allows health plans and employees and their employers and members to manage chronic disease conditions like diabetes,” Park said. “So that pipeline is continuing to grow, and we've already started the rollout of bundled offerings, where our devices are actually coupled with Fitbit Care and its associated digital interventions along with a coach.”

Fitbit’s earnings call for Q2 2019 show that the company’s revenue and device sales were up but the average price of the devices was down. This has led to Fitbit to lower its revenue guidance by $95 million.

Related Fitbit and Solera Health Expand Collaboration to Reduce Type 2 Diabetes Risk

The company reported revenue of $314 million, GAAP net loss per share of $(0.27), non-GAAP net loss per share of $(0.14), GAAP net loss of $(69) million, non-GAAP net loss of $(36) million, cash used in operations of $(76) million and free cash flow of $(81) million for its second quarter of 2019.

“While we are disappointed to lower guidance for the year, we remain confident in our long-term transformation strategy and have demonstrated good results across key areas of the business. We saw growth in devices sold, increased active users and continued growth in our Fitbit Health Solutions channel, up 42% in the first half of 2019,” said James Park, co-founder and CEO. “In addition, we have made progress in diversifying our revenue towards building more predictable, recurring revenue streams with the launch of our premium services in two test markets. We are pleased with the initial results and expect a full launch this fall. Coupled with innovative hardware and software offerings, we believe we’re well positioned to bring more users to the Fitbit platform and continue to grow our business.”

‍

The wearable giant also experienced poor sales on its Versa Lite, which was released in Q1. CFO Ronald Kisling said these sales were $150 million below the initial expectation, reports MobiHealthNews.

“We subsequently reduced our Versa Lite sales expectations for the remainder of the year and are lowering our full-year 2019 revenue gross margin guidance,” James Park, CEO of Fitbit, said during the earnings call. “We attribute the Versa weakness to our pricing go-to-market strategy.”

Fitibit is seeing growth in its Fitbit Health Services (FHS), which increased to 16% to $24 million, bringing the company’s total revenue in 2019 to $54 million. According to Park, part of the success is due to partnerships with payers.

Related Fitbit Pay Will Now Work with NYC Subway or Bus Fares

“So one of the factors in our growth and the increased performance of FHS is our Fitbit Care business and the pipeline, and Fitbit Care again is our health coaching offering that allows health plans and employees and their employers and members to manage chronic disease conditions like diabetes,” Park said. “So that pipeline is continuing to grow, and we've already started the rollout of bundled offerings, where our devices are actually coupled with Fitbit Care and its associated digital interventions along with a coach.”

‍

Nowadays, no-one needs a key to open or start a modern car. That’s the task of miniature computers, which are designed by car manufacturers to perform an increasing number of functions. These smart keys can do quite a lot more. For example, they provide information about the oil level, the distance that can still be travelled, the filling level of the petrol tank, the status of the doors and windows and the control of the fully automated parking and manoeuvring. In order to be able to complete all of these tasks smoothly, rechargeable lithium ion batteries with a high energy density and capacity are required, which also need to be very robust and reliable at the same time.

The provision of energy in a tiny space is playing a growing role in an increasing number of aspects of modern mobility and health. As well as cars, this is also the case with hearables, which are worn on or in the ear. They not only facilitate hearing, but also offer a wide range of other functions, such as listening to music, hands-free telephony, voice amplification or simultaneous translation. As well as classic hearing aids, hearables include over-ear headphones and wireless telephony earbuds.

From hearables and step counters in shoes to fitness trackers with vital data measurements, these devices are always only as good as their energy supply. Standards are high, as they need to be reliable and durable. This is where the CoinPower button cells from VARTA Microbattery often come in use for wearables, with their small size, high energy density and extraordinary mechanical stability. Short charging times, a high degree of reliability and a robust structure round off their profile. The smallest models, the CP 7840 and CP 9440, are just four millimetres thick and have been developed with headphones, fitness wristbands and smart keys in mind. However, they are also being increasingly used in medical equipment.

