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Guide In Medical is a medical device company developing a guided intubation system. The system enables clear identification of the trachea during intubation.

AR Guide In Medical

Everything You Need for Your Journey Into the World of Generative AI

90 Stories To Learn About Healthcare Tech

When thinking of robotics and AI in healthcare, robotic surgery and exoskeletons are what probably comes to mind first. Yet in reality, there’s a multitude of other ways automation and machine learning are changing medical care practices at their core. New startups and initiatives emerge every month, many with daring goals and a potential to revolutionize their respected fields. Here’s a quick rundown of the major ways robotics and artificial intelligence are disrupting the healthcare industry right now. 1. Diagnostics and treatment plan creation If provided with quality input data, AI is extremely efficient at classifying and identifying patterns. It’s no surprise then that this technology—predictive analytics, self-learning algorithmic solutions, and image analysis tools in particular—is currently being adopted for diagnostics. Recent examples include advanced endoscopy, visual diagnostics of melanoma, reducing false-positives and improving recall rates in mammography results, and more. More reliable self-diagnosing, although somewhat controversial, is one of the emerging applications as well. Considered as experimental programs and unique research projects today, they are fully expected to become standard practices in the future, along with the extensive AI integration in all aspects of professional diagnostics and personal treatment planning. 2. Preoperative planning and robot-assisted surgery Among other rapidly developing medical spheres, robotic surgery (or robot-aided surgery) is another sign of major upcoming shifts in clinic practices. Largely associated with minimally invasive surgeries in public consciousness, the technology can, however, be employed in a variety of situations to enhance precision, reach, navigation, learning and other . capabilities of surgeons and physicians alike With key pharmaceutical players heavily , it’s one of the most promising bets in the field of medical research (and investments) for the foreseeable future. At the moment, though, the adoption rates are slow due to high costs and still relatively small contribution to patients’ health. investing in medical tech and robotic surgery However, further AI, AR, and VR integration, accumulation of positive outcomes, and continued demonopolization are expected to bring the costs down and move the adoption process along in the next 10–15 years. 3. Physical therapy, movement assistance, and rehabilitation Advanced prosthetics and exoskeletons are the true stars of healthcare robotics. Flashy, impressive, and rapidly evolving, they are the most prominent in their field. Exoskeletons in particular, with their potential for both industrial and medical use, are currently one of the bigger investment magnets, projected to in less than a decade. reach 5.8B market value Other solutions belonging to this category of AI and robotics for motion assistance, physical therapy, and rehabilitation include, but aren’t limited to: Robotic physical therapy tools (walking aid equipment and simulators, balance, hand/arm-motion training, and complex routine guidance robots) Augmented reality rehabilitation software working in tandem with specialized training equipment (visually aided, proximity and motor skill training after strokes) Gamified solutions for recovery and cognitive rehabilitation (facilitating cognitive recovery, anxiety treatment) For many of these cases robotic tools provide mechanical aid and exercise direction, while AI assists in controlling the process. Built on deep neural networks, AI can track and access a patient’s progress, adjust an exercise program, and inform therapists accordingly. Combined with traditional physical therapy, AI and robotics-assisted programs founded on the latest neurological findings are often able to enhance the results and accelerate patients’ recovery. 