CyberSec Notes
  • Bienvenida
    • CyberSec Notes
  • Network Services
    • Port 21 - FTP
    • Port 22 - SSH
    • Port 23 - Telnet
    • Port 25 - SMTP
    • Port 53 - DNS
      • Deploy DNS Server with BIND
    • Port 80/443 - HTTP/HTTPS
      • Wordpress
      • CMS Made Simple (CMSMS)
    • Port 88 - Kerberos
    • Port 386, 636, 3268, 3269 - LDAP
    • Port 445 - SMB
    • Port 1521,1522-1529 - Oracle TNS Listener
    • Port 3128 - Squid
    • Port 5985, 5986 - WinRM
  • Command && Control
    • Sliver C2 [in progress]
  • Ataques en Entornos Windows
    • MalDev
      • AV Evasion
        • Function call obfuscation
      • Code Samples
        • Shellcode Execution C#
        • Shellcode Execution C++
        • Stager HTTP C#
        • Stager HTTP C++
        • Process Inyection C++
        • Process Inyection C#
        • XOR Encrypt C++
    • Directorio Activo
      • Spriying
      • Autenticacion Net-NTLMv2 y tipos de hashes
        • Pass the Hash
        • SMB Relay
      • Autenticación Kerberos
        • Extensiones del protocolo Kerberos (SPNs & PACs)
        • AS_REP Roasting
        • Kerberoasting
        • Silver Ticket Attack
        • Golden Ticket Attack
      • DCSync
      • Mimikatz
      • BloodHound
      • Privilege Escalation
        • PS Credentials in XML format
      • Utils
    • Amsi Bypass
    • Buffer Overflow
      • Stack Based 32 bits [in progress]
        • Windows SLMail 5.5
  • Ataques en Entornos Linux
    • Privilege escalation [in progress]
    • MalDev
      • Simple Reverse Shell
    • Buffer Over Flow
      • Stack Based 32 bits
        • Linux, Vulnerable functions in C programs
    • Persistencia
  • General
    • Host Discovery
    • Reverse Shells Cheet Sheet
    • Pivoting
      • Chisel
      • Port Forwarding
      • Nmap con pivoting
    • Google Dorks [in progress]
    • Denial of Service (DoS)
      • Low and Slow
    • Docker
  • Pentesting Web
    • XML External Entity Injection(XXE)
      • Portswigger Lab #1: Retrieve Files
      • Portswigger Lab #2: Perform SSRF
      • Portswigger Lab #6: Blind XXE to retrieve data via error messages
    • Open Redirect
    • LFI
      • Log Poisoning (Apache, SSH y SMPT)
  • Wireless Pentesting
    • Pre Connection Attacks
      • WEP
      • WPA/WPA2
    • Post Connection Attacks
      • ARP Spoof
    • Fake AP for Captive Portal
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  1. Ataques en Entornos Windows
  2. Directorio Activo

BloodHound

BloodHound uses graph theory to reveal the hidden and often unintended relationships within an Active Directory or Azure environment. Attackers can use BloodHound to easily identify highly complex attack paths that would otherwise be impossible to quickly identify. Defenders can use BloodHound to identify and eliminate those same attack paths. Both blue and red teams can use BloodHound to easily gain a deeper understanding of privilege relationships in an Active Directory or Azure environment.

# Instalación y configuración
apt-get install neo4j bloodhound -y
neo4j console     # Go to the localhost:port of neo4j and configure a user
bloodhound        # connect to the neo4j database

# bloodhound-python
apt-get install bloodhound.py
bloodhound-python -c All -u '<USER>' -p '<PASSWORD>' -d '<DOMAIN>' -ns '<IP-DC>'

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Last updated 1 year ago