The form and high energy density of the CoinPower series makes these microbatteries the ideal solution for wearables and medical devices. They have an energy density that is up to 30 percent higher than comparable batteries available on the market. Miniaturisation is making constant progress, as Philipp Miehlich, General Manager OEM at VARTA Microbattery GmbH, explains: “In this segment, we have developed unique competitive advantages and are benefiting from the shift in technology away from cylindrical battery cells to coin format batteries. We have been supporting this change in technology for wireless headphones with our leading technology, and are setting the standards in the industry in this area with our stream of new innovations.” The CoinPower series will be produced using fully automated processes in one of the most state of the art European production sites in Ellwangen.

A video just recently produced by VARTA Microbattery tells you all you need to know about the wide range of uses of the CoinPower series.

‍

‍

About VARTA AGVARTA AG, as the parent company of the Group, is active in the Microbatteries and Power&Energy business segments through its subsidiaries VARTA Microbattery GmbH and VARTA Storage GmbH. Today, VARTA Microbattery GmbH is already an innovation leader in the field of microbatteries, one of the market leaders for hearing aid batteries and is also striving for market leadership for lithium-ion batteries in the wearables sector, especially for hearables. Power&Energy focuses on intelligent energy solutions for tailor-made battery storage systems for OEM customers as well as on the design, system integration and assembly of stationary lithium-ion energy storage systems. With five production and manufacturing facilities in Europe and Asia as well as sales centers in Asia, Europe and the USA, the operating subsidiaries of the VARTA AG Group are currently active in over 75 countries worldwide.

PlayerMaker is a performance insight product for football teams. It’s a complete coaching tool which tracks and analyses metrics for physical, technical, tactical and biomechanical data as well auto-tagging video for fast and easy analysis.

The PlayerMaker strap houses a 6-axis motion sensor with accelerometer and gyro units that measure acceleration and radial velocity at 1000 times per second. Unique motion sensors on a player’s boot provide a significantly larger dataset than any other product. They detect every ball touch and build accurate gait profiles – without affecting performance.

The machine learning algorithms determine between different movements. Data is instantly sent to the analysis platform on the iPad Using BluetoothTM. Encased in unique durable silicon, the sensor is safe under impact in all playing conditions, and its position does not impact player performance.

Related New York City FC Partners with PLAYR Soccer GPS Tracking System

The company said it built the world’s largest football database over four years and used it to ‘teach’ their advanced machine learning algorithms to play football. They can determine football movements and handle unpredictable situations. The technology has been tested by top universities and proven to be very accurate.

Case Studies

Millwall Football Club

Dan Mlinar, lead Youth Development Phase Coach at Millwall Football Club in London, has been coaching youth football teams for 9 years. He was introduced to PlayerMaker in January 2018.

“Quite simply, the players put the sensors on their boots before entering the field; we deliver the session and 5 minutes after training finishes, we already have the data on the team’s profile page within the PlayerMaker dashboard,” Milnar said.

‍

‍

“PlayerMaker allows me to analyze the technical and physical abilities of my players and trialists. I use PlayerMaker to analyze my sessions; ensuring we achieved the outcome we wanted for the players.”

A few months later, Millwall FC Academy implemented the PlayerMaker smart footwear for the U16s team.

“The amount of data collected means we get a holistic understanding of what’s happening every time the player is out in the field,” said Jim Summersby, the Sports Scientist for the U16 players.

Related How Wearables Could Help Gloomy US Soccer Get Back on Track

Maccabi Tel Aviv

Maccabi Tel Aviv is another football team that benefited from the Playermaker.

Ilan Richardson, Head of Sports Science at Maccabi Tel Aviv. Using a mix of PlayerMaker’s own software and its integration capabilities with other systems, Ilan is able to see how players are progressing over time as well as a get a more complete understanding about whether teams are hitting their goals for training sessions.

Playermaker helps provide coaches at Maccavi Tel Aviv a holistic view about how the academy is performing, allowing them to make sure that the footballing philosophy of the team is being embraced by the entire staff.

