Leet Sheet
  • Leet Sheet
  • TODO
  • Reconnaissance
    • Automated Reconnaissance
    • Domains
    • Scour the Web
    • Metadata
  • Web App Hacking
    • Enumeration
      • Webserver Virtualhost Subdomains
      • Common Identifiers
      • Web Fuzzing
      • Directory Enumeration
        • Automated Directory Enumeration
        • Manual Directory Enumeration
      • Automated Web Technology Detection
    • User Attacks
      • CORS Misconfigurations
      • DNS Rebinding
      • Open Redirect
      • Clickjacking
      • Cross Site Request Forgery (CSRF)
      • Session Fixation
      • XSS/Cross Site Scripting
      • CSS Injection
      • HTML Injection
      • Phishing
    • Database Attacks
      • SQL Injection
      • Get a Shell From DB Connection
    • Server Attacks
      • Collisions
      • Server Side Request Forgery
        • Redis SSRF
      • Insecure Direct Object Reference
      • Timing-Based Side-Channel Attacks
      • Attacking Authentication Methods
        • JWT Attacks
        • Brute Forcing Web Forms
      • Loose Comparisons
      • Unrestricted File Upload
      • Insecure Deserialization
      • Command Injection
      • Path Traversal
      • File Inclusion
      • Server-Side Template Injection
      • XML External Entities Injection (XXE)
      • Server Misconfigurations
      • Parser Inconsistencies
      • Bypassing WAFs
    • DNS Attacks
    • Cloud Attacks
      • Amazon Web Services
    • Interesting Outdated Attacks
      • SQL Truncation
  • Network Hacking
    • General Enumeration
    • RPC
    • LDAP
    • SMB
    • SNMP
    • WMI
    • SSH
    • Kerberos
    • NTLM
    • Man-In-the-Middle (MITM)
    • WinRM
  • Post Exploitation
    • Windows
      • CLI Tips
      • Shells
      • Windows Script Host
      • Windows Privilege Escalation
        • Enumeration
        • JuicyPotato/RottenPotato
        • Kernel Exploits
        • Unquoted Service Paths
      • Active Directory
      • Dumping Passwords
      • NTLM Hash Theft
    • Linux
      • Port Forwarding
      • Shells
      • Linux Privilege Escalation
        • Enumeration
        • SUID Bit
        • Dot (.) In PATH
        • Escape From Restricted Shell
        • Symlink Trickery
        • Wildcard Injection
        • Docker group/LXD group
        • Password Reuse
      • Backdoors
    • Docker Container
    • General
  • Various
    • CVEs
    • SSH Agent Hijacking
    • Password Cracking
    • Cryptography
    • Non-Hacking
    • Malware
    • Forensics
      • Reading Keystrokes from USB PCAP Data
  • Binary Exploitation
    • Resources
    • Base Knowledge
    • Format String Exploits
    • Stack Smashing
    • Heap Exploits
    • Time-of-Check to Time-of-Use (TOCTOU)
    • Shellcode
    • Decompilation
    • Debugging
    • Exploit Mitigations and Protections
    • Exploit Protection Bypassing
    • Passing Input
    • Fuzzing
    • Automatic Exploitation
  • Physical Security
    • Mechanical Locks
    • Electronic Locks
    • Other Attacks
    • Destructive Entry
    • Elevator Attacks
  • Social Engineering
    • Phishing
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On this page
  • SSLStrip
  • Evil Twin
  • ARP Spoofing
  • DNS Takeover With mitm6
  • WPAD

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  1. Network Hacking

Man-In-the-Middle (MITM)

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Last updated 2 years ago

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SSLStrip

If you have already achieved MiTM, then you can attempt to steal credentials by stripping the HTTPS off sites. When the victim tries to connect, you establish an HTTPS connection to the site while passing unencrypted HTTP to the victim.

This is mitigated by HSTS.

Evil Twin

You can use a WiFi Pineapple to pretend to be a wifi access point. If clients connect to it, then you can MiTM sites.

ARP Spoofing

The ARP protocol is insecure and you can get MITM by ARP spoofing to indicate that the IP of a machine has the MAC of our device.

DNS Takeover With mitm6

mitm6 is a tool that exploits the default configuration of Windows to take over the default DNS server. It does this by replying to DHCPv6 messages, providing the victim a IPv6 address and setting the attacker as default DNS server.

For a full explanation of the attack, see the. Mitm6 is designed to work together with for WPAD spoofing and credential relaying.

WPAD

Many browsers use Web Proxy Auto-Discovery (WPAD) to load proxy settings from the network. A WPAD server provides client proxy settings via a particular URL (e.g., http://wpad.example.org/wpad.dat) upon being identified through any of the following:

  • DHCP using code 252 entry

  • DNS, searching for the wpad hostname in the local domain

  • Microsoft LLMNR and NBT-NS (in the event of DNS lookup failure)

You can use Responder to:

  • Get MITM

  • Steal (and potentially downgrade from v2 to v1 beforehand) the NTLM Hash

Mitigation: disable “auto detect proxy” in browser.

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