Want to learn how Wearables can increase Women´s Health?

Wait no further! Listen to Julia van Zanten, Chief Product Officer at Lifesense Group (Chapter 2: 33:00 min. in the Webinar) as well as to Emeline Hahn, CEO of Fizimed (Chapter 1: at 21:00 min. in the Webinar)!

Watch the whole WT | Webinar "Wearables for Women's Health" here:

https://vimeo.com/438213195/5106d67e6a

Do you have a question to the Speaker? Place your question here:

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HandsFree Health, well-known for its WellBe, a secure, HIPAA compliant, voice-enabled virtual health assistant platform, announced the company has filed a new patent to add to its technology portfolio. The patent-pending technology identifies individuals within a household so that each person has a secure and personalized health experience within the HandsFree Health platform.

Read more Orbita Launches AI-Powered Virtual Bedside Assistant To Improve Patient Care

“Our new patent-pending technology provides layers of security for WellBe smart speaker users to ensure that their interactions with the voice technology device will be unique to them," said Dan Messina, Co-Founder, HandsFree Health. “This new patent uses a series of security components to not only identify household members, but also provide them with a unique and personalized voice technology experience based on their own health and wellness preferences."

This new patent filed covers a variety of technology features in the HandsFree Health WellBe device that allow each family member to have a secure experience. The individualized support includes personalized care, appointment and medication reminders, and different colored lights for each family member who is interacting with the WellBe smart speaker. This latest patent builds on the HandsFree Health patent portfolio which also includes patent-pending technology which allows remote setup of the HandsFree Health platform from anywhere in the U.S, says a press release.

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HandsFree Health's HIPAA-compliant, proprietary product offerings for the healthcare market include a voice assistant, mobile applications, and wearable devices. The devices will be sold on the HandsFree Health website as well as major retailers later this month.

Read more Apple Announces Airpods 2 with Voice Control and Optional Wireless Charging

HandsFree Health was recently featured at VOICE Global Summit, a worldwide conference highlighting leaders in voice technology. HandsFree Health's Co-Founder was also named a PM360 ELITE winner (Exceptional-Leaders-Innovators-Transformers-Entrepreneurs), as one of the 100 most influential people in the healthcare industry. Employee Benefit News and Employee Benefit Adviser awarded HandsFree Health's Co-Founder with a 2019 Digital Innovator Award for WellBe. HandsFree Health was also featured at Microsoft Build 2019 demonstrating artificial intelligence integration for the healthcare market.

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Some of the most widely used wearable devices are applications for assessing and monitoring vital signs. However, they are typically complex devices and tend to be expensive and fragile. Now, researchers at the University of Missouri have invented a method of using simple graphite pencils and paper to create highly functional bioelectronic devices.

Read more Graz University Researchers Develop Tattoo Electrodes For Long-Term EEG Brain Monitoring

The researchers said their discovery could have broad future applications in home-based, personalized health care, education and remote scientific research such as during the COVID-19 pandemic.

Their findings are published in the journal Proceedings of the National Academy of Sciences.

Zheng Yan, an assistant professor in the College of Engineering, said many existing commercial on-skin biomedical devices often contain two major components — a biomedical tracking component and a surrounding flexible material, such as plastic, to provide a supportive structure for the component to maintain an on-skin connection with a person’s body, reports Eric Stann in Mizzou News.

“The conventional approach for developing an on-skin biomedical electronic device is usually complex and often expensive to produce,” he said. “In contrast, our approach is low-cost and very simple. We can make a similar device using widely available pencils and paper.”

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Leads in the pencil are made of various levels of graphite, clay and wax. Since their invention, they’ve been used for writing and drawing. In this new study, the researchers discovered that pencils containing more than 90% graphite are able to conduct a high amount of energy created from the friction between paper and pencil caused by drawing or writing. Specifically, the researchers found pencils with 93% graphite were the best for creating a variety of on-skin bioelectronic devices drawn on commercial office copy paper. Yan said a biocompatible spray-on adhesive could also be applied to the paper to help it stick better to a person’s skin. He said their next step would be to further develop and test the use of the biomedical components, including electrophysiological, temperature and biochemical sensors.

Read more New Stretchable E-Tattoo for Long-Term Uninterrupted Heart Monitoring

“For example, if a person has a sleep issue, we could draw a biomedical device that could help monitor that person’s sleep levels,” he said. “Or in the classroom, a teacher could engage students by incorporating the creation of a wearable device using pencils and paper into a lesson plan. Furthermore, this low-cost, easily customizable approach could allow scientists to conduct research at home, such as during a pandemic.”

An additional benefit to their approach, Yan said, is that paper can decompose in about a week, compared to many commercial devices that contain components that are not easily broken down.

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BHP said cutting edge wearable technology is enabling its teams in Perth to remotely assist auto electricians’ and mechanical fitters remotely. The company used mixed-reality (MR) like the Microsoft HoloLens to link its teams in Australia with auto electricians and mechanical fitters on-site from 1,300 kilometers away.

Related NexTech AR Inks Deal with Romios Gold to Bring 3D Augmented Reality Solution to the Mining Sector

“When COVID-19 struck, our teams couldn’t travel from Perth to our sites in Western Australia,” said Alex Bertram, Manager Digital Transformation in WAIO. “So we improvised. In mining, people FIFO (fly-in, fly-out). Some DIDO (drive-in, drive-out). Soon our teams will be able to RiRo – which stands for Remote-In Remote-Out. RiRo is essentially our teams providing remote assistance via live point of view video calls to our personnel on site.”

