AI Cloud Computing & IoT for Healthcare in India & Path Ahead
Dr. Kanav is the health innovator and works toward technology that can enable patients to become co-designer of their health by actively being participants in designing their health and prevention programs.
Healthcare is one of the fastest-growing sectors in India and it is relatively offering a lower-priced treatment options that provide a great opportunity for the growth of various segments across the industry – medical devices, pharmaceutical manufacturers, and healthcare providers.
COVID pandemic has put technology front and centre as relating to healthcare. They say in healthcare it takes a generation for a technology to be adopted. This was certainly true in the past but now with a rapidly changing world, use of technologies has become critical to delivering quality healthcare. At one end lies using telemedicine to enable care and at the other end we have use of AI to help in drug discovery. The field of medical informatics has been leading the charge for the past few years in slowly assimilating technology into healthcare. Time has come to accelerate these efforts.
According to a PwC report - reincarnating the possibility in the Indian healthcare ecosystem with emerging technologies, the Indian healthcare sector has made substantial progress, especially in the last decade. Between 2000 and 2014, there was a 370 percent hike in health expenditure from the government in its strive to improve public health delivery. Moreover, the Union Budget 2018 allocated 3,073 crore INR for creating a digital economy with emerging technologies like Internet of Things (IoT), Artificial Intelligence (AI), Blockchain and 3D printing, to build a modern technology outlook in healthcare delivery and improve productivity and efficiency by minimising humanintervention in electronic medical records(EMRs)/hospital information systems (HISs)/enterprise resource planning (ERP). Our governments digitization plan explicitly includes healthcare and with Ayushman Bharat technology is needed to ensure equitable access and prevent fraudulent billing. Companiessuch as PinkTech Design and Nuverse are developing AI and IOT based tools for Ayushman Bharat. This just shows that we are at the beginning of acceleration of healthtech revolution.
Digital Innovation and Transformation
Major advances in wireless technology and computing power are driving the pace of digitalhealth care innovations and are impacting both clinical and business operations. Machine learning, robotic process automation (RPA), Artificial Intelligence (AI) predictive tools and cloud-based software-as-a-service (SaaS) are being leveraged heavily to improve the healthcare infrastructure. Additionally, better data access and data sharing are improving self- service, personalisation, diagnosis and patient experience. The scope of technological advancements in healthcare is wider than we can imagine, for instance, Blockchain has the potential to enhance trust, collaboration and traceability across a range of segments such as supply chain management, clinical trials, financial transactions and claims processing.
It is evident that technology is revolutionising the healthcare system in India. Several cutting- edge and ideating, pilot programmes around telemedicine, mobile health (m-health), and the Internet of Medical Things (IoMT) have been making advancements in the Indian healthcare ecosystem. Over the last few years, many hospitals both public and private have moved to
online patient registration and service delivery systems, and mobile apps for online payment, appointment booking, test reports and analytics, sharing health tips, and others.
Moreover, the advanced tools and technologies are transforming the industry with the use of data and personalised member outreach and engagement. Technologies like telemedicine are helping bring patients and doctors together, bridging the care access divide. According to the Global Telemedicine Market Analysis, the global telemedicine market is expected to grow at a CAGR of 17.85 percent, reaching $80.61 billion by 2024. Many healthcare institutions are
leveraging social methods to improve communication and collaboration between doctors and patients and also, patients themselves. This is helping in creating self-service based community support groups for various diseases.
Why Technology Integration is Important?
Technology is the most efficient way to achieve the vision of a connected healthcare ecosystem. The latest technological advancements can facilitate the healthcare industry in adopting disruptive technology led service and business models, enhance accessibility and affordability, and move towards making India a global healthcare hub.
Mobile care applications, telemedicine, medical devices in hospitals/clinics, wearables and sensors are all different forms of technology that are dramatically transforming this ecosystem. These tools provision the healthcare service providers to perform their roles more easily, faster and efficiently by automating the logging-on mechanism, real-time updates of patient vitals and providing insights into early detection of diseases. Additionally, technologies help to collect, safely store and share critical patient data. With the help ofanalytics, caregivers are able to provide a much better analysis of the condition and recommendations to the patient.
Leveraging Technology for Powerful Insights
The purpose is to empower healthcare providers with the tools and techniques to deliver better care or eliminate current challenges. For example, AR and VR, in addition to holograms are being used by surgeons for precise surgeries with the help of 3D models of the patient which can be analysed in detail before performing the actual complex surgery.
The system is experimenting with technologies that could think, sense, and act like humans. For example, aspects like NLP are being used to structure the unstructured data entered by clinicians in e-prescriptions. Other key measures include piloting speech to text technology for enabling accurate capture of clinical information in systems, point of care diagnostics in smart ambulances, transfer of vital patient information from point of care to the command
center to provide timely assistance to patients in transit.
AR is increasingly being used in medical education, especially to reduce the count of actual dissections, and to study human anatomy, embryology and histology better. As the focus of healthcare is shifting to personalised care, the adoption of AI assistants and chatbots could help in reducing the workload of doctors and ensuring better service and convenience for patients, in addition to helping them with 24x7 support.
Summing It All Up
The healthcare sector will continue to face multiple challenges, including public health programmes, greater access to health insurance coverage, a fast-growing ageing population, and reduced margins. As advanced technologies start gaining traction in the industry, we will welcome many innovative use cases that can help organisations address these challenges. The industry needs to leverage the opportunities that digital technologies bring to them and build
a structured approach to digital transformation.
