Month/Year of Graduation
Bachelor of Science (B.S.)
Dr. Matthew Hale
Cybersecurity professionals attempt to crack password hashes during penetration tests to determine if they are strong enough. A password hash is a way to encode a password securely. This paper describes a proof-of-concept program called CollaborCrack, a team-based password cracking solution. CollaborCrack addresses the issues of computational complexity, remote cracking security, duplication of work, and the cost associated with password cracking. To address computational complexity, CollaborCrack enables remote password cracking. Remote cracking requires additional safeguards, which CollaborCrack mitigates by storing sensitive information locally. To reduce the duplication of work, CollaborCrack provides a shared interface designed around collaboration and teamwork. CollaborCrack reduces costs by decreasing the time it takes to crack groups of passwords and the number of password cracking computers needed. CollaborCrack breaks the traditional password cracking process into two parts: a collaboration client and collaboration server. CollaborCrack’s client serves as a shared password cracking interface for collaborating teams. The client organizes notes and facilitates collaboration among team members. CollaborCrack’s server increases password cracking efficiency while eliminating duplication of effort by allowing multiple team members to submit passwords to the same cracking server. If security professionals adopt this proof-of-concept, CollaborCrack could establish a more efficient and collaborative password cracking experience.
Griess, Andrew, "CollaborCrack: A Collaborative Password Cracking Solution for Windows Penetration Testing" (2021). Theses/Capstones/Creative Projects. 159.
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