According to Bertram, the teams could soon start a new travel arrangement termed as remote-in, remote out (RiRo). With RiRo, teams can provide remote assistance via live point of view video calls to BHP personnel on-site, reports SafeToWork.

"RiRo…[allows] BHP engineers, integrated planning and remote operations (IPRO) operators and technical experts in Perth, in site offices or anywhere in the world to see exactly what people in the field see, in real-time,” said Cristina Perbellini Silva, who serves as the manager of decision automation in technology.

BHP’s team of technicians used cloud services and a headset device to call for help and support when needed, such as for complex tasks. BHP has a very high-performance rate at its Western Australian Iron Ore division operations, leaving little room for downtime, Bertram said.

“Utilizing cloud services and a mixed reality headset device, our technicians on the frontline can call for help and technical support when they need it most – during critical breakdowns and when undertaking new or complex tasks,” Bertram said.

"This approach is essentially our teams providing remote assistance via live-point-of-view video calls to our personnel on-site.”

Related Smart Equipment to Enable Hands-Free Mining in the Future

BHP Minerals Australia vice president of technology, Pat Bourke said:

“Remote work using technology was always an option for us, however, COVID-19 has pushed us to really harness innovative technology and we will only continue to improve our productivity as we make it widely available and perfect its use.”

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To stay safe during the COVID-19 pandemic many healthcare companies are implementing telehealth and telemedicine platforms and wearable devices that allow remote patient monitoring. Now, Thinklabs One announced the launch of its electronic stethoscope that helps keep healthcare workers safe during the COVID-19 pandemic by allowing Safe Distance Auscultation. This is the process by which doctors can listen to patients' hearts and lungs while wearing personal protective equipment (PPE) or from a safe distance with the use of external speakers, or earbuds.

Read more KYOCERA and TMDU Join Forces To Develop Wearable for Remote Rehab Monitoring During COVID-19 Pandemic

Thinklabs One helps doctors listen to patients' heart and lungs, which is imperative to a doctor's ability to treat patients, particularly those affected by COVID-19. Currently in use at prestigious medical facilities including Johns Hopkins, Mount Sinai, and St. Jude Children's Research Hospital, the Thinklabs One features more than 100X amplification, as compared to a traditional acoustic stethoscope, says a press release.

Conventional stethoscopes with rubber tubing are not compatible with layers of PPE. The Thinklabs One has no tubing—just a universal size jack that can connect to speakers, headphones, or a Bluetooth transmitter to listen from a distance. This makes it easier to listen to patients' lungs over the noise caused by the filtration and purification systems in some PPE, or to set up telemedicine systems to listen to patients in separate rooms. The Thinklabs One is used extensively in telemedicine practices, and Thinklabs has created partnerships with key video conferencing providers including Zoom, Vidyo, Vsee, and others to provide best-in-class telemedicine capabilities with the device.

Thinklabs One supported doctors during the Ebola epidemic in Africa and at hospitals that were on the frontline in the U.S., including Bellevue Hospital Center in New York, the Nebraska Medical Center, and Emory Healthcare in Atlanta.

Read more Elektra Labs Introduces Free Platform For Clinicians And Researchers In The Fight Against COVID-19

“For more than 25 years, we have developed and manufactured electronic stethoscopes to improve the detection and diagnosis of disease and save patients' lives. Within one week in March, COVID-19 placed a new demand on our device: to save doctors' lives," said Clive Smith, CEO and founder of Thinklabs. "Like other medical device manufacturers, we saw a step-change in demand. Like doctors and nurses on the frontlines, we had to innovate in real-time, to accommodate entirely new use cases, such as doctors who wanted to listen from 25 feet away to patients who might be sitting in their cars in a drive-through diagnostic or testing site.”

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VOS Systems has launched AlertTrace, an anonymous contact tracing solution for workplace safety. VOS is a joint venture of three leading U.S. technology companies: VOLT Wearable Tech, Ottogee and Scout IoT. AlertTrace provides reliable daily monitoring to record close contact interactions through wearable Bluetooth technology, then uploads interaction data with end-to-end encryption for ensured privacy and anonymity. Through the use of AlertTrace, organizations are able to react quickly and accurately to safeguard employees that may be at risk of contracting COVID-19 in the workplace.

Read more btwTAG Contact Tracing Solution Now Available For US, Europe, South American Companies

“The pen and paper method of contact tracing is cumbersome, time-consuming and is difficult to deploy effectively on a large scale,” said James Davis, President of Scout IoT. “We knew we had to develop an automated way to collect and quickly analyze contact tracing data while avoiding the privacy concerns that come with phone apps.”

Manufactured in the United States, AlertTrace is unique in having been developed by engineers specifically for contact tracing. Its data collection with true military-grade block-chain security can quickly and effectively triage those with greater risk of developing COVID-19 symptoms while also providing insight for improvements in overall workplace safety. For instant data analysis, the AlertTrace administrator dashboard provides employers with analytics derived from the AI built into an advanced IoT platform. With seamless plug and play integration, AlertTrace can be deployed in a matter of hours, says a press release.