4. Virtual nursing and medical assistance Nursing staff is the backbone of healthcare services, accounting for 3 million jobs in the US alone. Since one of the most promising real-life applications of medical AI is virtual nursing and assistance, it can be easy to perceive automation as a threat to hospital staff jobs, both now and in the future. In reality, though, this idea couldn’t be further from the truth. Often, when AI is introduced into a profession, the real purpose is not to displace employees but rather to aid, guide and add convenience for everyone involved. For example, the wide adoption of virtual and remote patient assistance programs can at least partially solve the problem of nursing shortage for understaffed hospitals. Another benefit is professionally assisted home-based recovery and monitoring becoming an option for those unable to otherwise afford or receive medical care. It can also be a solution to hospital bed shortages, or even become a basis for a completely ‘beds-free’ virtual clinical experience. 5. Care and companionship for the elderly An ideal robot companion is yet to be assembled (and, frankly, conceived), but engineers around the globe are definitely trying. As of mid-2019, fresh startups and new prototypes for home use keep popping up. There are social, companion and therapeutic (“animal”) robots in various stages of production, ideally aimed to perform a multitude of tasks like guidance, alert and notification sending, recognizing and reacting to specific emotions, identifying people, and so on. Smart voice assistants are the most prominent of them. Little more than smart speakers with some ability to move about and snap a photo or make a recording, they are mobile and unintrusive, and are supposed to help to communicate and battle loneliness and isolation. ElliQ (Intuition Robotics) is among such examples. Applied in elderly care and household assistance, they can sport motion and falling sensors, access calendars and appointments, learn or be programmed to recognize and respond to unusual situations, like Buddy by Blue Frog Robotics. The ability to mimic natural speech and support flowing conversation remains the biggest challenge and future goal for such robots, in addition to immersive smart home integration and the increase in the variety of reactions, tasks and voice commands supported. 6. Administrative and management tasks Running a medical or a research facility is in many ways similar to running a business. It requires managing various tasks and departments, dealing with logistics, legal and administrative paperwork, medical history databases, coordination of collaborative actions, and so on. In the US especially, where rely on federal or state budget for financing, the questions of funding and making profit add to regular tasks and activities. Combined, all these factors make efficient business intelligence and management software a necessity for any medical facility. less than 20% of hospitals In line with contemporary business trends, these management systems have started to adopt AI alongside automated systems for repetitive tasks, medical record management, staff coordination, data analysis, reporting and more. 7. Privacy, security, and quality assurance of medical databases and software Quality and compliance assurance (e.g., compliance with IEC 62304 and HIPAA), software testing, security checks, and overall system maintenance should be par for the course in any organization that deals with sensitive information. These measures become even more important when human lives, health, and social security numbers are on the line. Software can crash, updates of medical history and other databases can fail, and potential breaches and digital system corruptions are often a risk. Human error is ever present, especially when people work double or triple shifts, and have “life-or-death emergency situation decision making” in their job description. Last year was marked the year of Big Data security breaches, leaks, and hacks. Sadly, medical databases . To help with security and quality assurance in 2019, cognitive automation solutions, as well as traditional QA can be employed for various checkups. experts recommend to introduce automated testing to secure medical data and software continuously. Here, AI and machine learning can be integrated into the testing toolkit to ensure better test case analysis, predict possible bottlenecks, and identify weak spots much more quickly. weren’t an exception A1QA Final thoughts There is a lot more to healthcare than robots and artificial intelligence systems, but their significance in the industry is undeniable. The technology is still in its fledgling state in many regards, although it picked up steam dramatically in recent years. While AI and robots won’t completely take over healthcare and displace human professionals anytime soon, it’s nothing short of exciting to follow the developments and watch new tools, enhancements, and augmentations truly shape the future of healthcare.

