Multipurposed Intelligent ID Card for Social Distancing & Safety Emergency alert systems

This proposed invention is related with multipurpose device which is intelligent id card provided to the employee will help track and trace by connecting to the respective corporate server network. This server acts as a central intelligence and provides a dashboard that will help set up and get data and insights. These constantly monitor the smart cards and transmit their position to the central system. Many important multi-tasking tasks can be performed using this smart ID card which has the ability to provide real-time location information and also automatically identify if the person is where they should be. Accidents, such as a person walking into a danger zone, can be easily reported. In the event of a fire, you can quickly find the total people count along with the latest positions. The crowding of places such as offices, shops, workplaces, bathrooms, canteens, etc. it can be reported in real-time in order to avoid any infections. The temperature measurement alone is useless if the readings are not associated with the employee and are recorded to analyses trends. The proposed ID card will keep track of the number of times the employee has washed their hands. If not, a social notification will be raised. With real-time monitoring, you can easily provide daily attendance data to HR for payroll calculation and contract work invoice review. The employee's Bluetooth tag will help track time spent within the authorized area and will sound an alarm if the person enters a danger zone, all in real-time. The employee tag will allow the employee to send an SOS signal in case of any danger or panic situation. It will not be necessary to keep an attendance register. The tag will automatically record the time of entry and exit. A body sensor attached to the ID card will detect if the card is moved away from the body and kept aside. Hence, there is no possibility of cheating. The battery inside the card would last 5 to 10 years. IP 65, therefore resistant to water and rain. No maintenance is required. Keywords: Covid-19 study, Safety Device, Health Tracking, Social distancing, smart id.

The power of Social Media in a Pandemic: The Case of Smoke-Free Beijing’s Catering Industry

Purpose: This study examined how the catering business quickly responded and recovered from the threats caused by COVID-19 with the use of social media in Beijing, China. It evidences how various catering businesses in Beijing continued to pursue their businesses after restrictive social distancing measures were imposed. Methodology: Unstructured face-to-face interviews were conducted with nine restaurant managers in Beijing, who worked during both waves of the pandemic in the spring and fall of 2020. Findings: COVID-19 further strengthened the smoke-free law enforcement in Beijing for the catering business. The Chinese consumers were found to replace restaurant consumption with stay-at-home delivery. Caterers consider social media platforms as essential tools for digital-led customer interaction in a pandemic, but also show concerns about the market power of these platforms. The Chinese government successfully implemented its health tracking app into popular local social media platforms in the battle against COVID-19, and enabled businesses to continue functioning. Value: COVID-19 not only disrupts our daily lives, but it has significantly impacted and improved a smoke-free environment, and it has accelerated the catering business to actively embrace technology which led to remarkable innovations. Integrating health tracking apps into popular and highly penetrated social media platforms is considered as one significant success factor for the containment of the coronavirus and a great help in restoring consumer confidence, leading to purchasing action. This research offers a Chinese inside view of the power of social media to enhance customer interaction and business performance even during a pandemic, profiting both businesses and consumers alike. Implications are raised for similar integration of health apps elsewhere.

AUTOMOTIVE HEALTH TRACKING USING IOT AND ARDUINO

This paper is concerned with the development of an embedded system for detecting the vehicle condition by monitoring the internal parameters used in evaluating the vehicle's current health condition. An in-vehicle embedded system is being developed in this project to generate a vehicle health report (VHR) whenever the user requires it. It predicts future errors, allowing the driver to travel without interruption and avoid accidents. As a result, it warns the driver of potential errors and assists him in driving safely. The data needed to generate the health report is made up of parameter values (outputs of in-built sensors) from various systems inside the vehicle. Our framework is based on the Arduino and IoT stages, which are used to separate various parameters, for example, motor warming and fuel pipe blockage, for safe and cautious driving. The data is sent to IoT, where it can be checked by both the vehicle manufacturer via distributed computing and the vehicle owner via the Android application. The equipment unit consists of an Arduino, a WI-FI module, a portable Androidbased device, and a unique parameter checking sensors module. The ESP8266 WiFi Module is a self-contained SOC with integrated TCP/IP protocol stack that can give any microcontroller access to your WiFi network, which is used in current generation automotive.