“Improving contact tracing should not be at the expense of invading people's privacy, location or personal phones and should not be driven by profits at a time when small and large companies are facing tremendous organizational and financial challenges,” said Omar Ghazzaoui, Founder of Ottogee, a Techstars backed company. “We made sure that Alert Trace aligns with those principles and this is what's driving adoption by government entities and fortune 1,000 companies.”

Read more EmbedTek’s PariRange Wearable Provides Peer-To-Peer Social Distancing And Contact Tracing

Currently, AlertTrace is being used in several federal pilot programs to proactively address the spread of COVID-19.

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Medical implants, such as pacemakers offer additional advantages for the patient. They’ve had a significant impact on healthcare, especially on the long-term management of chronic conditions. But, to power these devices, re-implants and invasive surgery are often required, which may lead to a risk of surgical complications. Now, researchers at the Gwangju Institute of Science and Technology (GIST) in South Korea have developed a new method to power medical implants using an active photonic wireless system.

Read more Washington University Researchers Use Glucose as Power Source for Medical Implants

Most of the medical devices in use today require a constant source of energy to operate. Naturally, this causes some limitations: batteries, which provide an energy source for the implants, have a finite lifespan. Once the battery power gets exhausted, there is no other option but to perform invasive surgery to replace the battery, which poses a risk of surgical complications, such as bruising, infections, and other adverse events, reports GIST.

In a new study published in PNAS, a research group from South Korea, led by Professor Jong ho Lee at GIST, dug deeper to find a solution: they attempted to develop a strategy to recharge the internal battery of devices without invasive surgery or risky penetrative procedures.

“One of the greatest demands in biomedical electronic implants is to provide a sustainable electrical power for extended healthy life without battery replacement surgeries,” explains Prof Lee. Although this is a tricky concept, Prof Lee believes that the answer lies in the “translucency” of living tissue.

This can be explained through an interesting phenomenon. When you hold your hand up to a powerful light, you can see that the edges of your hand glow as the light passes through your skin. Taking inspiration from this, Prof Lee and his team developed an “active photonic power transfer” method, which can generate electrical power in the body. This novel system consisted of two parts:  a skin-attachable micro-LED source patch—which can generate photons that would penetrate through the tissues—and a photovoltaic device integrated into a medical implant—which can capture the photons and generate electrical energy. This system provides a sustainable way of supplying the medical implant device with enough power to avoid any high-risk replacement methods. Prof Lee says, “Currently, a lack of a reliable source of power limits the functionality and performance of implant devices. If we can secure enough electrical power in our body, new types of medical implants with diverse functions and high performance can be developed.”

When the scientists tested this power system in mice, they found that this wireless power transfer system is easy to use, regardless of weather, clothes, indoor or outdoor conditions, etc. The light photons emitted from the source patch successfully penetrated live tissues in mice and recharged the device in a wireless and convenient manner.

Read more 7 Innovative Methods of Harvesting Energy to Power Wearable Devices

“These results enable the long-term use of currently available implants, in addition to accelerating emerging types of electrical implants that require higher power to provide diverse, convenient diagnostic and therapeutic functions in human bodies,” says Prof Lee, pleased with the efforts of his team and already looking forward to furthering their experiments. He concludes, “Our device would probably not work for ‘Iron Man,’ but it can provide enough power for medical implants.”

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Smartwatches for seniors can be a real added value. Provided you make the right choice when buying. Which functions do you need and what can you do without?

Read more Wearables Can Help the Elderly Manage Heart Disease and Early Detect Alzheimer’s

If you’re a senior and you are planning to buy a smartwatch, you will obviously get overwhelmed with the choices presented to you. Many such wearables offer little added value for people over 50. When choosing, you should therefore pay close attention to what the potential fitness tracker or smartwatch offers seniors.

Keeping an eye on health: the right sensors

The following sensors are important when buying a suitable watch for seniors:

• Accelerometer & gyroscope: They are used to count your steps or activities quite accurately. An additional barometer can increase the precision and also perceives heights.
• This feature is important for the elderly who have problems finding their way around.
• Heart rate monitor (heart rate monitor, pulse oximeter, blood oxygen sensor): LEDs that shine through the skin in order to detect changes in the color of the blood using a photodiode. Used to measure the pulse, but also to determine the oxygen saturation in the blood and to recognize the stress level.
• Heart rate sensor: Most smartwatches with heart rate measurement use the heart rate monitor, which can also analyze the heart rate. Those who like it more precise, need special wearables, for example with multi-wavelength PPG sensors.
• (Optional) Fall sensor: Usually, the acceleration sensor and gyroscope help with automatic fall detection (in the event of an accident), which, for example, the Apple Watch has.

A smartwatch for seniors should at least have an accelerometer and heart rate monitor. An enormous number of functions, including, for example, the automatic recognition of current activities, calorie consumption, a drink reminder function, or the distances covered during walks or sports - all of these are calculated information based on the sensor data, reports Trendblog.

Smartwatches for seniors are NOT medical products

What you should absolutely be aware of: Although manufacturers suggest that you might buy a health product, very few fitness bracelets and smartwatches are really medical devices. However, many companies such as Garmin explain openly and transparently where inaccuracies could arise. The information from heart rate sensors is, therefore, more of a helpful orientation - but they are less suitable for diagnosing, treating, or curing diseases.

