C5W MALWARE ANALYSIS - VIRTUAL LIVE TRAINING
Live, hands-on training to prepare you for the CCMA certification with core malware analysis concepts and practical skills.
The volume and complexity of malware threats continue to grow every year. Organizations need skilled analysts who can identify, dissect, and understand malicious code to determine what it does, how it got there, and how to defend against it. This type of work requires more than general IT knowledge, it demands specialized skills in reverse engineering, malware behavior analysis, and threat intelligence.
Cyber5W Malware Analyst Training is designed to guide students through the full malware analysis process, from static and dynamic analysis to extracting IOCs and writing professional malware reports. Using an experiential learning approach, students investigate real-world malware cases in a controlled environment, gaining the practical experience necessary to analyze, interpret, and respond to threats effectively.
This training covers core content required to pursue the upcoming Cyber5W Certified Malware Analyst (CCMA) certification and includes topics such as PE file analysis, debugging, injection techniques, shellcode, obfuscation, YARA rules, and more.
Live Training: Instructor (40 hour) | Materials | Certification Exam
The course material includes over 55+ Hands-on Labs and Exercises
All sessions starts from 9 AM to 1 PM (Eastern Time) or upon a mutual agreement
🎉 Early Bird Discount: Special pricing available for early registrants each training!
Use the discount codes below and receive 40% off while seats last.
$2,250.00
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$2,250.00
Buy Now
$2,250.00
Buy NowAfter completing this course, students will be able to demonstrate how to analyze malware, extract IOCs, and write a report about their analysis.
After completing this course, the student will be able to perform the following:
Ability to Analyze Malware using Different Tools and Sandboxes
Learn assembly x86/x64
Learn how to reverse engineer and debug malware
Ability to analyze malware with different injection techniques
Learn about malware persistence, obfuscation, and anti-analysis techniques
Learn how to locate and analyze malware using shellcode
Ability to analyze malware written using managed languages, such as: .NET, HTA, VBScript, Python, and JavaScript
Ability to extract IOCs from malware samples and turn them into YARA rules
Learn how to write malware analysis reports
This course is designed for learners with no prior experience in malware analysis. However, having a basic understanding of computer science concepts, including operating systems, programming, or assembly language, is highly recommended to maximize your learning experience.
Note: Learners must be comfortable installing software and working with virtual machines using a hypervisor (e.g., VMware, VirtualBox). You should be able to independently set up and manage virtual environments, as this will be essential for completing the hands-on labs.
Unlock the skills needed to identify, analyze, and understand modern malware threats in a hands-on, guided environment. This training bridges the gap between theory and practice by walking you through real-world malware samples, live debugging, static and dynamic analysis techniques, and behavior monitoring. Whether you’re pursuing a career in digital forensics, incident response, or threat intelligence, this course provides the core foundation and investigative techniques required to detect, dissect, and defend against malicious software in today’s evolving threat landscape.
This training is ideal for cybersecurity professionals, digital forensics analysts, SOC analysts, blue teamers, and anyone looking to strengthen their malware analysis capabilities. Whether you're a beginner aiming to break into the field or an experienced analyst seeking to refresh or enhance your skills, this course provides a structured and practical approach to understanding how malware works, and how to investigate it effectively.
what you need to for the course
To ensure the best experience, participants should have access to a system capable of running virtualization software (e.g., VMware Workstation or VirtualBox) with at least 8 GB of RAM and 40 GB of free disk space.
We highly recommend using our hosted virtual lab environment, which will be provided as part of the course. This eliminates the need to set up local VMs and ensures you can follow along with all hands-on activities in a safe and controlled setting.
Refund requests for In-person and Online Virtual Training are accepted before the refund deadline and as long as the online course has not been accessed. To initiate a refund, please submit your request to [email protected]. The registration fee will be refunded, minus a $50 refund processing fee, to the original payment method. Please be advised that CYBER 5W OnDemand Courses are non-refundable and non-transferable once payment has been completed and course material has been accessed.