Certified Malware Reverse Engineering Specialist (CMRES) Workshop

CMRES

Through this practical training, which is being held in partnership with ISACA and ISC2 chapters, cybersecurity experts will be able to use state-of-the-art malware analysis methodologies to deconstruct, analyze, and combat advanced malware attacks. The course offers a methodical way to comprehend dangerous software, reverse engineering methods, and preventative defensive tactics.

Earn 16 CPE credits

Benefits

$130

REGULAR
PARTICIPANTS

$100

LOCAL ISACA & ISC2 CHAPTER MEMBERS 

$80

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Who Should Attend?

Why Attend ​CMRES?

  • Cybersecurity analysts and professionals
  • Threat intelligence analysts
  • Incident response and SOC teams
  • Security researchers and ethical hackers
  • IT administrators responsible for security
  • Anyone interested in understanding malware behavior
  • Learn practical skills to analyze, detect, and respond to malware threats
  • Gain expertise in reverse engineering and behavioral malware analysis
  • Improve skills in threat intelligence and cyber defense
  • Hands-on training with real-world malware samples and analysis tools
  • Enhance career opportunities in cybersecurity and malware research

Why ​CMRES Training Program Is Important?

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Malware attacks are increasing in complexity and frequency

company

Helps organizations proactively detect and mitigate malware threats

personal information

Understanding malware behavior aids in strengthening security defenses

threat analysis

Essential for incident response, SOC, and threat hunting professionals

What Will You Learn?

Malware Analysis Basics

Session 1: Introduction to Malware Analysis
  • Overview of malware types and behavior
  • Malware analysis lifecycle
  • Setting up a safe analysis environment
Session 2: Static Analysis Techniques
  • File metadata and hash analysis
  • Analyzing strings and imports
  • Identifying obfuscation and packers
Session 3: Malware analysis part 1
  • Trojan, Worm
  • Backdoor
  • Virus
  • Spyware
  • Keylogger

Dynamic and Behavioural Analysis

Session 4: Dynamic Malware Analysis
  • Monitoring malware in sandbox environments
  • Identifying network behavior and C2 communications
  • Practical lab: Using sandbox tools
Session 5: Behavioral Analysis in Depth
  • Tracing malware activities on host systems
  • Analyzing registry changes and system calls
  • Hands-on lab: Behavioral monitoring tools

Advanced Malware Analysis

Session 6: Reverse Engineering Basics
  • Introduction to assembly language
  • Windows Executable (PE) file format 
  • Data directories
  • Hands-on: Reverse engineering a sample malware
Session 7: Advanced Techniques
  • Unpacking obfuscated malware
  • Decrypting malicious payloads
  • Practical session: Dissecting advanced malware

Practical Case Studies and Best Practices

Session 8: Malware Attribution and Reporting
  • Mapping malware to threat actors
  • Preparing actionable reports
Session 9: Final Case Study
  • Group exercise: Analysing a ransomware attack
  • Sharing insights and key takeaways

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