But there are one or two exceptions: The Withings ScanWatch, for example, even advertises with a “clinically validated” and medically precise oxygen saturation including an ECG. If you attach great importance to this, you are not spoiled for choice - there are hardly any suitable devices with a corresponding claim available.

More features to look for

In addition to the design and suitable sensors, there are also very pragmatic aspects that play a role in choosing the "right" smartwatch for seniors:

Big display

1.2 inches doesn't sound like much, but for a smartwatch, that means a diameter of 30mm - which may no longer be tiny on the wrist. On the other hand, this is a good minimum size to be able to recognize something on the display.

Robust construction

When buying a watch, make sure that it is protected from water and/or dust. Many fitness trackers and smartwatches that are suitable for seniors already have a corresponding IP certification.

Long battery life

The GPS on the smartwatch eats up the battery. Even with an Apple Watch, you have to charge it every day. The same applies to the Galaxy Watch from Samsung. You may opt for fitness bracelets or specialized smartwatches such as the Withings ScanWatch mentioned above. The small, light trackers, in particular, last between 5 and 30 days, depending on the use, the functions, and of course the battery itself.

Read more The 5 Best Smartwatches And Fitness Trackers For Women In 2020

Dependency on the smartphone

Keep in mind that a smartwatch always requires a smartphone. Apart from the Apple Watch, which requires an iPhone, it doesn't matter whether it is one with Android or one with iOS.

Smart Feature Phones with KaiOS, with which senior smartphones are often equipped, are left out. You cannot use them to set up and call up the statistics of the sensor data.

What should you consider when buying a smartwatch for seniors?

In short, here are the recommendation for seniors’ smartwatches:

• Pay attention to the presence of sensors necessary for health and movement data
• Robust, waterproof housing, and a weight of up to 40-50 grams are important
• The display should be at least 1.2 inches for optimal readability
• The smartwatch or tracker must be compatible with your smartphone
• Do not go for the first product available, but rather check whether it is a manufacturer who also offers a warranty and support

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Honda Xcelerator, a global open innovation program from Honda Innovations, will debut industrial innovation collaborations with startups focused on augmenting human capabilities to improve productivity at the CES 2020.

Read more Hyundai Develops Lighter Exoskeleton to Ease Burden in Overhead Work

Honda Xcelerator also will showcase soon-to-be commercialized technologies based on successful collaborations with Drivemode and SoundHound Inc., says a press release.

“At Honda, we believe the human touch is still required to achieve high-quality and flexibility in manufacturing,” said Dennis Clark, managing director of Strategic Venture Partnerships at Honda Innovations. “By collaborating with innovative startups, we want to ensure our associates have a safe production environment while providing them with advanced tools that make our manufacturing processes even more efficient.”

At CES 2020, Honda Xcelerator will showcase the following industrial innovation collaborations:

Monolith AI’s library of machine learning algorithms will allow companies to create and share sophisticated AI solutions faster, linking different departments and applications, ultimately saving time and money in today's hyper-efficient product development processes.

Noonee, a Germany company, will demonstrate Chairless Chair 2.0, a passive exoskeleton that enables employees with standing workplaces to work ergonomically, comfortably and productively. The lightweight wearable chair enables users to flexibly switch between active sitting, walking and standing – avoiding unhealthy posture and pressure on joints that can lead to injuries.

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Skelex has developed Skelex 360, an ergonomic device for the manufacturing environment to reduce risk of repetitive strain injuries. The wearable device creates a sensation of weightlessness in the arms when reaching overhead by providing adjustable lift force from 0.5 kg to 4 kg. The device works as an extension of the body, providing support to the arms without obstructing movement.

Read more Sarcos Robotics Unveils Alpha Version of its Guardian XO Full-Body Industrial Exoskeleton

UVeye’s new artificial intelligence-powered technology promises to dramatically change how auto makers and dealerships inspect vehicles for quality issues. It can check chassis components, bodywork and tires for external and mechanical flaws and detect other quality issues. The scanning, detecting and alerting process completes within seconds and can be used throughout the entire lifecycle of a vehicle.

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A joint study conducted by ARK Crystal LLC, the maker of ARK crystal wearable pendant, Torus Tech LLC and the Energy Medicine Research Institute, found that wearing the ARK crystal pendant improves several athletic outcome measures.

Read more Zinc, iBreve Collaborate to Develop Wearable Stress Management Device

Results showed that wearing the ARK crystal, also known as PGQMEM (Precision Geometric Quartz modulated electromagnetically) for 21 days significantly increases performance in every test conducted for strength, balance, and endurance. Furthermore, the active crystal produced improved changes in all tests compared to placebo controls, indicating the ability of the PGQMEM crystal to increase human athletic performance.

Research was conducted by Lisa Tully, PhD, owner of Energy Medicine Research Institute and Ryan Shilling, owner of Watts Up, a company that specializes in athletic training. Subjects were evaluated at 0, 21 and 42 day time points, after wearing the placebo and active crystal pendants for 3 weeks each. Several athletic tests were conducted to assess flexibility, balance, strength and endurance, ARK Crystal said in a press release.

