The X2 MR Glasses weigh just 300 grams and claim to be the world’s smallest Mixed Reality glasses. Nick Cherukuri, CEO of ThirdEye Gen, says the devices can give front-line medical personnel treating COVID-19 patients access to critical life-saving data and communicate with emergency rooms and command centers in real-time.

“A doctor located 100 miles away could see exactly what the medic sees live from the camera point of view of the glasses. So the medic is handsfree, they can still be helping out the patient,” says Cherukuri, explaining that ThirdEye’s remote help platform allows on-the-scene medical professionals to stream what they’re seeing directly to a remote expert and receive live feedback all while remaining hands-free.

The company normally provides immersive hardware and software solutions for enterprise customers in industries such as healthcare, construction, automotive, and manufacturing. Its MR glasses and AR software platforms are currently used by companies like Verizon, Department of Defense, and Boeing.

A doctor located 100 miles away could see exactly what the medic sees live from the camera point of view of the glasses
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The pilot scheme is being rolled out by Marcus Hook Trainer and Upper Merion fire departments in Pennsylvania, spearheaded by Congressman Curt Weldon and sponsored by Energy Transfer and Sunoco LP, which are paying for eight pairs of the X2 Glasses.

“This is about protecting the men and women who are on the front lines,” Weldon told 6abc Action News in a recent report adding that his goal was to push the government and corporate sponsors to provide one of these sets off glasses for every fire and rescue unit in America.

The military-grade technology glasses are equipped with a thermal sensor that allows a paramedic, for example, to take a patient’s temperature with a thermal scanner without needing to touch them, generating a thermal heat maps to detect if the patient has a fever.

Another feature Cherukuri mentions is that it could quickly bring up a patient’s relevant medical history automatically through face recognition technology.

This types of hands-free functionality are obviously useful in all manner of practical scenarios, but a pandemic situation where it is also imperative to minimize how much you touch surfaces, this could be additionally helpful in managing the virus spread.

“This is something we feel can help and save people’s lives and also improve efficiency,” said Cherukuri.

The glasses, which run on Android 8.1 have a 42-degree field of view and are powered by a Snapdragon xR1 Qualcomm processor chip. The devices also feature a built-in SLAM (Simultaneous Localization and Mapping) system with dynamic occlusion, visual odometry tracking, and environment meshing-domination plane detection.

The X2 MR Glasses weigh just 300 grams and claim to be the world’s smallest Mixed Reality glasses
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ThirdEye Gen says the devices can give front-line medical personnel treating COVID-19 patients access to critical life-saving data
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The ThirdEye App Store already has over 500 software developer partners creating AR/MR free and paid applications which range from B2B to entertainment and gaming. The custom software development tool for the X2 glasses also includes an AR training platform for developers.

The X2 MR glasses are available for pre-order at $1,950 USD. There is also an option to lease the glasses on a two-year program, which spreads the costs in smaller payments.

This article was originally published on VRScout

Tech Trends offers a broad range of Digital Consultancy services to guide companies, individuals and brands in effectively leveraging existing and emerging technologies in their business strategy.

Alice Bonasio is a XR and Digital Transformation Consultant and Tech Trends’ Editor in Chief. She also regularly writes for Fast Company, Ars Technica, Quartz, Wired and others. Connect with her on LinkedIn and follow @alicebonasio on Twitter.

The post Helping COVID-19 First Responders With XR appeared first on Tech Trends.

There is an unprecedented demand for ventilators due to the coronavirus pandemic, yet the physical machines are really only part of the equation.

There is an unprecedented demand for ventilators due to the coronavirus pandemic
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In the United Kingdom, the country’s National Health Service (NHS) is having to quickly redeploy doctors and nurses from other disciplines as well as those coming out of retirement to provide support in the Intensive Care Units.

In the UK, the country’s National Health Service is having to quickly redeploy doctors and nurses from other disciplines
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To help medical staff (re)acquire the necessary skills to do that, FundamentalVR, a start-up that develops immersive simulations to train surgeons, has worked with Imperial College London and Imperial College Healthcare NHS Trust to develop an online tool that allows medical professionals, to gain the key knowledge they need for ventilating patients in around 30 minutes.

The program which consists of short how-to videos and educational graphics is being rolled out at Imperial College London prior to its deployment nationally and internationally to help combat Covid-19.

“It takes years to specialise a clinician in intensive care; while this new training course is not designed to replace this expertise, it will enable health systems across the world to act now and provide the care that their patients desperately need,” says project lead Professor Ara Darzi, co-director of the Institute of Global Health Innovation at Imperial College London. “With greater capacity, we can help more people survive this illness, and prevent health systems from becoming overwhelmed during this crisis,” he added.

