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During the COVID-19 pandemic, the world has witnessed rampant use of digital technology in almost every facet of huma lives. However, these digital techniques like use of mobile apps have certain drawbacks and constrains. These could be addressed with the use of emerging technologies like Internet of Things (IoT). In healthcare, that is Internet of Medical Things (IoMT). A number of ongoing studies show that integrating security measures with technology will lead to the adoption of stable IoMT applications. Emerging IoMT technologies used in conjunction with Blockchain, Artificial Intelligence, and Big Data, provide feasible solutions. The paper focuses on IoMT models, innovations, and security progress made to tackle COVID-19 issues. This paper contains the bibliometric research highlighting the use of disruptive technology for the diagnosis of COVID-19. It reviews the adoption of contactless services in the post-COVID-19 period along with potential opportunities as well as challenging obstacles for healthcare agencies, policymakers, and customers. [ABSTRACT FROM AUTHOR]

During the COVID-19 pandemic, the world has witnessed rampant use of digital technology in almost every facet of huma lives. However, these digital techniques like use of mobile apps have certain drawbacks and constrains. These could be addressed with the use of emerging technologies like Internet of Things (IoT). In healthcare, that is Internet of Medical Things (IoMT). A number of ongoing studies show that integrating security measures with technology will lead to the adoption of stable IoMT applications. Emerging IoMT technologies used in conjunction with Blockchain, Artificial Intelligence, and Big Data, provide feasible solutions. The paper focuses on IoMT models, innovations, and security progress made to tackle COVID-19 issues. This paper contains the bibliometric research highlighting the use of disruptive technology for the diagnosis of COVID-19. It reviews the adoption of contactless services in the post-COVID-19 period along with potential opportunities as well as challenging obstacles for healthcare agencies, policymakers, and customers. [ABSTRACT FROM AUTHOR]

The increase in world population witnesses the birth of strange diseases/viruses such as covid 19 that challenge the present healthcare system, but it also leads to the development of new technologies that help us fight those diseases/ viruses. The Internet of Medical Things (IoMT) is playing a crucial aspect in providing quality health treatment and reducing cost and error for both patients as well as frontline health workers. The goal of IoMT is to develop the advancement of intelligent and effective IoT devices in the health industry that can save countless lives by using advanced sensors and communications devices that help in the early prediction of critical diseases. This paper presents a succinct review of emerging technologies in healthcare, the role of IoMT devices, their applications, and the challenges that arise while implementing them. A discussion has been made on various security threats that come with the development of such devices, and their aftereffects on individuals and on health workers. [ABSTRACT FROM AUTHOR]

Coronavirus, or Covid-19, is a new virus first discovered in Wuhan, China, at the end of 2019. This virus attacks the human respiratory area, which can cause respiratory problems and even loss of life. Covid-19 virus transmission is also high-speed and very easy; it is transmitted through airborne and human droplets. Therefore, to reduce the transmission rate of this virus, several researchers revealed that social distancing is one way to suppress the transmission of the Covid-19 virus. In the era of technology, The Internet of Things (IoT) is one of the systems that can help to solve this problem. The Internet of Things (IoT) cancan use one or more devices connected to the network, and it can exchange data and information effectively and efficiently. In this study, the researchers review several IoT technologies that can be used to detect COVID-19 symptoms and implement social distancing rules based on the latest literature. The review results show that IoT technology has been used to monitor the progress of COVID-19 patients in real-time with various sensors connected to geographic positioning systems, mobile devices, and cloud computing. Several research proposals for the development of IoT technology have been identified, such as the detection of COVID-19 patients in crowds, prediction of the spread of the virus in an area, and implementation of health protocols in various crowded locations. [ABSTRACT FROM AUTHOR]