Key Findings of the Study Were:

• Increased Processing Speed: The group wearing PGQMEM showed 9.8% increase in processing speed. The placebo group showed no change.
• Increased Psychomotor Speed: Both PGQMEM and placebo group showed significant increases in psychomotor speed. The participants in the PGQMEM group showed an increase of 15.2% in their psychomotor speed.
• Psychoemotional State (PES): The participants in the PGQMEM group had a 19.6% increase in Psychoemotional State (PES) – a measurement of the capacity of the brain / body to handle stress.

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The results of this pilot study demonstrate that the PGQMEM produced a significant improvement in several of the assessed HRV and cognition measures. While placebo testing showed a slight increase over baseline, when the PGG placebo produced an effect, the PGQMEM outperformed the PGG placebo. A larger population of subjects is recommended to establish the effects on the addressed values. Finally, it is likely that the PGQMEM will produce greater or sustained effects when worn for longer periods, the press release said.

Read more Nexus Uses Revolutionary Tracking Technology for CrossFit Athletes to Quantify Their Workout

“Although the absolute changes seem small for some of these tests, they are in fact significant,” said William Brown, Biophysicist at Torus Tech LLC. “When one takes into account the importance of the results from the stretch and reach test, in which the mean value of the change from baseline was 0.9 inches, which is a substantial change in flexibility.”

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Vuzix announced that the company has received its largest single order for M400 Smartglasses to date. Ubimax, a leading provider of fully integrated industrial augmented reality (AR) solutions, has placed an order in excess of $550,000 for immediate delivery.

Read more Ubimax Partners with Vuzix to Deliver Everything-as-a-Service for Smart Glasses

“Ubimax and Vuzix have a rich history going back 5+ years. The new M400 is pushing the boundaries of smart glasses performance for work instructions, vision picking and video streaming across the board. Ubimax is very satisfied with the new M400 from Vuzix and I believe our customers will be happy with the results it will deliver,” said Jan Junker, Chief Commercial Officer of Ubimax.

The Ubimax Frontline platform improves manual work processes across industries along the entire value chain on the basis of the latest wearable computing technologies. The solutions are designed to consciously empower the human worker in an increasingly digitized working environment. The Ubimax Frontline solutions have received numerous awards, including the Auggie Award for "Best Enterprise Solution", the MHI Award for "Best IT Innovation" and the Automotive Logistics Award. ABI Research calls Ubimax the world's leading company for industrial wearables and augmented reality solutions. The fast-growing company serves 400 customers worldwide, says a press release.

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“We are very proud of our M400 Smart Glasses and its capabilities. We see this new order from Ubimax as a strong validation of the M400 and our efforts to build it. There were certain non-negotiable performance targets and specifications like IP-67 that were set from beginning of the M400 project. The Vuzix team nailed them all with a product that's proudly designed and assembled in Rochester, New York. We look forward to growing this business with Ubimax even more in the future. This is just the beginning,” said Paul Travers, Vuzix President and Chief Executive Officer.

Read more Vuzix Now Offers Blade Smartglasses in a New Safety Glasses Rated Version

Based in Rochester, NY, Vuzix is a leading supplier of Smart-Glasses and Augmented Reality (AR) technologies and products for the consumer and enterprise markets. The Company's products include personal display and wearable computing devices that offer users a portable high-quality viewing experience, provide solutions for mobility, wearable displays and augmented reality. Vuzix holds 147 patents and patents pending and numerous IP licenses in the Video Eyewear field.

French equipment and tools rental company Loxam has conducted a joint project with Bioservo and Eiffage to evaluate the potential for rental of Ironhand® on the French market. The pilot, which finished in early December, has far exceeded the expectations and the demand for solutions to ensure the safety of workers has proven to be high.

Read more How Exoskeletons are Changing Construction and Manufacturing Industries

“At Loxam, the key priority is to support customers in creating safe workplaces by providing a wide range of protective solutions,” says Stéphane Henon, General Manager at Loxam. “We want to be a leader in our industry by being our customer's first choice rental partner. A product like Ironhand is highly requested on the French market and will be a great complement to our other products. We are now taking the next step with Bioservo and are excited to extend our cooperation and roll out Ironhand nationwide.”

France is a global leader within exoskeletons and has the highest adoption rate for implementing new technology. Due to legislation, employers are obliged to work proactively with health and provide solutions to ensure the safety of their employees. To prevent occupational diseases and accidents, organizations such as INRS and AFNOR support the companies with studies and research, standards and training as well as technical, legal, medical and documentary expertise, Bioservo said in a press release.

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Bioservo and Loxam signed an exclusive rental agreement, confirming Loxam's firm desire to promote the Ironhand system all over France. The system will be available for rental in the twelve largest cities - Paris, Marseille, Lyon, Toulouse, Nice, Toulon, Strasbourg, Montpellier, Bordeaux, Lille, Rennes and Rouen. The estimated value of the products and services within the agreement is approximately 5 million SEK.

Read more ErgoJack, a Soft Robotic Upper-Body Orthosis Aimed at Reducing Workplace Injuries

“We strive to work with companies that share our values and want to make a difference for workers by investing in the future. Loxam is that type of company and we look forward to continuing our collaboration. Most importantly, we are extremely happy and proud to be a part of creating safe workplaces in France,” said Petter Bäckgren, CEO Bioservo.

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Willow, the Mountain View, California-based femtech company that makes silent, all-in-one wearable breast pump system, raised an additional $20 million in funding. The investment was led by longtime investors NEA and Meritech Capital Partners as well as Lightstone Ventures and others. The company's total capital raised to date is now $100 million.