FundamentalVR is also helping hospitals with another impact of the COVID-19 situation, as student surgeons are seeing their studies interrupted as hospitals are reserved for essential care. With non-urgent surgeries cancelled, the company, based out of London and Boston, recently made its Fundamental Surgery platform multiuser. This allows students to exercise their skills at home while in isolation using the company’s @HomeVR system which was launched two weeks ago for standalone VR headsets such as Oculus Quest and HTC Vive Focus Plus.

Student surgeons are seeing their studies interrupted as hospitals are reserved for essential care
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Every user interaction is measured and recorded, such as surgical gaze, respect for tissue and efficiency of movement
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It allows students and teachers to join each other in the virtual OR, where they can interact, ask questions, view each other’s procedures and get feedback all done remotely and safely. This remote system is also currently live at Imperial College London and a dozen @HomeVR headsets have been sent at the request of a New York teaching hospital. The procedures available are being phased in for existing customers starting with Total Hip Arthroplasty (Anterior Approach).

Fundamental Surgery has been deployed with medical institutions around the world, including Mayo Clinic and UCLA in the U.S., UCLH in the U.K. and Sana in Germany. Their hardware-agnostic software solution fuses Cutaneous (tactile vibration) and Kinesthetics (force feedback & position) haptic technologies. The platform, which can be optimized for different stages of the learning process, mimics the physical cues of surgical actions, medical tools, and tissue variations.

Studies have shown that this aids learning in helping trainees develop the muscle memory essential for surgical skills. The platform utilizes off-the-shelf hardware (PCs/laptops, VR headset and haptic arms), making it less than a tenth of the cost of current learning practices.

Fundamental Surgery has been deployed with medical institutions around the world
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The platform’s data dashboard tracks hundreds of data points to provide a high level of analysis to course directors or trainees
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Every user interaction is measured and recorded, such as surgical gaze, respect for tissue and efficiency of movement, widely connected with surgical proficiency, to provide accurate real-time feedback all within a single display that can be accessed anywhere by any device, which again lends itself nicely to the new normal of remote learning and working which is likely to persist in the coming months.

When COVID-19 struck we were delighted to work with the team at Imperial College London on the rapid development of this important Ventilator Trainer
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“When COVID-19 struck we were delighted to work with the team at Imperial College London on the rapid development of this important Ventilator Trainer and are pleased to see it roll out to help build confidence and competence with Healthcare professionals at this challenging time,” concludes Richard Vincent, CEO and Co-Founder of Fundamental VR, saying this is a good example of how technology companies are coming together to support the work of healthcare professionals and work through the many challenges presented by the pandemic.

Tech Trends offers a broad range of Digital Consultancy services to guide companies, individuals and brands in effectively leveraging existing and emerging technologies in their business strategy.

Alice Bonasio is a XR and Digital Transformation Consultant and Tech Trends’ Editor in Chief. She also regularly writes for Fast Company, Ars Technica, Quartz, Wired and others. Connect with her on LinkedIn and follow @alicebonasio on Twitter.

The post Training Healthcare Workers With XR appeared first on Tech Trends.

Region wants to stimulate the local economy and create a sustainable future for health and social care through technology

The national healthcare ecosystem is undergoing a dramatic, fundamental shift with rising healthcare costs, increased demand on systems and growing, ageing populations placing our health and social care systems under unprecedented pressure.

By 2020 the Health Tech market is estimated to hit £37bn
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At the same time, the health tech industry is worth billions and the digital revolution, which has already reshaped many other sectors, is also transforming healthcare. By 2020 its value is estimated to hit around £37bn, with the UK thought to be on course to take a 5% share of that market.

The national healthcare ecosystem is undergoing a fundamental shift
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And while Cornwall might not be the first place that comes to mind as a tech hub, the region is steadily establishing a reputation for enabling innovation in the Health Tech sector. In fact, entrepreneurs vouch for the fact the region is unique in the way that it gives companies the independence and freedom to trial new ideas, making it a test bed for innovative solutions while also allowing those who live there to achieve a good work-life balance.

Nicola Lloyd from Invest in Cornwall says that this mix of entrepreneurship, community and sense of place is already attracting talent and business to the region: “In recent years, we have seen a growing interest in international businesses relocating to Cornwall and we’re delighted to see a strong pipeline ahead. This not only reinforces the strength of opportunities and capabilities for foreign direct investment in the region, but these global companies also generate more local jobs in the wider economy as a result.”

