Besides, most of such solutions are isolated and stand-alone solutions fail centralized approach. While there are some case studies presenting the use of medical sensors, remote healthcare support and intelligent solutions for diagnosis and monitoring, ,, , the implantation of such systems is only limited to very few and privileged healthcare services. In the current healthcare systems, while the technology has penetrated up to some extent, yet it is a long way to reach the desired outcomes. This prevailing situation urges immediate action to transform the conventional healthcare infrastructure to a more resilient, technology driven and self-sustainable healthcare system. In the current health crisis, the healthcare institutes are under immense pressure, primary healthcare staff are highly vulnerable, and medical equipment is scarce. Let alone the developing nations, even in the most advanced countries in the world, the healthcare infrastructure was not developed to cope with such scales of health disasters. While the healthcare system was barely sustaining day to day pressure, COVID-19, brought it to the verge of collapse. The limitations of conventional healthcare sector were further highlighted with the recent episode of coronavirus (COVID-19). Increasing number of old-age patients, rise in chronic diseases, and increasing world population have been leading causes of additional stress on the healthcare sector. Over the years, a continuous decline in the healthcare sector has been witnessed. It also brings in great potentials for smart-health solutions with enhanced patient observation, monitoring, support, and prediction of vital needs essential in emergency situations. ![]() This facilitates remote patient-monitoring and safeguards healthcare providers from coming in direct contact with the patient and highly infectious and contagious work environment. The use of cloud services integrated with IoT allows the collection, analysis, and provisioning of support and solution at a rapid rate. ![]() A smart environment can be created with the collected data from patients, medical equipment, hospitals, ambulances, recovery centers, old-age houses, and nursing homes. In such circumstance IoT and cloud computing offer sufficient potential that can be used for monitoring, diagnosis, support, and intelligent decisioning. The limited number of healthcare staff and limited resources urge the use of emerging technologies to support healthcare provision. Such an unprecedented load of healthcare requirements can be supported with Internet of Things (IoT) and cloud services. With a worldwide impact it has highlighted the maximum capabilities and limitations in the existing healthcare facilities worldwide. The healthcare sector has been stretched to its maximum capacity with the outbreak of coronavirus.
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