FRAMEWORK FOR TRACKING FITNESS USING DATA ANALYTICS

— Today, all the devices around are built with the capacity to produce and store data in its most relevant form. Unless and until interesting insights and data which are meaningful can be extracted, the data stored will be of no use. Fitness tracking smart watches like fitbit track and store data like the number of steps walked, the quality of sleep, heart rate (beats per minute), the number of calories burned in a particular day and many other various activities. From this health tracking system, the fitbit application gathers a huge amount of data and allows us to analyze the fitness data collected by the application. By employing techniques like data exploration, modelling, deploying and integrating, we will be able to arrive with very useful insights.

Emergence of new SARS-CoV-2 variant under investigation in Saudi Arabia

Genomic surveillance helps public health tracking the path of a pandemic, understand its transmission route, and how quickly the virus is spreading and adapting through mutation and recombination. In late 2020, the Infectious Diseases Research Department (IDRD) at King Abdullah International Medical Research Center (KAIMRC) initiated a surveillance program focused on monitoring the dissemination of SARS-CoV-2 variants by sequencing the receptor-binding domain (RBD) of 20 to 32% of all community-acquired SARS-CoV-2 positive cases identified from November 2020 to February 2021 at King Abdulaziz Medical City (KAMC) in Riyadh. Sequence analysis detected among sequenced isolates a SARS-CoV-2 variant harboring an N501T substitution in the receptor-binding domain (RBD). COVID-19 cases linked to this new variant under investigation, first detected in isolates from November, grew exponentially in 2021 to account alone for more than 62 % (142/228) of all SARS-CoV-2 positive cases studied in February, thus suggesting that this variant might have increased transmissibility. Genome sequencing showed that this variant has evolved from the pangolin lineage B.1.1 and diverged from the original strain of Wuhan in China by ten amino acid changes located in ORF1a (P3359L and Q3729K), ORF1b (P314L), spike (S) protein (F157S, N501T, D614G), ORF6 (F2S) and nucleocapsid (N) protein (I84V, R203K and G204R). Isolates belonging to the new variant were further split into two sub-groups based on additional changes in the spike. Of these, one sub-group carried the Y144*, G257S, T859N and A899S variations combined, while one carried the H49Y variation alone. Patients infected with this new variant did not show any increase in the severity of infections. The rapid rise of the new variant among community-acquired SARS-CoV-2 cases suggests a national spread, although this needs to be further assessed carefully.

Analysis of consumers’ negative perceptions of health tracking in insurance – a value sacrifice approach

Purpose This paper explores and identifies customer-value-related sacrifices that consumers attach to interactive health/life insurance. This paper aims to increase understanding of why individual consumers are not willing to embrace behaviour-tracking-based insurance applications. Design/methodology/approach The authors analysed data from a qualitative survey of Finnish insurance consumers who were not keen on adopting interactive insurance products. Findings Developed through thematic analysis, the framework presented in this paper illustrates consumers’ value sacrifices on four dimensions: economic, functional, emotional and symbolic value. Research limitations/implications The framework and insights emerging in the study hold several implications related to increased understanding of consumers’ perceptions of insurance and to developing interactive insurance services. In addition, this work provides a promising foundation and avenues for further considerations related to digital ethics in insurance. Originality/value To the best of the authors’ knowledge, this paper is the first piece applying a value sacrifice perspective in studying consumers’ unwillingness to adopt interactive insurance products.

Policing in the COVID-19 pandemic: are rural police organizations immune?

PurposeThis study examined how rural police agencies have responded to the COVID-19 pandemic.Design/methodology/approachUsing data from various sources, this study first analyzed what factors influenced agency preparedness to respond to pandemics. Second, it examined how the pandemic influenced specific organizational practices.FindingsFindings revealed that as coronavirus infections increased in counties, supervisors were more likely be tasked with inspecting personal protective equipment (PPE), agencies were more likely to offer pandemic related training, health tracking of officers was more likely to occur and agencies were more likely to encounter a shortage of officers. In addition, as rurality increased, agencies were more likely to offer training but less likely to experience officers contracting COVID-19 and an officer shortage. Lastly, as the rurality of the county in which the agency resides increased, the ability to supply PPE decreased.Practical implicationsBased on these findings, it is imperative that rural police agencies give attention to risk management and the formulation of policy to prepare for public health emergencies.Originality/valueWhile knowledge about how large police agencies in the United States have responded during the coronavirus pandemic is building, little is known about rural policing during pandemics.