‍

The Samsung Galaxy Watch was launched in August 2018. So, as August 2019 begins it’s already time to start thinking about its successor. There’s a strong possibility that Samsung’s newest smartwatch – likely called the Galaxy Watch 2 – will land in August 2019.

Read more Samsung’s Galaxy Watch Active 2 Will Come in 3 Models and ECG

Previously, many thought that Samsung would release Galaxy Watch 2 alongside the Samsung Galaxy Note 10 on August 7. But since it didn’t happen, it could be months before we see Galaxy Watch 2 hitting the market.

“The only release date rumor takes the form of leaked timeline documents which suggest the Samsung Galaxy Watch 2 will land in quarter 3 of 2019, meaning any time between now and the end of September. However, there's a high chance that if accurate these were actually referring to the Galaxy Watch Active 2,” reports James Rogerson in Tech Radar.

There isn’t much information about the design of Galaxy Watch 2 but it’s been reported that Samsung made fairly major improvements to the new watch. The original Galaxy Watch was actually fairly bulky, heavy, and wasn’t nearly as lightweight as, say, the Apple Watch.

According to rumors, Samsung may give the Galaxy Watch 2 a sleek new design to match the Samsung Galaxy Watch Active.

‍

There is likely to be a round face and a rotating bezel for navigating Tizen, but the folks would greatly appreciate a slimmer and more premium-looking case.

Samsung may make a big change in the software by switching from its own Tizen software to Google’s Wear OS. This move by Samsung was widely rumored in 2018, but in the end the Korean tech giant stuck with Tizen for the Galaxy Watch. If Samsung makes this change for the Galaxy Watch 2, then rotating bezel will also be changed.

Read more Marvell, Samsung Extend Long-Term Partnership for 5G Wireless Networks

Whichever OS Samsung chooses, we can be sure that the Galaxy Watch 2 will pack a wide range of health and fitness tracking features – either through Samsung Health app, or with Google Fit.

As for price, there aren’t any rumors yet, but the original Galaxy Watch started at $329 (for the smaller 42mm version), so the Galaxy Watch 2 will probably cost at least that much.

‍

Researchers at Carnegie Mellon University (CMU) have developed smart wearable patch that can be worn like a band-aid. Their innovation, called ElectroDermis, represents new advances in electronic skin patches that are stretchy and conform to the body. The device can be used for a variety of medical, fitness, or lifestyle purposes.

“We envision a future where electronics can be temporarily attached to the body, but in functional and aesthetically pleasing way,” wrote the researchers.

Related KIST Researchers Develop Hydrogel-Based High-Performance Sensors for Wearables

The project is a combined effort from engineers at Carnegie Mellon’s Soft Machines Lab and Morphing Matter Lab.

For the developers of wearable devices, the challenge has been finding a way to make these devices flexible. But the research team led by Eric Markvicka and Guanyun Wang, wanted to make a more complicated device, which involves components for signal processing, wireless communication and power. The CMU researchers made the wiring from copper sheets cut in a wavy form to make them bend more easily.

‍

‍

“Specifically, we achieve high functionality by discretizing rigid print circuit boards into individual islands,” the researchers explained. “The islands are then assembled on a spandex-blend fabric to increase robustness and reusability.”

They also concocted a multilayered fabrication method by putting fabric over TPU film, copper trace, z-tape, electrical components, and skin adhesive. This gives the wearer full mobility and makes it possible for the piece to be reusable, as the adhesive layer can simply be replaced.

Related Carnegie Mellon Researchers Develop Ultra-Thin Electronic Tattoos that Can Power Wearables

ElectroDermis patches can be made in less than an hour and last on the body for hours or days.

The scientists say their new device could be applied to monitor vital signs, track fitness markers, measure food consumption or make a smart wound healing bandage.

