Municipal solid waste, commonly known as garbage, is a waste category comprising of items that are discarded. The waste that is involved is very flagrant, we approach a system called as Involuntary Solid Waste Segregator (ISWS), where the segregation of the waste like metal, glass and plastic, organic and sanitary napkins are carried out. To segregate the metallic waste, a magnetic field is generated with inductive sensor, for glass and plastic and organic waste used capacitive sensor, infrared sensors respectively. Once the waste segregated is amassed in a trash can and the amount is monitored in a server by Internet of things (IoT).
Penetration testing is a mirrored cyber-attack defined for identifying vulnerabilities and flaws in a computer system/Network/Web application-the organization appoints experts to conduct the test and present the details for deeper interpretation. One of the critical components of securing the network is to perform penetration tests of the network and web applications. In this paper, the industry-known OWASP (Open Web Application Security Project) vulnerability tool and three vulnerable web applications in a lab setup are explored and presented with a detailed analysis. Further, three penetration test reports are selected, and comprehensive analysis and reports are generated from the proposed setup. After the observation, it's understood that there is a lack of standardization format of the penetration testing reports. Therefore, this paper presents a format that will cater to the understanding of domain knowledge experts, decision-making bodies, and board members of the top executives of an organization for making further decisions on improving the robustness of their network and web applications.
No abstract
The proposed system is to design and develop a textile sensor. People suffering from kyphosis disease may have a hunchedback appearance due to forward bend in spinal cord. The textile sensor is based on piezoresistivity, where change in resistance is observed due to mechanical bending of the sensor. Thesensor is designed in such a way that it can detect any bend in the spinal cord. The initial design has been developed using a flex sensor. The proposed sensor is made up of five layers in total with a piezoresistive layer sandwiched in between two conductive layers. The top and bottom of the structure is then covered with a dielectric layer to form a complete wearable textile sensor. The performance of the sensor is then analyzed for two outer covers, felt and polyester. The piezoresistive material used in this sensor is velostat. The performance of the flex sensor and the developed piezoresistive textile sensor have been compared and analysed.
Abstract-In this paper we are dealing with the new scheme to provide authentication for files and folders using colours in which the password are generated for every session, that is we have our new password every time you login hence we called it as color scheme authentication for session password. The main purpose for this method is to stricter the authentication, to provide security to our documents in folders and PDF. We have implemented and it proved to be a better technique in providing authentication when compared to textual passwords and other existing techniques.
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