7 Ways AI & Robotics Are Disrupting Healthcare Right Now

The very term can spark thoughts of futuristic, high-tech gadgets that have become commonplace in the world of sci-fi movies. However, the into our daily lives may already be underway. ‘augmented reality’ integration of AR Once upon a time, AR really was confined to the domain of science fiction, but times are changing at a rapid rate. Whether we realize it or not, AR is already beginning to make its presence felt in the daily lives of many of us. (Image: eMarketer ) Although much of the past decade was dominated by consumer excitement at the growth of the virtual reality headset market, AR users are expected to continue to grow at a faster rate than the entire VR market over the near future. Let’s take a deeper look into how AR is already entering the daily lives of millions of consumers and how it’s helping them along the way: Facial Recognition If you’re a fan of having the latest gadgets and apps, it’s extremely likely that you’ve been using AR without even noticing. Snapchat, for instance, utilizes the technology to revolutionize the selfies that are uploaded onto its app - with various pretty, outlandish, or surprising filters. recognising faces and overlaying them AR allows for continuous tracking, which means that users can scrunch up their faces without distorting the filter. Some special effects are even triggered by users pulling funny faces. As augmented reality and become more intertwined, visual industries like beauty and fashion are likely to become much more immersive for users moving forward. facial recognition Engaging Retail Another increasingly common use case for AR in everyday life can be found when it comes to buying clothing, furniture and even homes. While virtual tours can guide users through homes they’re looking to buy from the comfort of their own living room, buyers can use dedicated apps like and to run virtual tests of what sort of furnishings they would like in their new living space. Houzz DecorMatters (Image: TechCrunch ) One of the early leaders in the industry of AR furniture shopping is IKEA, which has developed its own app, IKEA Place, designed so that customers can virtually try our new chairs, tables and other fittings before they buy them. Retail giants Amazon rarely shy away from innovation and have attempted to cut down the volume of clothing returns the company experiences by creating a ‘virtual changing room’ app. The AR-based application scans your body measurements and assesses your preferences before offering styling and sizing advice to you. The will be capable of generating how the clothes would look on you through an embedded presentation layer. As a result of this integrated digital layer, the fit of clothing can be significantly more accurate, meaning that customers can get a into whether their purchases are going to suit them. virtual dressing room app comprehensive insight The Arrival of AR Wearables Not very far in the future, instead of using our smartphones or having to wear bulky glasses, we’ll be able to fit into regular frames and become visually interconnected with our environment everywhere we go. AR lenses (Image showing AR glasses unit shipments worldwide from 2016 to 2022. Source: Statista ) Soon, we'll just be able to fit AR lenses to our regular set of glasses. Considering that there are various , and hence, a wide variety of frames, there may need to be a movement in technology in order to make a one-size-fits-all AR lense. face shapes The arrival of AR wearable technology like augmented glasses is set to be a watershed moment for the industry, and Apple is rumoured to be its entry on to the market in the form of Apple Glass - eyewear that has the power to digitally overlay information to appear in the wearer’s line of vision. close to announcing With other major rivals like Facebook and Microsoft also rumoured to be developing their own AR eyewear, we’re likely to see the race for adoption reach fever pitch in the coming months. Healthcare Although AR eyewear isn’t quite ready to hit the high street just yet, augmented healthcare is already being utilised for a variety of medical treatments as well as in diagnosing illnesses. Notably, are turning to AR to help improve their training, meaning that they can then perform surgeries with the help of information provided to them via augmented reality layers. medical students By using AR eyewear, users will be capable of finding more vital data surrounding patients and procedures while on the go. This, in turn, allows them to learn faster and increase the efficiency of their studies. It’s not only students who are benefitting from the use of AR, however. Experienced surgeons are beginning to include AR overlays into their line of work. (Image: OrthoStreams ) The image above shows us an example of how AR can help to guide student surgeons through complex practices while providing a greater level of accuracy to users. In some cases, AR can even help patients on their way to faster recoveries. For instance, Felix Reges, a nine-year-old boy who suffers from Hermansky-Pudlak syndrome which has caused him to go blind, is an example of somebody who has used . Reges uses a head-on device to augment the objects around him and enhance his visual perception. AR to adapt to his new life The future of AR and healthcare is exciting for many. When the technology is paired with Internet of Things technology, it’s likely that many patient-friendly solutions will help people to better recover from their ailments. Entertainment The gaming industry has been one of the pioneers of augmented reality technology, and played a significant role in making AR more popular and exposed to large audiences. Today, many games have already been . While Pokemon Go has become a flagship game built on augmented reality, other titles like Titans of Space and AR Air Hockey have risen to the fore in recent years. typically offer players digital experiences that are simulated in real-world environments. developed around AR technology AR games Augmented reality is also heavily used by the music industry in various ways to produce, control, mix and visualise music to enrich the production process. In the world of television, AR is growing to become a commonplace presence - especially when it comes to sports broadcasting. Super Bowl 2020 attracted 100 million viewers, and all of them will have seen AR technology hard at work producing graphic overlays onto the sports field and offering seamless facts and stats that would appear as though it’s been painted onto the grass itself. Today, it’s not unusual for sports broadcasts to present team lineups as 3D overlays on top of the field of play. In fact, in their bid to host the 2022 Fifa World Cup, Japan even presented the possibility of to recreate matches in stadiums across the world. broadcasting augmented player holograms Conclusion It’s clear that the applications of augmented reality are having a positive impact in an array of industries all around the world. Although we may still greet the topic of augmentation with visions of Minority Report interactive screens and various other sci-fi renderings, the reality is that AR is already here and we may soon be wearing augmented eyewear everywhere we go. For now, let’s appreciate the impressive strides that augmented reality has been taking in the fields of entertainment and healthcare over recent years. In a world that can be enhanced by a single digital overlay, the future certainly looks bright.