Read more Willow Improves its Breast Pump with New Reusable Milk Container

Willow said it will use the additional fund to fuel advanced product development for next generation products and further its expansion into retail, insurance and international channels in order to reach more moms, according to a press release.

“The continued support from our existing investors reinforces Willow's status as the leading wearable breast pump on the market. Not only did our breakthrough technology establish a new category of breast pumps, but we are constantly innovating to push the boundaries of what a breast pump can do,” said Vickie Mrva, President and CMO of Willow. “We'll utilize this investment to further demonstrate our prowess in developing smart software and groundbreaking hardware with a keen eye for the specific needs of women, and making never-before seen advancements in femtech.”

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Willow’s breast pump is a small, oval-shaped device that fits into a bra untethered. It has the capacity to hold up to 4 ounces of milk per pumping session. Moms have the options to either pump and pour with the reusable container or pump and store with the spill-proof milk bags. The freedom and convenience, however, doesn't come cheap, costing $500 for the revolutionary technology.

Read more Elvie’s Silent Wearable Breast Pump Makes Life Easier for Nursing Mothers

“Willow has continued to shine as a beacon leading modern femtech, and we're proud to have the company in our portfolio of brands changing the game for women everywhere,” said Dr. Josh Makower, General Partner at NEA. “It's so important for companies like Willow to continue innovating in fields that have been previously overlooked, and we congratulate the team on this new marker of success and support.”

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Irish Medtech giant Medtronic has acquired California-based Klue, a startup that uses gesture sensing and other behavioral health metrics to determine when a user is consuming food, providing real-time insights into eating habits.

Related Klue Announces Partnership with Stanford and Crossover Health for Its Behavior Change Tracker

Klue’s technology is expected to be incorporated into the Medtronic Personalized Closed Loop (PCL) insulin pump system, currently in development. The PCL system is designed to automate insulin delivery in a way that is real-time, personalized and adapts to the user, with a goal of dramatically simplifying diabetes management for the patient. In addition, the Klue technology can be leveraged to enhance the company’s market-leading analytics and insights in their smart CGM technology to help people using multiple daily injections (MDI) stay ahead of high and low glucose events, Medtronic said in a press release.

“Bringing Klue and their unique meal detection capabilities into our organization will accelerate our progress to help people with diabetes live with greater freedom and better health,” said Alejandro Galindo, president of the Advanced Insulin Management division, which is part of the Diabetes Group at Medtronic. “Based on our learnings from a first-generation hybrid closed loop system around the importance of simplifying diabetes management, we believe the Personalized Closed Loop system will be transformational for diabetes management, and the integration of the Klue technology helps clears the path to a true hands-free closed loop system.”

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By using gesture sensing via activity trackers combined with analytics technology, Klue has developed fine motor artificial intelligence software that can detect meals and provide insights into user eating behaviors. Because food consumption is intrinsically related to insulin requirements for people living with diabetes, the ability to automate meal identification along with the corresponding insulin delivery is an unmet need that could greatly simplify living with this disease.

In February 2019, the U.S. Food and Drug Administration (FDA) gave PCL Breakthrough Device designation. In addition to Klue, the recent acquisition of Nutrino Health and their expertise in nutrition data science will play a key role in the accelerated development of this breakthrough technology. Both acquisitions strengthen the company’s capabilities in automation and in the integration of artificial intelligence into diabetes management systems.

Related Medtronic, IBM Watson Health Launch AI-Powered Hypoglycemia Prediction Feature on Sugar.IQ Diabetes App

“Klue’s truly unique early meal detection technology can help transform diabetes care,” said Katelijn Vleugels, CEO & founder of Klue. “Joining Medtronic creates a tremendous opportunity to advance diabetes therapies and, together, we will accelerate our shared mission to help people with diabetes live their happiest and healthiest lives.”

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Comcast announced a partnership with California-based wearable technology startup NuEyes to offer its Xfinity Stream app to visually impaired customers through NuEyes’ virtual reality technology. Xfinity Stream is pre-installed on NuEyes e2 smartglasses, allowing users with visual disabilities to see TV shows, news, movies, live sports, and more, independently.

Read more NuEyes, Pico Interactive Partner Up for Next Gen Wearables for the Visually Impaired

The NuEyes e2 is a wireless headset that can be worn for long periods of time. A camera on the front of the device can be used to visually amplify what is ahead.

“Being blind since birth, I know firsthand the power of technology to enhance independence,” said Tom Wlodkowski, Vice President of Accessibility at Comcast. “Our partnership with NuEyes is an extension of our commitment to designing great entertainment experiences for people of all abilities.”

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NuEyes was founded by Mark Greget, an U.S. veteran. He’s also the CEO of the company. NuEyes’ mission is to give millions of people across the U.S. who are visually impaired the independence they may have lost due to conditions like macular degeneration, glaucoma, and retinitis pigmentosa, reports Business Wire.

“Collaborating with Comcast has been an absolute joy,” said Greget. “To be able to stream content directly to our consumers’ eyes in a way that has never been done before enables millions of visually impaired people to continue enjoying their TV experience and more.”

