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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.

Syllabus

Welcome and Introduction
Initial Setup
Foundations of Memory Forensics
Acquiring Memory
Poor Man’s Memory Forensics
Memory Analysis with Volatility
Malware Memory Analysis with Volatility
Memory Analysis with MemProcFS
Malware Memory Analysis with MemProcFS
Introduction to WinDbg
Additional Content
Knowledge Assessment

Investigating Windows Memory

SEC550 will provide you with an understanding of the core principles of cyber deception, enabling you to plan and implement cyber deception campaigns to fit virtually any environment. You will be able to turn the tables on attackers so that while they need to be perfect to avoid detection, you need to be right only once to catch them.

Syllabus

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 designed to break down the complexity of exploit development and the difficulties with analyzing software that runs on IoT devices. Students will learn how to interact with software running in ARM environments and write custom exploits against known IoT vulnerabilities.

SEC661.2: Exploiting IoT Devices

SEC661: ARM Exploit Development

High-profile cybersecurity attacks indicate that offensive attacks are outperforming defensive measures. Cybersecurity engineers, auditors, privacy, and compliance team members are asking how they can practically protect and defend their systems and data, and how they should implement a prioritized list of cybersecurity hygiene controls. In SANS SEC566, students will learn how an organization can defend its information by using a vetted cybersecurity control standard. Students will specifically learn how to implement, manage, and assess security control requirements defined by the Center for Internet Security’s (CIS) Controls. Students will gain direct knowledge of the CIS Controls and ecosystem of tools to implement CIS controls across organizations complex networks, including cloud assets. 17 Lab Exercises and a program management simulation.

SEC566.1: Introduction and Overview of the CIS Critical Controls
SEC566.2: Data Protection, Identity and Authentication, Access Control Management, Audit Log Management
SEC566.3: Server, Workstation, Network Device Protections (Part 1)
SEC566.4: Server, Workstation, Network Device Protections (Part 2)
SEC566.5: Governance and Operational Security

SEC566: Implementing and Auditing CIS Controls