‍

‍

Apple has been continuing its efforts to establish itself in the healthcare platform by adding health monitoring features to its iPhone and smartwatch. Now, the company has teamed up with Eli Lilly to see if data from Apple devices can help identify early signs of dementia. The results of the feasibility study showed that sensors from consumer-grade devices like iPhones, Apple Watches, iPads and Beddit sleep monitors can spot mild cognitive impairment or Alzheimer’s disease.

Related German Researchers Develop Sensor-Packed Wristband to Improve Lives of Dementia Patients

“Over the past few years, we’ve seen how data and insights derived from wearables and mobile consumer devices have enabled people living with health conditions, along with their clinicians, to better monitor their health,” Nikki Marinsek, data scientist at Evidation Health and the study’s first author, said in a statement. “We know that insights from smart devices and digital applications can lead to improved health outcomes but we don’t yet know how those resources can be used to identify and accelerate diagnoses. The results of the trial set the groundwork for future research that may be able to help identify people with neurodegenerative conditions earlier than ever before.”

For the study, the team recruited 113 participants, of whom 31 were suffering from dementia and other cognitive impairments. The control group of 82 participants were free from any type of cognitive ailments. All participants were provided an iPhone, Apple Watch and Beddit sleep tracker and were asked to refrain from treating symptoms with medication during the test phase.

The researchers used sensors in the iPhone to track steps taken, while data was pulled from apps that incorporate typing functions. The handset was also used to conduct a daily survey. Apple Watch tracked movement, heart rate, workout sessions, app usage, breathe sessions, hours standing and other metrics, while Beddit was employed to measure a user’s circadian rhythm.

The study found that people with symptoms of cognitive decline typed more slowly, typed less regularly and sent fewer text messages than healthy participants. They also have a greater reliance on support apps and are less inclined to fill out surveys. Still, the researchers said there are limitations to the study, which didn’t draw any long-term conclusions because more analysis is needed.

Related Wearable Tech Can Safely Detect Atrial Fibrillation, Says Apple Heart Study

There’s also the risk of presenting results to patients because of the increased anxiety it can cause. Plus, the authors write, there’s not much people can do to stem the decline.

The study will be discussed on Thursday at a conference in Alaska.

Italian lifestyle brand bONE Tech has introduced IceBRKR – the world's first ski goggles to integrate bone conduction audio and Bluetooth 5.0 MESH Intercom technology. The goggles are designed to make the skiing or snowboarding experience safer and more entertaining. The Kickstarter Campaign, which was launched on August 8 raised $46,265, surpassing its funding goal of $30,000 USD in just a few days.

Related Don’t Let Injuries Take You Downhill, Be Safe and Have Fun with These Skiing Wearables This Winter

IceBRKR provides a comfortable fit with its patented bendable arms that pivot to assure gentle but constant contact between the transducer and the user's ears. It delivers amazing sound for making calls or listening to music all while allowing users to hear what's going on around them. The arms' patented design is so flexible that users can also choose to place them directly over their helmet to give an incredible 360-degree sound experience (sound is delivered through the vibrations of the helmet shell). The audio perception is perfect, and in stereo without resorting to using headphones, earphones and external microphones, making the sound experience complete and comfortable, said the company in a press release.

“IceBRKR is the answer to staying as connected as you want to be on the slopes,” said CEO Marco Collini, founder of bONE Tech. “You can take calls, listen to music or podcasts, all without removing your gloves or mask or blocking out the sound around you.”

With its incorporated Bluetooth 5.0 MESH Intercom technology, IceBRKR recognizes compatible MESH devices that are paired together (from 2 to 18 devices) and easily connects with them at a radius of up to 1 mile. The pairing is intuitive, and once initiated, remains active lasting for 72 hours in stand-by and 24 in continuous use. When the system recognizes the devices, it will pair immediately.

Functions such as the control and the on/off button are located on the lower part of the goggles’ frame. Also located on the lower part of the frame are an App control key and the conference function activation key (with pairing modes).

Related Atomic Unveils Smart Connected Ski Boot

A light/sound feedback (blue/red LED) signals the connection and pairing active/dropped with other IceBRKR masks and/or devices. The incorporated bi-directional microphone is located near the vocal emission source.  The buttons are "invisible" but naturally accessible without having to remove the glove or look at the frame.

