BlackHat Europe Training [2020]

In today’s digital landscape, the prevalence of sophisticated malware and cyber threats poses significant challenges to organizations and cybersecurity professionals. To effectively combat these threats, it’s imperative to equip oneself with advanced analysis and investigative techniques. The “Mastering Malware Analysis and Memory Forensics” training offers a comprehensive curriculum designed to arm cybersecurity practitioners with the skills needed to detect, respond to, and investigate complex malware attacks.

Understanding the Fundamentals: The training begins with an introduction to malware analysis, covering the basics of malware, its behavior, and the importance of analysis techniques in cybersecurity. Participants learn how to set up a secure and isolated lab environment conducive to malware analysis, ensuring safety while conducting investigations.

Static and Dynamic Analysis: Participants delve into the intricacies of static and dynamic analysis, essential techniques for dissecting malware samples and understanding their behavior. Through hands-on labs, attendees learn how to extract valuable metadata, fingerprint malware, and monitor its interaction with system resources such as processes, filesystems, registries, and networks.

Code Analysis and Reverse Engineering: The course provides insights into code analysis and reverse engineering, crucial skills for unraveling the functionality of malware. Participants explore tools like IDA Pro and x64dbg to dissect malicious code, reverse engineer malware functionalities, and uncover covert operations such as downloaders, droppers, keyloggers, and fileless malware.

Memory Forensics Mastery: A significant focus of the training lies in memory forensics, a powerful technique for investigating malware and digital intrusions. Attendees learn how to acquire memory images from suspect systems, use advanced memory forensics frameworks like Volatility, and analyze process, registry, and network activities to uncover malicious behavior.

Hands-on Investigations and Case Studies: Throughout the training, participants engage in hands-on exercises and scenario-based labs, simulating real-world malware investigations. From identifying malware processes to detecting persistence mechanisms and investigating network activities, attendees gain practical experience in combating advanced threats.

Expert Guidance and Trainers: Led by seasoned cybersecurity professionals Monnappa K A and Sajan Shetty, the training provides expert guidance and insights garnered from years of industry experience. With a focus on practicality and real-world relevance, the trainers empower participants to apply their newfound skills effectively in their roles.

Key Takeaways and Audience: Upon completion of the training, participants walk away with a wealth of practical skills and knowledge, including:

• Understanding of malware analysis techniques and Windows internals
• Ability to create a secure lab environment and conduct static, dynamic, and code analysis
• Proficiency in memory forensics, including memory acquisition and analysis with Volatility
• Techniques for investigating malware processes, registry, and network activities
• Insights into rootkit detection, code injection, and memory forensics in sandbox environments

The training is suitable for a wide range of cybersecurity professionals, including forensic practitioners, incident responders, malware analysts, system administrators, and security researchers. Whether you’re a seasoned professional looking to enhance your skills or a newcomer seeking to enter the field of cybersecurity, this training provides a comprehensive and practical foundation for mastering malware analysis and memory forensics.

Conclusion: In the ever-evolving landscape of cybersecurity, staying ahead of advanced malware threats requires continuous learning and adaptation. The “Mastering Malware Analysis and Memory Forensics” training equips cybersecurity professionals with the tools, techniques, and expertise needed to effectively detect, respond to, and investigate complex malware attacks, ultimately bolstering the resilience of organizations and safeguarding critical assets against cyber threats.