Detail výsledku s přesahem do praxe

Towards Fully Automated Infinitely Scalable and Maximally Effective Password Cracking of Encrypted Documents

PLUSKAL, J.

Originální název

Towards Fully Automated Infinitely Scalable and Maximally Effective Password Cracking of Encrypted Documents

Anglický název

Towards Fully Automated Infinitely Scalable and Maximally Effective Password Cracking of Encrypted Documents

Druh

Audiovizuální tvorba

Originální abstrakt

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).

Anglický abstrakt

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).

Klíčová slova

FITcrack, hashcat, distributed password cracking

Klíčová slova v angličtině

FITcrack, hashcat, distributed password cracking

Autoři

PLUSKAL, J.

Vydáno

11.03.2020

Místo

Dubai

Strany počet

33

BibTex

@misc{BUT176602,
  author="Jan {Pluskal}",
  title="Towards Fully Automated Infinitely Scalable and Maximally Effective Password Cracking of Encrypted Documents",
  year="2020",
  pages="33",
  address="Dubai",
  note="Audiovisual work"
}