In the global outbreak of the covid-19 pandemic the cleaning of hands has become most necessary which helps in prevention of germs which indirectly helps in reducing the cause of the diseases not only the covid-19 but various diseases because most of the germs reaches our body through hands while we touch our face of eat something with dirty hands. Now as prescribed by the WORLD HEALTH ORGANIZATION {WHO} to reduce the spreads we have to wash hands thoroughly with soap and water regularly as well as we have to sanitize our hands with the help of the sanitization liquids or gels. The most preferable form of the sanitization of the hands is considered as the use of sanitization liquids as compared to washing hands with soap because sanitizers are much more effective as compared to soaps and can be carried anywhere and can be used just by pouring in hands and rubbing thoroughly without the use of any water. And in another lateral thinking way it is not only helps in reducing the germs but also helps in saving the water. Since squeezing the sanitization bottle at times after times is considered unnecessary and unhygienic automation of the sanitization comes into picture.

Abstract-Medical imaging appliances play a pivotal role in preventive medicine as the industry combat to low patient expense and acquire early disease estimation using nonintrusive methods. There are proprietary software packages which provide fast development for designing image processing algorithms. Another trend is to use open source softwares. With the advancement of VLSI (Very Large Scale Integration) technology, hardware implementation has also become an alternative. Proprietary hardwares provide flexibility, efficient power and timing constraints whereas open source hardwares provide optimum quality and cost constraints. The Present study is useful for image architects, researchers, biologists to learn various proprietary and open sources softwares as well as hardwares utilized for distinct applications of the healthcare industry.