Health monitoring is a serious concern nowadays as there is a need for regular monitoring of some parameters in our body like temperature, heart rate, oxygen levels etc. In the present scenario, utmost care has to taken towards individual's health. As the world is now facing the issue of Covid 19, there is a shoot-up in the demand for temperature and heart sensors which can detect the temperature and heart rate of an individual. These values upon being measured can be stored in a cloud platform for further analysis. A doctor can remotely monitor a patient looking at the values stored in the database which avoids physical contact with the person. This application is a part of IoT system where there is a flow of data from bottom to top i.e. from device layer to cloud layer. This objective of this paper is providing a system which can monitor the patient's health and provide a basic treatment necessary in case of any medical supervision. [ABSTRACT FROM AUTHOR]

Crime cases involving house breaks and theft are on the rise yearly. It was reported that during the Covid 19 breakout, house breaks cases were rampant. Due to this situation, this project focused on developing gate monitoring and authentication system for landed houses in Malaysia. The proposed system in this paper used the IoT and embedded image processing technique, where Raspberry Pi acted as the main brain of the system combined with embedded face recognition technique. OpenCV and Python are used for the face recognition module with Raspbian OS. The system works when a camera detects and capture an image at the entrance, the system searches the database while a message is sent to the owner through Telegram and the captured image is sent to Gmail, if the captured image is not in the database, no entry is granted and otherwise. The prototype system objectives are to notify owner when there is a visitor, identify the identities of the visitor and authenticate the authority for admission. [ABSTRACT FROM AUTHOR]

Currently humans are employed for temperature screening and mask identification in public places to prevent the spread of COVID-19. We have temperature testing systems for all scanning entrances, but manual temperature scanning has numerous drawbacks. The staff isn't well-versed in the use of temperature scanners. When reading values, there is space for human error. People are often allowed entry despite higher temperature readings or the lack of masks. For large crowds, a manual scanning device is ineffective. Hence there arises a need to have an automatic system that checks for temperature and mask. We propose a fully automated temperature scanner and entry provider system to solve this issue. The system uses a contactless temperature scanner and a camera to capture image. If a high temperature or the absence of a mask is observed, the scanner is connected to a gate like structure that prevents entry. To monitor the entire process, the device uses a temperature sensor and camera connected to a Raspberry Pi system. The main theme of this paper is to automate the entire covid scanning process for reducing risk of spread COVID-19 in highly crowded places such as malls, schools and colleges. [ABSTRACT FROM AUTHOR]

This project's main objective is to eliminate the risk that comes when multiple people come in contact with the same person when he/she checks their temperature and to reduce the wastage of hand sanitizer. To start, the machine has an integrated voice detection unit that will turn on the machine with a simple command like "ON". The machine has an inbuilt temperature sensor that will help check if the person's temperature exceeds the fixed normal temperature range. The sanitizer outlet is designed in a fog dispenser manner which will eliminate frequent contact with the machine and it can detect hands over a range of 0-15 cm. The machine is integrated with an RFID module and a cloud system that helps in employee face recognition. [ABSTRACT FROM AUTHOR]

Medical Surveillance Solutions are the most important in the brief developing country populace enhances demands for caretaking. Covid-19 is as a substitute contagious it is very important to quarantine covid-19 humans but at the equal time medical examiners need to check fitness of covid-19 sufferers moreover. With the boosting kind of instances it's miles turning into tough to preserve a tune on the health and well-being problems of several quarantined humans. Below the encouraged machine design of a Wi-Fi sensor network based upon IoT innovation. It is normally used for accumulating as well as moving the unique sensors tracking data regarding the human beings in healthcare centers. This software consists of Wireless primarily based network (Wi-Fi), having absolutely exceptional sensing gadgets related to the transmitter area the ones are Heart beat sensing unit, Temperature stage sensing unit blood pressure sensor and pulse oximeter. These sensors are straight away connected to the affected man or woman and accumulate the client issues by using way of the use of sensing devices. The same statistics is sending out wirelessly to the receiver location this is with the medical agent and by way of that receiver trouble he'll definitely reap all updates in their clients. And additionally it's going to genuinely deliver voice word to humans to take there medicines suitable time. And one sharp buzzer will in fact there at patient with a view to virtually advocate emergency state of affairs of clients. When patient will press emergency button then the buzzer will be ON. [ABSTRACT FROM AUTHOR]