College
College of Engineering and Polymer Science
Date of Last Revision
2023-05-04 10:02:33
Major
Computer Information Systems
Honors Course
2440:490:001
Number of Credits
3
Degree Name
Bachelor of Science
Date of Expected Graduation
Winter 2021
Abstract
A computer network will be built using 3 routers, 1 switch, and 4 computers. The network will be used to simulate the connections between an at home office and the internet. The network will be divided into 3 sub-networks. The routers will be secured using methods like access control lists, changing default admin passwords, and network encryption. The switch will be secured using methods like switchport security and setting access passwords. Once the network is secured, three penetration testing techniques and three exploits will be performed on the network. The results of the exploits and penetration testing techniques will be documented. The home office subnet or a device within the home office subnet will be the target of all attacks within the network. One attack will be launched from PC 1 from another subnet and attempt to harvest router login credentials of a user on the home office subnet. Another attack involves a packet sniffing a transferred file from a client (PC 3) to a server (PC 2) sent using the File Transfer Protocol (FTP). The final attack will involves creating a backdoor on PC-3, using Metasploit, and running post exploitation attacks from PC-4.
Research Sponsor
John B. Nicholas. PhD
First Reader
Stanley H. Smith
Second Reader
Dr. Douglas Hubert
Honors Faculty Advisor
Tim O'Neil
Recommended Citation
Sovine, Mathias, "Preforming a Vulnerability Assessment on a Secured Network" (2021). Williams Honors College, Honors Research Projects. 1349.
https://ideaexchange.uakron.edu/honors_research_projects/1349
Project Proposal
SovineMathias_SeniorProject_ProjectAnalysis.pdf (122 kB)
Project Analysis
SovineMathias_SeniorProject_TestingDocumentation.pdf (1007 kB)
Testing Documentation
SovineMathias_SeniorProject_References.pdf (70 kB)
Project References
Sovine Final Signature Page.pdf (149 kB)
Final Signature Page