Malware Analysis Training
Introduction to Malware Analysis
Gain an understanding of malware analysis, including its importance, types of malware, and the fundamental techniques used in analyzing and mitigating malware threats.
Setting Up a Malware Analysis Environment
Learn how to set up a safe and effective malware analysis environment. Understand the tools and best practices for configuring virtual machines, sandboxes, and other resources for malware analysis.
Static Analysis Techniques
Explore static analysis methods for examining malware. Learn how to analyze binary files, review code and file structures, and utilize tools for disassembling and decompiling malware.
Dynamic Analysis Techniques
Dive into dynamic analysis techniques for observing malware behavior in real-time. Learn how to monitor system activities, network communications, and process interactions to understand malware functionality.
Reverse Engineering Malware
Discover the principles of reverse engineering malware. Learn how to deconstruct and analyze malicious code, uncover hidden functionality, and identify the underlying mechanisms used by malware.
Behavioral Analysis and Detection
Understand how to analyze and detect malware based on its behavior. Learn about behavioral patterns, indicators of compromise (IOCs), and techniques for identifying malicious activities.
Malware Family Classification
Explore methods for classifying different families of malware. Learn to identify malware variants, understand their propagation methods, and recognize common characteristics of various malware families.
Incident Response and Remediation
Learn about incident response strategies and remediation techniques for dealing with malware infections. Understand how to respond to security incidents, contain and eradicate malware, and recover from attacks.
Advanced Malware Analysis Techniques
Explore advanced techniques in malware analysis, including unpacking obfuscated malware, analyzing rootkits, and understanding advanced evasion techniques used by modern malware.
Hands-On Labs and Case Studies
Engage in hands-on labs and case studies to apply your malware analysis skills. Work on real-world scenarios to develop practical experience in analyzing and mitigating malware threats.
Malware Analysis Syllabus
1: Introduction to Malware
- Definition and Types of Malware
- Malware Lifecycle and Stages
- Goals and Objectives of Malware Analysis
2: Malware Collection and Handling
- Sources of Malware Samples
- Legal and Ethical Considerations
- Handling and Storing Malware Safely
3: Static Analysis Techniques
- File Identification and Classification
- File Format Analysis (PE, ELF, etc.)
- Strings and Metadata Extraction
4: Dynamic Analysis Techniques
- Setting Up a Virtual Environment
- Monitoring System Behavior
- Analyzing Network Traffic
5: Behavioral Analysis
- Identifying Malware Behaviors
- Process and Memory Analysis
- Registry and File System Monitoring
6: Code Analysis
- Disassembly and Decompilation
- Code Execution Flow Analysis
- Identifying Anti-Analysis Techniques
7: Malware Families and Variants
- Common Malware Families (Viruses, Worms, Trojans, etc.)
- Variant Analysis and Similarities
- Indicators of Compromise (IOCs)
8: Reverse Engineering Basics
- Introduction to Reverse Engineering
- Tools and Techniques for Reverse Engineering
- Practical Exercises in Reverse Engineering Malware
9: Malware Mitigation and Defense
- Prevention Strategies and Best Practices
- Incident Response and Handling
- Case Studies of Recent Malware Attacks
10: Emerging Threats and Trends
- IoT Malware
- Ransomware and Cryptojacking
- AI and Machine Learning in Malware
11: Legal and Ethical Issues
- Laws and Regulations Related to Malware Analysis
- Ethics of Malware Research
- Responsible Disclosure
Advanced Topics
1: Advanced Static Analysis
- Advanced File Format Analysis (e.g., Dissecting Complex File Structures)
- Code Obfuscation and Anti-Reversing Techniques
- Advanced String Analysis and Encoding Schemes
- Identifying and Analyzing Embedded Executables and Shellcode
2: Advanced Dynamic Analysis
- Evading Malware Detection Mechanisms (Sandbox Evasion, Anti-VM Techniques)
- Advanced Malware Behavior Analysis (e.g., Polymorphism, Metamorphism)
- Deep Packet Inspection and Protocol Analysis for Network Traffic
- Automated Dynamic Analysis Frameworks and Tools
3: Advanced Code Analysis
- Advanced Disassembly Techniques (e.g., IDA Pro, Ghidra)
- Analyzing Complex Malware Execution Flows
- Debugging Malware with Advanced Techniques (e.g., Kernel Debugging)
Training
Basic Level Training
Duration : 1 Month
Advanced Level Training
Duration : 1 Month
Project Level Training
Duration : 1 Month
Total Training Period
Duration : 3 Months
Course Mode :
Available Online / Offline
Course Fees :
Please contact the office for details