As part of this on-going drive to encourage businesses to consider moving to Cornwall, this month the NHS and other healthcare professional were for the first time brought together with health technology companies at the Maximising Technology in Health and Care event. Held at Falmouth University, the meeting explored technology solutions for healthcare issues in Cornwall and beyond.

“There are very few other places in the country where I’ve seen such a ground swell of local support from the local community, the NHS and businesses,” says Liam Booth-Smith Chief Executive of research think tank Localis. “There is a huge breadth of businesses working in Cornwall that is making creating a sustainable future for health and social care a key part of their mission, and the region’s greatest natural resource is its opportunity with technology”

Although NHS England has said that it is looking to save billions from the health budget by embracing technology, however, the healthcare sector is a system comprised of numerous organisations renowned for being notoriously hard to penetrate – especially for SMEs.

“Within such a large organisation as the NHS, we’re always amazed at the talent, innovative ideas and opportunities proposed to us by some of the smaller players in the tech sector, but we rarely have the chance to meet so many health technology businesses in one place,” agrees Kathy Byrne, Chief Executive of NHS hospital Royal Cornwall Hospital Trust. “The event provided a fantastic opportunity to meet the businesses and entrepreneurs and start those conversations about their products and services that have so often led to improving the healthcare system,” she said.

The recognises that the health technology sector is a growing global market, not only comprising the development of apps and other digital technology tools, but also robotics and other smart devices. However, there is a recognised block to the growth of the sector, namely the willingness and ability of end users and consumers to adopt the solutions on offer, as well as the willingness of commissioners, care givers and consumers to implement and pay for those solutions.

“Our geography means that we have got coterminous health and social care organisations which are partnering with leading institutions such as Falmouth University to look at ways in which we can deliver integrated healthcare in rural, digitally enabled communities to improve outcomes and give people more choice and control,” says Cornwall Council Chief Executive Kate Kennally “We hope to promote the organic growth of partnerships between health technology businesses from across the world and representatives from the NHS, local government and health and care organisations – ensuring the right people are in the right place at the same time,” she believes.

Two early examples of such partnerships are EPIC and Smartline, both of which have recently secured funding within the region and by the European Regional Development Fund. EPIC is a collaborative project designed to improve the use of technology in both health and social care, while Smartline will help Cornish SMEs develop innovative products, processes and services by increasing understanding of how technology can be used to improve people’s health and wellbeing.

Cornwall is aiming to become a test bed for Health Tech innovation
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Smartline brings together an interdisciplinary team of epidemiologists, geographers, mathematicians and sociologists to explore possibilities for innovation using digital technologies, and how they can help connect communities – linking data in novel ways to improve product development in health and wellbeing across a range of sectors.

Professor Ray Jones of Plymouth University says his institution will organise 10 locality groups around Cornwall and identify problems in health and social care that have possible technology solutions. “In turn, EPIC will develop their ideas and help them apply for funding set aside to support individual projects,” he explains.

The project is also recruiting over 350 Coastline households from across the region to become a test bed for products, services and processes that will have wider county, national and even international reach. This involves installing sensors to monitor domestic environments – working with individuals, families and communities to understand their challenges and aspirations. It is hoped this will lead to a well-developed and flexible supply chain and high value jobs through new engagements between businesses and the knowledge base.

Connecting communities to help individuals take back control of their health and wellbeing
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Creative England will also work with the digital and technology sector supporting them to enter the health and social care market, identifying new products or services that can be supplied from Cornwall locally as well as to the rest of the UK and beyond.

“Our objective is connecting communities to help individuals take back control of their health and wellbeing. Cornwall has been the perfect starting point for this project as the infrastructure, talent, necessary resources and general sense of community already exists,” says Dr Tim Taylor, Senior Lecturer in the University of Exeter Medical School and Smartline Principal Investigator. “This helps to ensure that we are in the best place possible to organically develop the eHealth and eWellbeing market in the region by linking innovation to cutting edge research and working closely with Cornish SMEs to support R&D in this field,” he concluded.

For companies looking to get into Immersive technologies such as VR/AR/MR/XR our Virtual Reality Consultancy services offer guidance and support on how best to incorporate these into your brand strategy.

Alice Bonasio is a VR Consultant and Tech Trends’ Editor in Chief. She also regularly writes for Fast Company, Ars Technica, Quartz, Wired and others. Connect with her on LinkedInand follow @alicebonasio on Twitter.

The post Cornwall Betting on Health Tech  appeared first on Tech Trends.