Publication Details
Towards Fully Automated Infinitely Scalable and Maximally Effective Password Cracking of Encrypted Documents
FITcrack, hashcat, distributed password cracking
The lecture outlines password-cracking use-cases, employed formats, current
GPU/FPGA performance limits and existing (non-)commercial cracking tools.
Moreover, we will introduce our hypervisor for distributed password cracking that
helps investigators to utilize the potential of their infrastructure. We will
show how to: a) automatically extract hashes from encrypted documents; b) prepare
and evaluate password key space (e.g., generate passwords using Markov chains /
rule-based grammars and handling of passwords containing national characters); c)
orchestrate various cracking strategies (e.g., a combination of dictionaries).
Last but not least, we will speak about our experience when developing our own
GPU-based hardware cracking platform competitive with industry standards from
well-known vendors.
@misc{BUT162469,
author="Vladimír {Veselý}",
title="Towards Fully Automated Infinitely Scalable and Maximally Effective Password Cracking of Encrypted Documents",
year="2019",
pages="33",
address="Praha",
url="https://www.fit.vut.cz/research/publication/12147/",
note="presentation"
}