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Over the past several years, Comcast launched the industry’s first talking TV guide, introduced a voice-activated remote control, launched X1 eye control for the TV and produced the first live entertainment show in U.S. broadcast history, The Wiz Live, to be accessible to people with a visual disability. Comcast also has a service center specifically dedicated to customers with disabilities where agents are specially trained in the company’s accessibility features and general support issues.

Tandem Diabetes Care, a San Diego, CA-based insulin delivery and diabetes technology company, announced U.S. Food and Drug Administration (FDA) clearance of the company’s t:slim X2™ insulin pump with Control-IQ™ technology, an interoperable automated glycemic controller device that automatically adjusts insulin delivery to a person with diabetes by connecting to an alternate controller-enabled insulin pump (ACE pump) and integrated continuous glucose monitor (iCGM).

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“With this clearance, we will be launching the most advanced automated insulin dosing system commercially available in the world today,” said John Sheridan, president and CEO of Tandem Diabetes Care. “This is a testament to our commitment to improving the lives of people with diabetes by offering simple-to-use products that deliver superior performance.”

The FDA’s decision was based on a clinical trial of the Control-IQ Technology controller that included 168 participants with type 1 diabetes. The study demonstrated that the controller determines and commands safe and effective insulin delivery from a compatible ACE pump based on iCGM readings, with limited user intervention outside of mealtimes.

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The t:slim X2 insulin pump with Control-IQ technology uses CGM values, in conjunction with other variables such as insulin on board, to predict glucose levels 30 minutes ahead and adjust insulin delivery accordingly. Control-IQ technology also offers optional settings for sleep and exercise that will change the treatment values to better match the different physiologic needs during these activities, reports Business Wire.

With the interoperable automated glycemic controller designation, the FDA establishes a new device class which includes special controls outlining requirements for this and future submissions in this category, as well as describes the reliability, device interoperability, cybersecurity, and clinical relevance data required to demonstrate acceptable performance. The t:slim X2 insulin pump was also the first to receive an ACE infusion pump classification in February 2019, and the first insulin pump designated as compatible with iCGM devices in June 2018.

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All in-warranty t:slim X2 pump users in the United States will have the option to add the new feature free of charge via remote software update.5 The update is expected to be available by the end of January 2020, and new pumps with Control-IQ technology will begin shipping to customers in the same timeframe.

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Chronolife, a Paris-based AI-powered health tech company, announced the commercial launch of Nexkin™, a CE-marked washable smart T-shirt that monitors six key physiological parameters to enable prevention, risk reduction, and remote monitoring. The company also announced the closing of new fundraising from Paris-based startup studio and investment fund iBionext, French insurance company Adrea and Swiss family office Celeste Management to boost its commercial and industrial phase. The amount secured was not publicly disclosed.

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The Nexkin platform uses cutting-edge wearable electronics to integrate 10 biometric scanners into a comfortable, machine-washable T-shirt capable of continuously recording a user's electrocardiogram, abdominal and thoracic breathing, body temperature, physical activity, and pulmonary impedance. Data from the shirt is transmitted via Bluetooth to the user's smartphone, where data from multiple sensors can be integrated using Chronolife's unique HOTS (Hierarchy Of event-based Time Surfaces) algorithms to deliver accurate and actionable health insights, which can subsequently be downloaded or transferred to secure servers for review by health professionals, reports Chronolife in a press release.

The T-shirt is comfortable enough for round-the-clock use; the battery lasts 24 hours and can be fully recharged in a few hours. Combining AI-powered real-time analytics and next-generation wearable sensors, the Nexkin T-shirt has potential uses in senior care, occupational health and safety, sports rehabilitation, military training, and performance management.

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“The Nexkin T-shirt makes accurate, unobtrusive continuous health monitoring both affordable and convenient across a wide range of industries and functionalities, from pharmaceutical testing to senior care,” said Laurent Vandebrouck, CEO of Chronolife. “By combining wearable electronics with advanced AI-powered analytics, we're delivering biometric monitoring capabilities that will revolutionize the way researchers and healthcare professionals will eventually interact with patients.”

The commercial launch of Nexkin will allow Chronolife’s clients and partners to explore ways to deploy and test the technology in clinical and other settings, including healthcare organizations, insurance providers and pharmaceutical companies.

Chronolife also received Federal Communications Commission (FCC) approval this summer, certifying that the Nexkin shirt's Bluetooth connectivity meets all U.S. regulatory requirements. Nexkin should receive medical certification in Europe beginning 2020 and Food and Drug Administration (FDA) approval in the U.S. by the end of 2020.

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“AI and wearable technologies are dramatically changing the healthcare and research sectors, and Chronolife is at the very forefront of that movement,” said Bernard Gilly, executive chairman of iBionext. “This commercial launch is just the beginning: the potential applications for the Nexkin T-shirt are almost endless.”

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CommonSpirit Health, a Chicago-based nonprofit health giant, announced a partnership with Notable Health that will improve the patient and the provider experience by automating health information collection and making clinical record systems interoperable. The partnership will start with deployment at selected ambulatory primary care centers in California. And the end goal is to expand across the 21 states served by CommonSpirit.

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CommonSpirit will leverage Notable's platform, which uses robotic process automation (RPA) to understand data from electronic health records and deploys artificial intelligence (AI) models that anticipate and support providers' needs so they spend less time on administrative tasks and can devote their time to providing compassionate care, reports Notable in a press release.

