ABSTRACT
Meter reading and billing are time-consuming activities for power, water and gas providing boards. The existing billing system relies on a manual method of taking meter readings, updating the reading in the server and finally generating the bill amount. In this project, the user simply needs to use an Android application to capture and upload the picture of the meter after performing OCR operation. The processing on the image is performed on the server side using Google Colab and Python. The meter reading obtained from OCR processing is sent to the firebase, which is further pushed to the Android application. And finally the Android application displays the meter reading and the bill amount generated. Our project ensures the safety (from communicable diseases like COVID-19) of both the board staff and the customer as they don't come in contact with each other. This project also helps in cutting down on their expenditure by reducing manpower and travel costs. © 2021 IEEE.
ABSTRACT
IOT technology is proved to be one of the key players in attracting the attention towards itself in the recent years, for the potential of it to be the part of our healthcare Systems. Among the applications that Internet of Things (IoT) encouraged to the world, Healthcare applications are generally significant. By and large, IoT has been broadly used to interconnect the high-level clinical assets and to offer brilliant and compelling medical care administrations to individuals. The high-level sensors can be either worn or be implanted into the body of the patients, in order to constantly screen their wellbeing. The proposed system is Health Measure Kit and Finding a Potential Covid-19 Suspect using IOT. The proposed system will determine the health of the person in an all in one portable solution using IOT and android application. This work will not be limited to only a portable Health Measure kit/System but our device can also find a Potential Covid-19 Suspect. The work will consist of SPO2 sensor to determine amount of blood oxygen level in the blood of the user, the heart rate sensor to determine the beats per minute, temperature sensor which can tell the temperature of the user just by positioning the index finger on the sensor and an unique lung capacity checker. Based on the above statistical data, and health score calculation using our system, one can identify a potential suspect case of Covid-19 and send his/her information to the health department of India to decrease and stop spread of virus. Improve the efficiency of checking at entry points for various places. Creating awareness on health issues. Helping government in creating an online health ID for every individual which will/can be linked with their government IDs. © 2021 IEEE.
ABSTRACT
This research paper revolves around Cybersecurity and supports why it is important for an organization to invest in Cybersecurity. In this paper, we have tried to draw a conclusion on how the Cybersecurity landscape will change post-COVID-19. We have discussed the types of attackers, their motives and the threats that are expected to rise post-COVID-19 in detail. Furthermore, we have tried to break down the attacks that can be executed in different industries like IT industry, automobile industry, etc. Finally, we have tried to propose some solutions (SOAR, Sandboxing, etc.) to prevent cyberattacks in the future. © 2021, The Author(s), under exclusive license to Springer Nature Singapore Pte Ltd.