IceBRKR’s impeccable design features a magnetic, swappable dual lens with proprietary geometry that mimics the anatomical curvature of the eye to maximize peripheral vision and minimize distortion, as well as polarized lenses with an iridium coating to minimize glare and heighten contrast.

Italian lifestyle brand bONE Tech has introduced IceBRKR – the world's first ski goggles to integrate bone conduction audio and Bluetooth 5.0 MESH Intercom technology. The goggles are designed to make the skiing or snowboarding experience safer and more entertaining. The Kickstarter Campaign, which was launched on August 8 raised $46,265, surpassing its funding goal of $30,000 USD in just a few days.

Related Don’t Let Injuries Take You Downhill, Be Safe and Have Fun with These Skiing Wearables This Winter

IceBRKR provides a comfortable fit with its patented bendable arms that pivot to assure gentle but constant contact between the transducer and the user's ears. It delivers amazing sound for making calls or listening to music all while allowing users to hear what's going on around them. The arms' patented design is so flexible that users can also choose to place them directly over their helmet to give an incredible 360-degree sound experience (sound is delivered through the vibrations of the helmet shell). The audio perception is perfect, and in stereo without resorting to using headphones, earphones and external microphones, making the sound experience complete and comfortable, said the company in a press release.

“IceBRKR is the answer to staying as connected as you want to be on the slopes,” said CEO Marco Collini, founder of bONE Tech. “You can take calls, listen to music or podcasts, all without removing your gloves or mask or blocking out the sound around you.”

‍

‍

With its incorporated Bluetooth 5.0 MESH Intercom technology, IceBRKR recognizes compatible MESH devices that are paired together (from 2 to 18 devices) and easily connects with them at a radius of up to 1 mile. The pairing is intuitive, and once initiated, remains active lasting for 72 hours in stand-by and 24 in continuous use. When the system recognizes the devices, it will pair immediately.

Functions such as the control and the on/off button are located on the lower part of the goggles’ frame. Also located on the lower part of the frame are an App control key and the conference function activation key (with pairing modes).

Related Atomic Unveils Smart Connected Ski Boot

A light/sound feedback (blue/red LED) signals the connection and pairing active/dropped with other IceBRKR masks and/or devices. The incorporated bi-directional microphone is located near the vocal emission source.  The buttons are "invisible" but naturally accessible without having to remove the glove or look at the frame.

IceBRKR’s impeccable design features a magnetic, swappable dual lens with proprietary geometry that mimics the anatomical curvature of the eye to maximize peripheral vision and minimize distortion, as well as polarized lenses with an iridium coating to minimize glare and heighten contrast.

‍

Apple has been continuing its efforts to establish itself in the healthcare platform by adding health monitoring features to its iPhone and smartwatch. Now, the company has teamed up with Eli Lilly to see if data from Apple devices can help identify early signs of dementia. The results of the feasibility study showed that sensors from consumer-grade devices like iPhones, Apple Watches, iPads and Beddit sleep monitors can spot mild cognitive impairment or Alzheimer’s disease.

Related German Researchers Develop Sensor-Packed Wristband to Improve Lives of Dementia Patients

“Over the past few years, we’ve seen how data and insights derived from wearables and mobile consumer devices have enabled people living with health conditions, along with their clinicians, to better monitor their health,” Nikki Marinsek, data scientist at Evidation Health and the study’s first author, said in a statement. “We know that insights from smart devices and digital applications can lead to improved health outcomes but we don’t yet know how those resources can be used to identify and accelerate diagnoses. The results of the trial set the groundwork for future research that may be able to help identify people with neurodegenerative conditions earlier than ever before.”

‍

For the study, the team recruited 113 participants, of whom 31 were suffering from dementia and other cognitive impairments. The control group of 82 participants were free from any type of cognitive ailments. All participants were provided an iPhone, Apple Watch and Beddit sleep tracker and were asked to refrain from treating symptoms with medication during the test phase.