Augmented Convenience: How AR is Being Integrated Into Our Daily Lives

All the children in the world have the right to be educated. No matter where they come from, what their family background is, it is a must that they should be taught and educated. A child can have different types of mentalities. Even though most of the children are categorized as normal, there is a proportion of the world who are born with special needs. When I say “ ” it does not only belong to the children with physical disabilities. There are other types of disabilities and disorders. Major categories include learning disabilities, communication disorders, and developmental disabilities. Children with Special Needs If a child cannot identify, recognize objects and has issues with learning new things he or she is identified as a child with learning disabilities. Mainly Dyspraxia and Dyslexia are under this learning disability category. There are methods to diagnose these disabilities in the medical area. And we all are aware of physical disabilities. If a child has limited physical functioning or mobility issues, then the child is identified as a child with a physical disability. Furthermore, physical disabilities can cause by epilepsy, forceps and post birth accidents too. Blindness, muscular disorders, Cerebral palsy, Angel-man disorders and there are few other physical disorders too. Communication disorders occur when the child has language and speech impairments. It includes hearing impairments, and also autism spectrum disorder. The children who suffer from down syndrome, slow learners have development disabilities which affect both mental and physical development. These can be caused by genetic reasons, after birth infections, epilepsy, etc. Why should we focus more on special child’s education? I have volunteered in a School for children with special needs. The school facilitates education for about 200 children and these children had different types of disabilities and disorders. For the period of 6 months, I understood why it is important to educate all the children. And especially why special children need to be educated. Words cannot explain how the parent’s sacrifices themselves to make their special children educate. When I say to educate, they don’t have many dreams. They don’t expect their child to become a doctor or an engineer. They all want their kids to be educated to be independent. Because they don’t want their child to become helpless when they die. This is the sole truth about all the parents who have a child with special needs. (Photo by on Nathan Anderson Unsplash) There are some parents who have two, three special children in one family. And most of you will think that having a special child in the family is the end of happiness. You will think that all their life will be spent in sorrow, pity, and sympathy. No, that is not true. Having a child with special needs is a blessing to the family. Happiness is protected in the family. If the parents stick together, they will witness all the special milestones of their child. I have seen the happiness in parents’ face. Their tears of joy of their son’s or daughter’s success. Whereas, there are children with special needs who have been abandoned from their birth. But they should be educated to be independent. To build their confidence. They should not be cornered or abandoned. Education is their right. Why do I think that technology can make a difference? I wanted to emphasize the fact that all children must be educated. The mode of educating the child is different from child to child. Same as the normal children, for the special children, they need to be inspected, recognize their positive and weak points and then educate them using the correct methods. Since I had the chance to spend 6 months is the special school as a volunteered IT, instructor, I observed them. I talked with the teachers. I talked with the students. Teachers dedicate themselves to the maximum to make the student life to the fullest. First, they observe the child. They do not jump to teach them ABC or 123. They read about their history. Their medical background. They observe the child’s behaviour. And then starts with simple steps such as sitting with them. Talking. Drawing with them. These are the steps taken for a 2 to a 5-year-old special child. And when they become older, they use different techniques. The most common issue among the students is to keeping attention to the processes. It is really hard with any child. And more with special children. As I said, I was an IT instructor and what I observed was that children love their computer period. Why was that? Technology can actually make a difference (Photo by on Hal Gatewood Unsplash) The reason is, it was new to them. Technology is an interesting area for anyone. And imagine these children. They loved their computer time because they had the chance to play with tech gadgets. The sole purpose of the time slot is to educate them in a different technique and report their behaviour. It was a drastic change. Even the teacher’s notices. The interactive whiteboard, Tablet computers are the equipment’s we used. And for the children who are older than 15 they had the chance to use the computer as well. And that is when I understood technology can actually make an influence to enhance the special education process. Currently, there