ADCS Certified Enterprise Security Professional
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  • CESP Certification
  • 🔥RFS Methodology
    • Pwning
  • 1️⃣ Learn AD CS (Module 1)
    • Active Directory Certificate Services (AD CS)
    • 🟢AD CS Components
    • 🟢Certificate Formats
    • Certificate Attributes
    • Containers in AD
  • 2️⃣ AD CS Attacks (Module 2)
    • Attack
    • Prevention
    • Detection
  • 3️⃣ Basics of AD CS Attacks (Module 3)
    • Tools
    • AV Bypass
    • Payload Delivery
    • 🟢Bypass PowerShell Logging
    • WinRS
    • 🟢Certificate Management
    • 🟢Pass the Cert
    • 🟢UnPAC the Hash
    • 🟢S4U2Self Attack
  • 4️⃣ AD CS Patches (Module 4)
    • 🟢CBA patch
    • 🟢ADCS SID Extension Policy Module
  • 5️⃣ AD CS Enumeration (Module 5)
    • 🥰Methodology
    • Tools
    • 🟢CAs Info
    • Groups
    • Extract the Private Key
  • 6️⃣ AD CS Local Privilege Escalation (Module 6)
    • 🟢CertPotato
    • 🟢ESC1 – Understand the Arbitrary Subject Alternative Name Vulnerability
  • AD CS Domain Privilege Escalation
    • Page 3
  • AD CS Pivoting and Lateral Movement
    • Page 4
  • AD CS Theft and Collection
    • Page 5
  • AD CS Local and Domain Persistence
    • Page 6
  • Abusing Cross Forest and External Trusted CAs
    • Page 7
  • Abusing Azure CBA for Lateral Movement and Persistence on Cloud
    • Page 8
  • Evasion and Bypasses
    • Page 9
  • Group 1
    • Page 2
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  1. 3️⃣ Basics of AD CS Attacks (Module 3)

UnPAC the Hash

Explore our in-depth article on "UnPAC the Hash," a crucial method in cryptography. Unearth its workings, significance, and impact on improving data security measures.

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Last updated 1 year ago

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UnPAC the Hash

UnPAC the Hash is a technique primarily used in cybersecurity to extract Kerberos ticket-granting ticket (TGT) password hashes from Active Directory environments.

This process assists in identifying and mitigating potential security vulnerabilities by analyzing the extracted hashes for weak or compromised credentials.

By "unpacking" these hashes, security teams can effectively monitor and enhance their network's security posture against credential theft and lateral movement attacks.

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