The researchers used sensors in the iPhone to track steps taken, while data was pulled from apps that incorporate typing functions. The handset was also used to conduct a daily survey. Apple Watch tracked movement, heart rate, workout sessions, app usage, breathe sessions, hours standing and other metrics, while Beddit was employed to measure a user's circadian rhythm.

The study found that people with symptoms of cognitive decline typed more slowly, typed less regularly and sent fewer text messages than healthy participants. They also have a greater reliance on support apps and are less inclined to fill out surveys. Still, the researchers said there are limitations to the study, which didn’t draw any long-term conclusions because more analysis is needed.

Related Wearable Tech Can Safely Detect Atrial Fibrillation, Says Apple Heart Study

There’s also the risk of presenting results to patients because of the increased anxiety it can cause. Plus, the authors write, there’s not much people can do to stem the decline.

The study will be discussed on Thursday at a conference in Alaska.

‍

With the growing popularity of medical wearables, demand is rising for thin wearables that can be used to collect and store important health information about the wearer. Devices currently available in the market are bulky to wear, offer slow response times and suffer a drop-in performance over time. Researchers at the University of Houston have now developed a wearable device that is so thin it’s barely noticeable to the user and lighter than a Band-Aid but can track and record important health information.

Read more Soft Wearable Health Monitor Continuously Measures ECG, Breathing, Heart Rate

The device allows the wearer to move naturally and is less noticeable than wearing a Band-Aid, said Cunjiang Yu, Bill D. Cook Associate Professor of Mechanical Engineering at the University of Houston and lead author for the paper, published as the cover story in Science Advances, reports University of Houston.

“Everything is very thin, just a few microns thick,” said Yu, who also is a principal investigator at the Texas Center for Superconductivity at UH. “You will not be able to feel it.”

The new device can be used as a prosthetic skin for a robotic hand or other robotic devices, with a robust human-machine interface that allows it to automatically collect information and relay it back to the wearer.

“What if when you shook hands with a robotic hand, it was able to instantly deduce physical condition?” Yu asked – as well as for situations such as chemical spills, which are risky for humans but require human decision-making based on physical inspection.

A metal oxide semiconductor on a polymer base, offers manufacturing advantages and can be processed at temperatures lower than 300 C.

Read more PolyU Researchers Develop Flexible High-Energy Textile Lithium Battery for Wearables

“We report an ultrathin, mechanically imperceptible, and stretchable (human-machine interface) HMI device, which is worn on human skin to capture multiple physical data and also on a robot to offer intelligent feedback, forming a closed-loop HMI,” the researchers wrote. “The multifunctional soft stretchy HMI device is based on a one-step formed, sol-gel-on-polymer-processed indium zinc oxide semiconductor nanomembrane electronics.”

Sports Tech company FORM Athletica launched its Form Swim Goggles with an augmented reality display, which enable athletes to see performance metrics they need in the moment. The goggles can be worn underwater.

The device is soft like a combination of Google Glass-style AR heads-up display and Fitbit-style tracking. It is meant specifically and exclusively for swimming.

Read more Cosinuss One Now Provides You New Possibilities with Update for Swimming

The smart display delivers metrics like split times, distance, and more—intelligently, as you swim. Developed in collaboration with top competitive swimmers and coaches, the FORM Swim Goggles are the missing piece in every swimmer’s swim bag, according to FORM.

The googles work on either eye, you just need to turn them over (and flip the display orientation).

“Head to a pool and the only thing you need to do is tell the goggles the width of the pool you're jumping in to. There are pre-selected options for the most common sizes, 25 meters, 25 yards, 50 meters or 50 yards, or the option for a custom size. You pick if you're planning to do laps or drills, and you're ready to swim, in the care of the system and its algorithms, designed to detect your swimming style,” reports EndGadget.

The see-through smart display is built right into the goggles’ lens, delivering metrics without obstructing your vision.