“The Notable platform provides us with an exciting opportunity to rethink and personalize the way health care is delivered,” said Rich Roth, senior vice president and chief strategic innovation officer of CommonSpirit Health. “When we engage patients with Notable's digital experiences, the time they spend with their physician becomes more relevant.”

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Administrative costs are a major driver of increases in the cost of health care in the United States – with hospitals directing roughly 25 percent of their spending to this work. Advances in technology now make it possible for health systems to deploy innovative new platforms that ease the administrative burden on providers, allowing patients to have more engaging discussions about their health during the time with their physician.

Notable automates physician workflows through intelligent patient intake and leverages wearable voice-recognition documentation technology to save physicians time on medical charting. Prior to a medical appointment, Notable's mobile-optimized intake application – which is personalized for each patient – assists with registration, verifies insurance eligibility, and prompts patients to enter their symptoms and update histories and medications directly from their smartphones.

Read more Microsoft and Nuance Announce Collaboration to Transform the Doctor-Patient Experience

“We share CommonSpirit's commitment to providing the best experience possible for patients as well as physicians,” said Pranay Kapadia, CEO and co-founder of Notable Health. “With the abundance of administrative overhead in health care, it is more important than ever to help streamline processes for providers so they can direct their time and resources to patient care.”

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Current Health, a Scottish company that offers FDA-cleared patient management platform powered by Artificial Intelligence (AI), raised $11.5 million in Series A funding that was led by MMC Ventures. Legal & General, the FTSE 100 life insurer and asset manager, is Current Health’s first corporate investor and the largest investor in the round.

Current Health said the money will be used to scale its patient management platform and enhance care delivery worldwide, with the goal of preventing illness for one million patients around the world by 2021. Par Equity and Scottish Investment Bank, the investment arm of Scottish Enterprise, also participated in this round, reports Business Wire.

Current Health’s wearable device uses AI to remotely track and analyze multiple vital signs while worn by patients at home, allowing clinicians to intervene earlier.

"Healthcare is undergoing a paradigm shift from reactive, in-hospital treatment, to proactive, community-based care,” said Bruce Macfarlane, Managing Partner at MMC Ventures. “Today’s healthcare systems must deliver improved patient outcomes while reducing costs. Current Health’s revolutionary solution offers unprecedented insight into patients’ health. Reliable, continuous patient monitoring enables earlier intervention in the event of patient deterioration, better patient experiences and fewer unnecessary hospital readmissions. With its world-class team and platform, Current Health has the right fundamentals to execute on a vast opportunity and become a global category leader in this important market.”

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In the last twelve months, Current Health has increased its revenue by more than 300%. The company also partnered with two of the world’s largest pharmaceutical companies to extend the power of the Current Health platform to thousands of patients during the same period.

Read more Current Health Partners with VivaLNK and MIR to Improve Remote Patient Monitoring

“We’ve spent the last three years quietly and carefully building and testing our platform directly with healthcare providers,” said McCann. “Now, with our platform FDA-cleared and through partnerships with some of the biggest healthcare providers and pharmaceutical companies in the world, we plan to scale our solution to better treat millions of lives over the next five years. By helping healthcare providers treat patients preventively and at the earliest point, we can play a key role in enabling sustainable, high-quality and universal healthcare delivery.”

As Current Health embarks on the next stage of its growth, it will open a U.S. headquarters in New York City. The company will continue to expand its team, particularly in the sales, clinical operations and marketing functions.

Dialog Semiconductor, a UK-based manufacturer of semiconductor-based system solutions formed a partnership with California-based Flex Logix Technologies. The partnership will allow Dialog to license Flex Logix's EFLXÒ Embedded Field-Programmable Gate Array (eFPGA) technology for use in high volume semiconductor Integrated Circuits (ICs), and the EFLX Compiler to program these embedded FPGAs.

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“Adding eFPGA functionality to our products will give our customers the flexibility to keep pace with rapidly changing market needs,” said Davin Lee, Senior Vice President and General Manager, Advanced Mixed Signal Business Group at Dialog Semiconductor. “By partnering with Flex Logix and leveraging its EFLX eFPGA, there is a massive opportunity to increase the configurability of future Dialog products within several of our target markets, such as IoT, computing, storage and mobile.”

EFLX is a low-power fully functional FPGA that is integrated into SoCs, microcontrollers and other standard or custom ICs, rather than serving as a standalone chip. EFLX cores can be used to upgrade I/O protocols, change encryption algorithms to improve security, enable elements of software-defined radio or accelerate data center algorithms. Additionally, EFLX can be leveraged by manufacturers or end-users to upgrade both new products and individual systems already installed in the field, reports Flex Logix in a press release.

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The EFLX arrays are programmed using Verilog or VHDL; and the EFLX Compiler takes the output of a synthesis tool such as Synopsys Synplify and handles packing, placement, routing, timing and bitstream generation. When loaded into the array, the bitstream programs it to implement the desired RTL function.

Read more Dialog Semiconductor Agrees to Strengthen Partnership with Apple Through Technology Licensing Agreement

“We are proud to partner with Dialog Semiconductor to deliver additional programmability and flexibility for their customers,” said Geoff Tate, CEO of Flex Logix. “This is just the beginning of a long-term relationship and innovative product roadmap for Dialog and Flex Logix.”

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