Malware Development & Evasion Mastery

Course Overview

This intensive 4-week program is designed for cybersecurity professionals who want to understand malware from the ground up. You'll learn to build sophisticated malware, implement advanced evasion techniques, and understand how threat actors operate in the real world.

Through hands-on labs, real-world case studies, and expert mentorship, you'll gain practical skills that directly translate to both offensive and defensive security roles. This course bridges the gap between theoretical knowledge and practical application.

By the end of this program, you'll have developed your own shellcode loader, mastered Windows Defender evasion, and understand the complete malware development lifecycle from conception to deployment.

What You'll Learn

Shellcode Loaders

Build your own custom shellcode loaders from scratch using various techniques and methodologies

AV Evasion

Master Windows Defender and other AV evasion techniques used by real threat actors

Payload Development

Create advanced payloads with encryption, obfuscation, and anti-analysis features

Detection Bypass

Learn anti-analysis techniques and methods to bypass modern security solutions

Real-World Scenarios

Study actual malware samples and understand how they operate in production environments

Defensive Countermeasures

Understand detection mechanisms to better defend against similar attacks

Course Curriculum

Week 1: Foundations & Setup

Introduction to malware development
Development environment setup
Windows API fundamentals
Process injection basics
Memory management techniques
Lab: Basic process injection

Week 2: Shellcode Loaders

Understanding shellcode and payloads
Direct memory allocation techniques
Process hollowing
DLL injection methods
Thread hijacking
Lab: Build custom shellcode loader

Week 3: Evasion Techniques

Windows Defender internals
Signature-based evasion
Behavioral analysis bypass
Code obfuscation methods
Encryption and packing
Lab: Evade Windows Defender

Week 4: Advanced Topics

Anti-analysis techniques
Sandbox evasion
Debugger detection
VM detection and bypass
Persistence mechanisms
Final project: Complete malware suite

Prerequisites

To get the most out of this course, you should have:

Solid understanding of Windows operating system internals
Proficiency in at least one programming language (C/C++, Python, or C#)
Basic knowledge of assembly language
Understanding of networking fundamentals
Familiarity with cybersecurity concepts
Experience with debugging tools (WinDbg, x64dbg, etc.)
Access to a Windows development environment

Learning Outcomes

Upon completion of this course, you will be able to:

Develop custom shellcode loaders using multiple injection techniques
Implement effective AV evasion strategies against modern security solutions
Create sophisticated payloads with anti-analysis capabilities
Understand and bypass common detection mechanisms
Analyze real-world malware samples and understand their operation
Apply defensive countermeasures based on offensive knowledge
Build a complete malware development workflow
Understand the mindset and techniques of real threat actors

Course Format

Live Sessions

Interactive live online sessions with real-time Q&A and hands-on demonstrations

Hands-On Labs

Practical exercises and labs to reinforce concepts and build real skills

Recordings

Access to session recordings for review and catch-up on missed content

Community Access

Join a community of like-minded professionals for networking and support

Your Instructor

RK

Rishabh Kumar

Expert in Red Teaming, Malware Development & Evasion Techniques

Rishabh is an active red team professional with extensive experience in malware development, evasion techniques, and offensive security. He brings real-world expertise from working on advanced security projects and has trained numerous cybersecurity professionals.

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