The premium design features a hydrodynamic profile and high-grade materials, with 5 included nose bridge sizes for a watertight seal and an optimal fit.

About durability, the goggles are said to have FDA-certified silicone eye seals and the same permanent, chemical-resistant anti-fog used in diving masks. They’re also covered under a one-year limited warranty.

Read more DigiLens Announces AR Waveguide Displays for Smart Motorcycle Helmets

Along with the googles, the FORM Swim App is also available to download for iOS and Android. The app lets you customize the metrics displayed in the goggles, review your swims out of the pool, and share your workout stats with your coach. The app can be downloaded for free from the iOS App Store and Google Play.

The goggles can be ordered via www.formswim.com for $199, and shipping is free across the U.S. and Canada.

Sports Tech company FORM Athletica launched its Form Swim Goggles with an augmented reality display, which enable athletes to see performance metrics they need in the moment. The goggles can be worn underwater.

The device is soft like a combination of Google Glass-style AR heads-up display and Fitbit-style tracking. It is meant specifically and exclusively for swimming.

Read more Cosinuss One Now Provides You New Possibilities with Update for Swimming

The smart display delivers metrics like split times, distance, and more—intelligently, as you swim. Developed in collaboration with top competitive swimmers and coaches, the FORM Swim Goggles are the missing piece in every swimmer’s swim bag, according to FORM.

The googles work on either eye, you just need to turn them over (and flip the display orientation).

“Head to a pool and the only thing you need to do is tell the goggles the width of the pool you're jumping in to. There are pre-selected options for the most common sizes, 25 meters, 25 yards, 50 meters or 50 yards, or the option for a custom size. You pick if you're planning to do laps or drills, and you're ready to swim, in the care of the system and its algorithms, designed to detect your swimming style,” reports EndGadget.

‍

The see-through smart display is built right into the goggles’ lens, delivering metrics without obstructing your vision.

The premium design features a hydrodynamic profile and high-grade materials, with 5 included nose bridge sizes for a watertight seal and an optimal fit.

About durability, the goggles are said to have FDA-certified silicone eye seals and the same permanent, chemical-resistant anti-fog used in diving masks. They’re also covered under a one-year limited warranty.

Read more DigiLens Announces AR Waveguide Displays for Smart Motorcycle Helmets

Along with the googles, the FORM Swim App is also available to download for iOS and Android. The app lets you customize the metrics displayed in the goggles, review your swims out of the pool, and share your workout stats with your coach. The app can be downloaded for free from the iOS App Store and Google Play.

The goggles can be ordered via www.formswim.com for $199, and shipping is free across the U.S. and Canada.

‍

With the growing popularity of medical wearables, demand is rising for thin wearables that can be used to collect and store important health information about the wearer. Devices currently available in the market are bulky to wear, offer slow response times and suffer a drop-in performance over time. Researchers at the University of Houston have now developed a wearable device that is so thin it’s barely noticeable to the user and lighter than a Band-Aid but can track and record important health information.

Read more Soft Wearable Health Monitor Continuously Measures ECG, Breathing, Heart Rate

The device allows the wearer to move naturally and is less noticeable than wearing a Band-Aid, said Cunjiang Yu, Bill D. Cook Associate Professor of Mechanical Engineering at the University of Houston and lead author for the paper, published as the cover story in Science Advances, reports University of Houston.

“Everything is very thin, just a few microns thick,” said Yu, who also is a principal investigator at the Texas Center for Superconductivity at UH. “You will not be able to feel it.”

‍

The new device can be used as a prosthetic skin for a robotic hand or other robotic devices, with a robust human-machine interface that allows it to automatically collect information and relay it back to the wearer.

“What if when you shook hands with a robotic hand, it was able to instantly deduce physical condition?” Yu asked – as well as for situations such as chemical spills, which are risky for humans but require human decision-making based on physical inspection.

A metal oxide semiconductor on a polymer base, offers manufacturing advantages and can be processed at temperatures lower than 300 C.

