Edoxi Training Institute offers a specialized Malware and Memory Forensics Course in Dubai, Licensed by KHDA and Accredited by EC-Council. This course is carefully designed for professionals in cybersecurity, digital forensics, law enforcement, and threat intelligence. Our Malware and Memory Forensics Course equips learners with advanced techniques to investigate data leaks, financial crimes, and other cyber-related incidents.
The Malware and Memory Forensics training program places strong emphasis on hands-on learning through EC-Council authorized labs. Participants work directly with infected memory dumps, practice rootkit detection in Windows environments, and engage in reverse engineering of malware to uncover indicators of compromise. These exercises ensure that learners build job-ready skills for effective incident response and digital investigations across industries.
To meet different learning needs, Edoxi offers this training in both a classroom and live online. Both training modes feature interactive virtual labs, flexible schedules, and recorded sessions for review. We also provide a 5-day customized corporate program that is delivered with industry-relevant case studies and the option to fly in a trainer for global teams.
By the end of the course, you gain specialized expertise in malware and memory forensics that is directly applicable to real-world investigations and security operations. Enrol now and gain the critical skills to stay ahead of evolving cyber threats and accelerate your career growth.
Practice with actual (safely contained) malware specimens to develop practical analysis skills and threat identification capabilities.
Access professional-grade forensic environments designed specifically for advanced memory analysis and malware investigation.
Utilize specialized templates for systematic investigation documentation and standardized reporting of memory forensic findings.
Reference comprehensive command guides for efficient memory analysis and rapid incident response in time-sensitive scenarios.
Gain practical experience identifying and analyzing sophisticated kernel-level threats hiding within Windows operating systems.
Develop skills to deconstruct malicious code and extract critical indicators of compromise for threat intelligence.
Digital forensics professionals seeking to enhance their memory analysis capabilities and malware detection skills for complex investigations.
Security professionals looking to strengthen incident response skills and develop expertise in advanced threat detection and analysis.
System administrators and IT security personnel responsible for identifying and mitigating malware threats within their organizations.
Personnel working in cybercrime divisions who need specialized skills for investigating digital evidence in criminal cases.
Professionals focused on understanding adversary tactics who require deeper technical knowledge of malware behavior and capabilities.
Independent consultants providing forensic services who want to offer specialized memory forensics capabilities to their clients.
This intensive course offers dedicated hands-on sessions in EC-Council Authorized labs, featuring customized training environments for safe malware analysis. Participants utilize professional forensic tools, including EnCase, Volatility Framework, DumpIt, and OSForensics for practical memory acquisition and analysis.
Analyze real infected memory dumps to identify malicious processes, network connections, and hidden artifacts using Volatility Framework and specialized plugins.
Apply advanced forensic techniques to detect and analyze kernel-level rootkits, identifying system modifications and persistence mechanisms in compromised Windows systems.
Reverse engineer captured malware samples to determine functionality, command and control infrastructure, and extract vital indicators of compromise for threat intelligence.
Work through authentic case studies based on actual cybersecurity incidents, applying memory forensics techniques to solve complex investigative challenges.
Pursuing the Malware and Memory Forensics course provides a solid foundation for your career path in the cybersecurity sector in Dubai. These roles offer high growth potential and opportunities to work in organizations requiring advanced digital forensic capabilities. The following are the outcomes that you can expect after completing the course;
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Join Edoxi’s Malware and Memory Forensics Course
Here are a few reasons why you should choose Edoxi for the Malware and Memory Forensics Course in Dubai;
Two-time EC-Council ATC of the Year winner, trusted for exceptional cybersecurity certification training.
Train with a globally trusted institute, with centers across the GCC and Europe delivering standardized, high-quality cybersecurity programs.
Edoxi has trained 1,000+ professionals, including corporate trainings, from government entities and major enterprises across the Middle East
Develop advanced forensic investigation skills through Edoxi's Malware and Memory Forensics course, creating a specialized cybersecurity career path focused on threat detection and incident response roles.
Our mentors are leaders and experts in their fields. They can challenge and guide you on your road to success!
Inzamam Nizam
Inzamam Nizam is a Cyber Security & Security Engineer with over six years of experience in offensive cybersecurity, vulnerability research, and application security. His expertise includes mobile (iOS/Android), web, and network penetration testing, secure code review, red teaming, exploit development, and secure architecture assessments. Recognised in the SynAck Hall of Fame for discovering critical security vulnerabilities, he is passionate about helping organisations strengthen their security posture through practical, research-driven approaches.
Throughout his career, Inzamam has led security assessments, adversary emulation exercises, and secure development initiatives across diverse industries, including banking and enterprise environments. He has contributed to innovative cybersecurity projects such as SPELL-BOUND, an open-source adversary emulation framework, GHOSTWARE AI, an AI-powered security assessment platform, and KAEDAE, a behaviour-based keylogger detection solution. Through his writing, he shares practical insights, emerging attack techniques, and defensive strategies to help security professionals stay ahead of the evolving threat landscape.
