ＨｉｄｅＺｅｒｏＯｎｅ

So you popped a shell, now what? Windows Post Exploitation focuses on four major components of any adversary simulation or red team exercise: enumeration, persistence, privilege escalation, and lateral movement. Each of these steps will be covered in detail with hands-on labs in a custom Active Directory environment. In addition, students will learn several modern techniques to minimize opportunities for detection. This course goes beyond teaching popular tactics, techniques, and procedures. Instead, students will learn how to covertly gather and leverage information about a target environment to achieve their objectives efficiently. A review of each post-ex capability will include discussion on the OPSEC implications and publicly documented detection recommendations. Open-source SIEM rules from Sigma and Elastic will be used as a starting point for avoiding alert generation. No technique is undetectable; the key is understanding an environment’s detection capabilities and choosing the best course of action.

Antisyphon: Windows Post Exploitation w/ Kyle Avery

This is  a collection of Offensive Security’s curated cyber security learning paths These learning paths are designed to provide a comprehensive understanding of various cyber security domains, such as network penetration testing, web application security, wireless security, secure software development, and cloud security . Each learning path is tailored to suit the needs of cyber security enthusiasts, from beginners to advanced learners

 List Of Learning Paths

Security Operations Essentials (SOC-100)

Introduction to Cloud Security (CLD-100)

Introduction to Secure Software Development (SSD-100)

Kali Linux Essentials

OffSec Learning Paths

The RTFM Video Library is an invaluable resource for serious Red Team members who find themselves on critical missions. Led by a seasoned Red Team operator, this high-quality video series delves into various aspects of offensive security, providing practical guidance and insights.

Syllabus

1: Infrastructure Setup
2: Initial Access
3: Situational Awareness
4: User Level Persistence
5: Escalation
6: Lateral Movement
7: Active Directory Enumeration
8: Domain Fortification
9: Hunting for User Workstations
10: Active Directory Forest Compromise
11: Secret Enclave Compromise
12: Pivoting through Tunnels

RTFM – Red Team Field Manual

Enterprises have been working tirelessly to improve their security postures through defense-in-depth approaches. Offensive teams have also been putting in long hours of research into bypassing the latest EDR’s and defensive products that keep them on their toes. Long gone “hopefully” are the days of hurdling an HTA file laced with a download cradle at a mature organization with a “Free iPad” ruse and watching your screen fill with incoming agents. An offense-in-depth approach may be applied to offensive practitioner’s looking for success against organizations well-versed in defending a large enterprise. Today’s organizations have assets in multiple geo regions, networks, cloud services, border hosts, and many of them are tied to the internal network in some way. This course aims to help offensive practitioners successfully exercise their client environments from a multi-faceted approach using the latest TTPs blended with esoteric practices to gain the upper hand on your assessments.

Antisyphon: Enterprise Attack Initial Access w/ Steve Borosh

As penetration testers, we all have a need to establish command and control channels in our customer environments. This can be done under the guise of an “assumed compromise” context or in a more adversarial Red Team context. The age of endpoint detection and response (EDR) solutions and application whitelisting has created significant barriers to commodity/well known malware deployment for adversarial exercises. This class focuses on the demonstration of an Open Command Channel framework called “OpenC2RAT”, and then developing, enhancing, and deploying the “OpenC2RAT” command channel software into a target environment. Students will learn about the internal details of a command channel architecture and methods to deploy in an application-whitelisted context. The class will introduce students to blocks of code written in C#, GoLang, and Python to achieve these goals. In addition, the class will introduce some ideas to deploy existing shellcode such as Cobalt Strike Beacon or Meterpreter within a programmed wrapper to enhance success in the age of modern endpoint defense. Many of the techniques introduced in this class can be used to evade modern defensive technologies.

Antisyphon: Enterprise Attacker Emulation and C2 Implant Development w/ Joff Thyer