Ashutosh Verma, Founder, Oxyneuron

Ashutosh Verma is the Founder of Exalta, a one-stop solution to green energy innovations, instituted under Insparc Technologies Pvt. Ltd. in 2009. He also founded Oxy Neuron India Pvt Ltd. In 2021 with triumphant innovations of oxygen-hydrogen and nitrogen-based original indigenous medical and agricultural products. A visionary entrepreneur and author, he is driven by his core philosophy of infusing intelligence and technology to create green energy innovations for nation-building. Each of his professional landmarks is committed to helping build the state-of-the-art, integrated, sustainable energy capabilities India needs to accelerate its growth. Mr Ashutosh is an astounding quick learner and a pioneer in Artificial Intelligence, Intelligence, robotics, clean energy, forensics, and cybersecurity. He has been associated with various government and non-government agencies for his remarkable works and innovations in clean energy in his prolific career.


Trends are the opportunity for us to attempt something new, which has the capability of shifting social current to frame a basic instinct. The dynamic healthcare industry is consolidating rapidly with recent technological advancements and leading the shift in trends. As a result, consumers are becoming technology savvy and constantly looking for convenience.

Healthcare is one of the essential industries that constantly demands innovation. Improvements in its outcome, quality, accessibility, and affordability make it the industry full of new opportunities and innovations. 

During the pandemic, the healthcare industry has gone through many digital transformations. A shift in utilizing technology is observed to enable prevention and primary care for patients. The pandemic has accelerated the digitization and virtual healthcare of the ecosystem of the healthcare industry in India by providing the best possible technology-driven solutions to people. In 2022, Artificial intelligence, machine learning, augmented reality & reality, and wearable technology is gradually becoming pivotal tools for healthcare providers and organizations.

Telemedicine and Remote Healthcare

During the principal months of the pandemic, the level of healthcare consultation that was done somewhat rose from 0.1% to 43.5%. However, analysts at Deloitte say that most of us are happy and will keep utilizing virtual visits in the future, as it is convenient and easy.

The purposes behind this increment are evident; apart from situations related to communicable diseases, there are a lot of valid justifications to foster capacities to examine, diagnose and treat patients remotely. Moreover, in outlying areas where there is a shortage of doctors, telemedicine has the potential to save lives by decisively growing access to medical treatment. 

Telehealth can aid urgent care facilities as it is incredibly efficient in saving the physician and patients’ time and stress. Telehealth is ringing in the new era of virtual reality healthcare solutions.

New generation wearable technologies have been equipped with heart rate, blood oxygen and stress detectors, enabling healthcare professionals to monitor vital signs in real-time. The Covid era has even witnessed the establishment of ‘virtual hospital wards’ to oversee the treatment of numerous patients in their homes through centralized communication infrastructure. 

The new trend has invaded other areas of healthcare like mental health and the provision of follow-up care for patients, especially those recovering from operations and significant illnesses. Robots and the IoT are integral to the trend, along with smart modern machine learning. Wearables and smart devices are great for keeping track of patients’ every movement, whether it be heart rate, sleep patterns, calorie intake, or period of exercise. The digital medical devices – wearables, health sensors, and trackers are integrated and combined with the Internet of Things that records and displays the patient’s data on devices.

Telemedicine and remote healthcare have led to the systematic advancement of personalized healthcare.

The study of Genomics

Genomics studies genes and genomes are the DNA structure of an organism, such as a person. Lately, using technology to map individual genomes to create personalized medicine has been beneficial. This technology has quickly led to new treatments for serious diseases, including cancer, arthritis, and Alzheimer’s. Nutrigenomics is a sub-group of genomics where we can expect to see critical speculation and improvement during 2022, including planning bespoke health-focused diet plans in light of various genetic variables.

Extended reality for clinical treatment and training

The extended reality, also denoted as XR, is a term covering virtual reality (VR), augmented reality (AR), and mixed reality (MR). The devices such as lenses or headsets alter our perception of the world – transferring us to entirely virtual environments (VR) or overlaying virtual elements on real-time images of the world surrounding us (AR/MR). It has potentially transformative applications in the healthcare sector.

VR headsets are often used with the purpose of training doctors and surgeons, which allows them to get closely acquainted with the functioning of the human body without risking the actual patient’s well-being. 

Treatment via VR could be a part of therapy and used to facilitate cognitive behavioral therapy (CBT) to assist with chronic pain, anxiety, and even schizophrenia, where the patient has to strive through their fears and psychosis in safe environments.

The applications for AR in healthcare will continue to surge high in the future. For example, the invention of the AccuVein system was to locate veins by detecting the heat signature of the blood flow and highlighting it on the patient’s arm to give injections. In addition, Microsoft’s HoloLens system allows real-time information from the ongoing surgery and sharing their view with other professionals or students observing the operation.

Melioration in Medical Data Science and Predictive Analytics with AI and Machine Learning

Compressing every data or information generated from patients experiencing chronic ailments can be challenging. Regardless, fast improvement in information science and predictive analysis has given specialists access to more profound insight knowledge like ancestry and family medical history, diagnosing patients with high risks of problems effectively. 

It ensures that medical specialists can access, monitor, and mediate patients’ advancement at a click of a button by making patients’ real-time reports accessible to them.

In the clinical field, the latest trend around AI utilization frequently involves the augmentation and upskilling of human specialists. For instance, the surgeons working with the assistance of AR are augmented by computer vision through cameras that can help perceive the situation and hand off the data. Another critical use case is automating initial patient contact and emergency to save clinicians’ time for more significant work. Telehealth suppliers use AI chatbots, powered by natural language processing, to accumulate data on symptoms and direct requests to the right medical healthcare experts.

Digital Twins and Simulations

A digital twin is a trend that includes making models informed by real-world information that can be utilized to simulate any system or process.

In healthcare, this pattern envelops the possibility of the “virtual patient” – advanced digital simulations of individuals. It might be restricted to models or simulations of individual organs or systems. Notwithstanding, progress is being made towards valuable models that recreate whole bodies. Current research recommends this is still some way from being a realistic possibility, yet 2022 will witness improvement towards this objective.

Computerized twins of human organs and systems are a nearer prospect. These permit specialists to investigate various pathologies and examinations with medicines without risking individual patients’ well-being while curbing the need for costly human or animal trials. This potential to help the healthcare industry make treatments quick and cost-effective is why digital twin innovation is viewed as a strong tech trend for 2022.

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