↓Skip to main content

Cybersecurity

IPv6 DNS Takeover with MITM6 in an Active Directory Environment

·4 mins
Blog Cybersecurity Offensive Mitm6 Penetration Testing Ethical Hacking Active Directory NTLM Relay PNPT Exam

Table of Contents #

  1. Introduction
  2. Understanding IPv6 DNS Takeover
  3. Mitigation Strategies
  4. Demonstration Steps
  5. Conclusion

Introduction #

In this blog post, I will walk you through a demonstration of an IPv6 DNS takeover attack using the mitm6 (Man in the Middle for IPv6) tool in an Active Directory (AD) pentesting environment. This type of attack exploits weaknesses in the network’s handling of IPv6, allowing an attacker to become a Man-in-the-Middle (MITM) and relay NTLM authentication requests to a Domain Controller (DC).

Understanding SMB Relay Attacks and Mitigation Techniques

·4 mins
Blog Cybersecurity Offensive Red Team Penetration Testing Ethical Hacking Active Directory SMB

Introduction #

In the world of network security, understanding various attack vectors is critical to safeguarding systems and data. One such attack is the SMB (Server Message Block) Relay attack, which exploits vulnerabilities in the SMB protocol commonly used in Windows environments. This article will explore what an SMB Relay attack is, the steps involved in executing such an attack, and mitigation strategies to reduce the associated risks. Additionally, I will include screenshots and steps from my lab demonstration using the Responder tool and NTLM Relay X.

Understanding LLMNR Poisoning and Mitigation Techniques

·4 mins
Blog Cybersecurity Offensive Red Team Penetration Testing Ethical Hacking Active Directory LLMNR

Introduction #

In this blog post, I discuss a common network attack called Link-Local Multicast Name Resolution (LLMNR) poisoning. This type of attack can be highly effective in capturing NTLMv2 hashes, which can then be used to gain unauthorized access to systems in a Windows environment. I will also share insights on how to mitigate this this type of vulnerability attack, ensuring your network remains secure. To illustrate this attack, I have included screenshots from my recent lab demonstration where I successfully captured NTLMv2 hashes using Responder.