Read more PolyU Researchers Develop Flexible High-Energy Textile Lithium Battery for Wearables

“We report an ultrathin, mechanically imperceptible, and stretchable (human-machine interface) HMI device, which is worn on human skin to capture multiple physical data and also on a robot to offer intelligent feedback, forming a closed-loop HMI,” the researchers wrote. “The multifunctional soft stretchy HMI device is based on a one-step formed, sol-gel-on-polymer-processed indium zinc oxide semiconductor nanomembrane electronics.”

‍

A new report by MRS Research Group on Smart Contact Lenses market studies the intense structure of the Smart Contact Lenses market. The report breaks down the business from a 360-degree point of view from the essential market information and moving to various critical aspects which empowers the user to gain details of the ecosystem of the Smart Contact Lenses market. This report provides a full prediction of global Smart Contact Lenses market based on CAGR which offered report in terms of % for the forecasted period. This will help the users to make definite decisions based on prediction chart, reports Industry Updates.

This report evaluates the growth drivers, restraining factors, and opportunities at length. The examination of the prominent trends, driving forces, and the challenges assist the market participants and stakeholders to understand the issues they will have to face while operating in the worldwide market for Smart Contact Lens in the long run.

The report values Global Smart Contact Lenses market at USD XX million in 2016 and is expected to reach USD XX million by the end of 2022, growing at a CAGR of XX% between 2016 and 2022.

The key players covered in this study – Sensimed AG, Google, Samsung, Sony, PEGL, Research Institute, KAIST, Ghent University, Belgium.

Read more Imec, UGent and SEED Develop Hydrogel-Based Smart Contact Lens

Geographically, this report is segmented into several key Regions, with production, consumption, revenue (million USD), market share and growth rate of Smart Contact Lenses in these regions, from 2012 to 2022 (forecast), covering:

• North America
• Europe
• China
• Japan
• Southeast Asia
• India

On the basis of product, this report displays the production, revenue, price, market share and growth rate of each type, primarily split into

• Disposable Type
• Frequent Replacement Type

On the basis on the end users/applications, this report focuses on the status and outlook for major applications/end users, consumption (sales), market share and growth rate of Smart Contact Lenses for each application, including

• Medical Field
• Military Field
• Social Entertainment
• Others

Additionally, the Smart Contact Lenses report provide insights on the existing laws, policies, along with guidelines which makes the document useful for managers, analysts, business consultants and different key individuals to study and understand market trends, drivers and market challenges.

What if Amazon Alexa or Google Assistant could read your mind and act according to what you are thinking? That may soon be possible with a new gadget called AlterEgo, created by MIT Media Lab graduate student Arnav Kapur. The device could help a person with speech impediment or be used to dictate words for a computer to read out.

Read more Kenyan Invents Smart Gloves that Turn Sign Language Gestures into Audio Speech

“Our idea was: could we have a computing platform that’s more internal, that melds human and machine in some ways and that feels like an internal extension of our own cognition?”, said Kapur.

Kapur’s device resembles a jawbone hooked around the ear and attached to the user’s face between lip and chin. AlterEgo Uses a bone conduction system to hear and respond to the wearer’s internal voice via electrodes attached to the skin.

Although it doesn’t actually read the electrical signals from your brain, AlterEgo lets you silently ask questions, and then either have the answer fed back to you via bone-conduction technology. For a person with a speech impediment, it could also be used to dictate words for a computer to read out, reports Digital Trends.

Kapur envisions it as a new form of computer, which can be used in a way that is less demanding of your attention than tapping and swiping on a smartphone and more intimate than giving commands at Alexa. Though the device is still just a prototype, he imagines it being helpful in our everyday life.

Read more EyeControl AI powered Headset for Locked-In Syndrome Patients Available on NHS Supply Chain

“Throughout the history of personal computing, computers have always been external systems or entities that we interact with: desktops, smartphones, artificial intelligence tools, and even robots,” Kapur told Digital Trends. “Could we flip this paradigm? Could we augment and extend human abilities and weave the powers of computing and machine intelligence as an intrinsic human cognitive ability.”