are few devices which are used in the special education process. Computers, laptops, tablets, interactive whiteboards projectors are some of them.And if we think out of the box, we can actually use the wearable devices in the education process too. What is Wearable Intelligence? Wearable Intelligence is the result of augmenting Artificial Intelligence with Portable Devices. Wearable Intelligent Devices has reached a new level of computer and human interaction. As we all are familiar, watches, glasses, clothes, shoes, mini computers can be considered as portable devices. And these portable devices allows you to do a minimum set of tasks by giving the attention to the device. But when it comes to Wearable Intelligent devices, it allows you to do more tasks with less or no attention given to the device Can we use wearable Intelligence to enhance the special education process? Wearable devices such as smart watches, smart glasses are used in our day to day life to make it smarter. We use them for medical purposes, fitness and health, entertainment. And there are so many types of devices too. Different heads up displays including AR, VR boxes, smart glasses, headbands. Types of ear ware such as ear bobs, headsets hearing aids. Jewellery such as smart watches, bracelets, rings. And Smart Shirts, gloves and hand wore terminals too. As an IT undergraduate, I have researched on wearable devices. And it has the potential of providing an enhance special education experience for the children with special needs. VR and AR boxes are ideal for children with learning difficulties. They are most likely to be visual learners. So these devices can create a platform which can provide a visual environment for the learning process. Moreover, for any child, these can be used as a media to keep their attention to the education process. The 3D environment has the ability to make the child concentrate on the object when necessary. It can be computerized to me dynamic according to the child’s behaviour and reactions. And when it comes to the children with physical disabilities, these heads up displays can be used to provide guidance and a different learning experience. For the children with visual impairments smart glass can act as a guide to overcome obstacles and to enhance their senses. And AR, VR boxes can provide the virtual and augmented experience for the children who cannot physically visit places. And these devices can be used as trainers to the children to encourage them to do physical movements. Teresa Wu, Jeffrey Tully and Christian Dameff have concluded a research with the Google glass, and has discovered that it is capable of creating a context of role play based learning. Which also provides a base to prove that wearable intelligence can be actually used to enhance special education. (Photo by on JESHOOTS.COM Unsplash) Devices such as smart watches bracelets are ideal devices for the students to encourage in the education process. For children with developmental disabilities, these devices can act as reminders and as a trainer for the children. To remind them to do tasks. To monitor their behaviour. And also the hand-worn terminals such as gloves can be mainly used with the students with communication disorders. The gestures or the hands can be converted and can provide an interaction between the child and the teacher. In a research and a reviews paper done by Harmeet , Abhishek Amit , Keshav and Khushboo has described the smart glove evolution , and they have analysed the ways that this device to capture the hand and gesture movements. Which is ideal for the special needs students to provide a more stronger communication in the learning process. Furthermore, there are systems which can be embedded in to these smart devices. Such as computer based speech therapy systems. Devices which supports translation facilities can also be used so that the children are encouraged to interact. A. Schipor, G. Pentiuc and D. Schipor have researched on these therapy systems using fuzzy expert technology and embedding them in to wearable devices to create a personal assistant. Most children are discouraged because the teacher or their parents are unable to understand their needs. By using this small equipment, the child does not feel uncomfortable and they can provide a better communication facility too. Conclusion In my opinion, these wearable devices are ideal to provide more enhanced experience in the education field. Despite the traditional methods of education the teachers and the parents should be encouraged to use these devices too. They should understand the value of these devices and should show the drastic change these Wearable Intelligent devices can do. Using these devices does not affect their job. It provides a helping hand to give a better understanding for the child. And a unique learning experience to the child. If they are able to use these devices and enhance the education process to the next level, I think the special children can be educated more and make their life better too. Thanks to Stella J. McKenna.

AR GUIDE IN MEDICAL

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AR GUIDE IN MEDICAL

guideinmed.com

1-10 employees

Since 2013

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AR GUIDE IN MEDICAL

EVERGREEN INDEX #1511

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