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Cybersecurity ATTACK & DEFENSE: The Foundations, is a comprehensive training program designed to provide the fundamental skills and roadmap needed for a successful career in cybersecurity. The course is divided into three main modules:

ATTACK: This module teaches how elite hackers infiltrate the world’s most secure networks, providing a foundation for careers in penetration testing and red team operations.
RESPOND: This module focuses on how cybersecurity experts protect their organizations against advanced attacks. It covers essential skills for working in incident response and threat hunting.
INVESTIGATE: This module instructs on how to perform a deep investigation of targeted attacks’ tools and malware, including static and dynamic analysis on a malicious file.
The course also includes a bonus module on Fileless Attacks & Targeted Ransomware Attacks1. The curriculum is hands-on and includes real-world scenarios, making it an excellent starting point for careers in incident response and malware analysis.

Unlock the secrets of Windows forensic investigation with my new course! I took my years of experience creating videos on the 13Cubed YouTube channel and set out to develop affordable, comprehensive, and professional training. Whether you’re looking to get into the field, already work in the field but want to step up your game, or just have an interest in digital forensics, look no further. This course is for you!

If you’ve taken Investigating Windows Endpoints (or already have the equivalent knowledge), this is a natural continuation of the content that deep dives into Windows memory forensics. Learn the foundations of how Windows memory is structured, how to acquire memory, how to analyze memory images using Volatility, MemProcFS, and WinDbg, and more! This is for you.

SEC550 explores the art and science of cyber deception as a proactive strategy for detecting, disrupting, and defending against adversaries. Participants will learn to design and implement deception technologies, such as honeypots, honey tokens, and decoy systems, to mislead attackers and gather actionable intelligence. The course covers strategies for embedding deception across networks, cloud environments, and applications, enabling organizations to detect threats early and minimize the impact of attacks. Through hands-on labs and real-world scenarios, SEC550 equips security professionals with innovative tools and techniques to outmaneuver attackers and strengthen their overall security posture.

The course “Attacking and Defending Azure & M365” is a comprehensive training program offered by Xintra. It provides an in-depth understanding of attack techniques, detection, forensics, and mitigation strategies on Azure and Microsoft 365. The course is designed to be hands-on and includes practical labs for real-world learning. It is suitable for individuals interested in cybersecurity, particularly in the context of Azure and Microsoft 365 environments. The course is self-paced, allowing learners to progress at their own speed, and also includes live sessions for interactive learning.

Syllabus

1. Introduction
2. Overview of Azure/M365
3. Setting Up Your Environment
4. Log Analysis Using SOF-ELK
5. Reconnaissance & Enumeration
6. Initial Access Techniques
7. Credential Theft
8. Lateral Movement Techniques
9. Privilege Escalation
10. Persistence Techniques
11. Defense Evasion

Attacking and Defending Azure & M365

SEC661 is a specialized course focused on advanced exploitation techniques for ARM-based architectures. Tailored for experienced security professionals, the course delves into the intricacies of ARM assembly, reverse engineering, and vulnerability discovery. Participants will explore real-world exploitation scenarios, including stack overflows, return-oriented programming (ROP), and bypassing modern mitigation techniques like DEP and ASLR on ARM systems. With hands-on labs and detailed guidance, SEC661 prepares attendees to analyze and exploit vulnerabilities in IoT devices, mobile platforms, and embedded systems, equipping them with the skills to defend against sophisticated attacks targeting ARM-based technologies.