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In Deep Security Management Strategy: Vulnerability Assessment Within Educational Institution

S. Putra,M. Lubis,Rd. Rohmat Saedudin

2023 · DOI: 10.1145/3592307.3592326
International Conference on Electronics, Communications and Control · 2 Citations

TLDR

A vulnerability assessment will be carried out on the XYZ University students' final project proposal dashboard website using Nmap and Acunetix tools to find out the vulnerabilities that exist on a website and also solutions that can be implemented to overcome these vulnerabilities.

Abstract

Technology is developing rapidly along with the times; one example of technological developments is the development of the use of websites in daily activities. Many institutions and entities have utilized the use of websites to support their business processes. For example, one of the faculties of XYZ University has used a website to help with administrative activities. One of the websites of the faculties at XYZ University is the final assignment proposal dashboard website which contains plots of the final assignment supervisor and the title of the final assignment. However, with the development of a technology, the development of vulnerabilities or attacks against the technology also increases. Therefore, it is necessary to carry out a vulnerability assessment method to be able to find out the vulnerabilities that exist on a website and also solutions that can be implemented to overcome these vulnerabilities. In this study, a vulnerability assessment will be carried out on the XYZ University students' final project proposal dashboard website using Nmap and Acunetix tools. The accuracy level of nmap is 13.25%, while Acunetix has 100% accuracy with the results obtained after the vulnerability assessment process, namely there are 12 vulnerabilities on the XYZ University student final project proposal dashboard website with Nmap detecting 3 medium risk vulnerabilities and 1 low risk vulnerability while Acunetix managed to detect 2 medium risk vulnerabilities and 6 low risk vulnerabilities