Healthcare is one of the fastest-growing sectors in India and it is relatively offering a lower-priced treatment options that provide a great opportunity for the growth of various segments across the industry – medical devices, pharmaceutical manufacturers, and healthcare providers.
COVID pandemic has put technology front and centre as relating to healthcare. They say in healthcare it takes a generation for a technology to be adopted. This was certainly true in the past but now with a rapidly changing world, use of technologies has become critical to delivering quality healthcare. At one end lies using telemedicine to enable care and at the other end we have use of AI to help in drug discovery. The field of medical informatics has been leading the charge for the past few years in slowly assimilating technology into healthcare. Time has come to accelerate these efforts.
According to a PwC report - reincarnating the possibility in the Indian healthcare ecosystem with emerging technologies, the Indian healthcare sector has made substantial progress, especially in the last decade. Between 2000 and 2014, there was a 370 percent hike in health expenditure from the government in its strive to improve public health delivery. Moreover, the Union Budget 2018 allocated 3,073 crore INR for creating a digital economy with emerging technologies like Internet of Things (IoT), Artificial Intelligence (AI), Blockchain and 3D printing, to build a modern technology outlook in healthcare delivery and improve productivity and efficiency by minimising humanintervention in electronic medical records(EMRs)/hospital information systems (HISs)/enterprise resource planning (ERP). Our governments digitization plan explicitly includes healthcare and with Ayushman Bharat technology is needed to ensure equitable access and prevent fraudulent billing. Companiessuch as PinkTech Design and Nuverse are developing AI and IOT based tools for Ayushman Bharat. This just shows that we are at the beginning of acceleration of healthtech revolution.
Digital Innovation and Transformation
Major advances in wireless technology and computing power are driving the pace of digitalhealth care innovations and are impacting both clinical and business operations. Machine learning, robotic process automation (RPA), Artificial Intelligence (AI) predictive tools and cloud-based software-as-a-service (SaaS) are being leveraged heavily to improve the healthcare infrastructure. Additionally, better data access and data sharing are improving self- service, personalisation, diagnosis and patient experience. The scope of technological advancements in healthcare is wider than we can imagine, for instance, Blockchain has the potential to enhance trust, collaboration and traceability across a range of segments such as supply chain management, clinical trials, financial transactions and claims processing.
It is evident that technology is revolutionising the healthcare system in India. Several cutting- edge and ideating, pilot programmes around telemedicine, mobile health (m-health), and the Internet of Medical Things (IoMT) have been making advancements in the Indian healthcare ecosystem. Over the last few years, many hospitals both public and private have moved to
online patient registration and service delivery systems, and mobile apps for online payment, appointment booking, test reports and analytics, sharing health tips, and others.
Moreover, the advanced tools and technologies are transforming the industry with the use of data and personalised member outreach and engagement. Technologies like telemedicine are helping bring patients and doctors together, bridging the care access divide. According to the Global Telemedicine Market Analysis, the global telemedicine market is expected to grow at a CAGR of 17.85 percent, reaching $80.61 billion by 2024. Many healthcare institutions are
leveraging social methods to improve communication and collaboration between doctors and patients and also, patients themselves. This is helping in creating self-service based community support groups for various diseases.
Why Technology Integration is Important?
Technology is the most efficient way to achieve the vision of a connected healthcare ecosystem. The latest technological advancements can facilitate the healthcare industry in adopting disruptive technology led service and business models, enhance accessibility and affordability, and move towards making India a global healthcare hub.
Mobile care applications, telemedicine, medical devices in hospitals/clinics, wearables and sensors are all different forms of technology that are dramatically transforming this ecosystem. These tools provision the healthcare service providers to perform their roles more easily, faster and efficiently by automating the logging-on mechanism, real-time updates of patient vitals and providing insights into early detection of diseases. Additionally, technologies help to collect, safely store and share critical patient data. With the help ofanalytics, caregivers are able to provide a much better analysis of the condition and recommendations to the patient.
Leveraging Technology for Powerful Insights
The purpose is to empower healthcare providers with the tools and techniques to deliver better care or eliminate current challenges. For example, AR and VR, in addition to holograms are being used by surgeons for precise surgeries with the help of 3D models of the patient which can be analysed in detail before performing the actual complex surgery.
The system is experimenting with technologies that could think, sense, and act like humans. For example, aspects like NLP are being used to structure the unstructured data entered by clinicians in e-prescriptions. Other key measures include piloting speech to text technology for enabling accurate capture of clinical information in systems, point of care diagnostics in smart ambulances, transfer of vital patient information from point of care to the command
center to provide timely assistance to patients in transit.
AR is increasingly being used in medical education, especially to reduce the count of actual dissections, and to study human anatomy, embryology and histology better. As the focus of healthcare is shifting to personalised care, the adoption of AI assistants and chatbots could help in reducing the workload of doctors and ensuring better service and convenience for patients, in addition to helping them with 24x7 support.
The purpose is to empower healthcare providers with the tools and techniques to deliver better care or eliminate current challenges
Summing It All Up
The healthcare sector will continue to face multiple challenges, including public health programmes, greater access to health insurance coverage, a fast-growing ageing population, and reduced margins. As advanced technologies start gaining traction in the industry, we will welcome many innovative use cases that can help organisations address these challenges. The industry needs to leverage the opportunities that digital technologies bring to them and build
a structured approach to digital transformation.
