Overview
COURSE DESCRIPTION
Enter the world of malware analysis and develop defensive tools in Go in a safe and ethical manner with the Malware Analysis & Defensive Tools with Go course on Courseinger. This course focuses on understanding how malware is designed from an analytical perspective (for risk assessment) and how to build detection and response tools in Go—without providing any instructions or examples usable for attacking or bypassing security solutions.
You will learn the principles of static and dynamic code analysis within a sandbox environment, how to extract Indicators of Change (IOCs), analyze sample behavior at a secure level, and write Go defensive tools such as file scanners, log converters, and network analysis files. The course emphasizes ethics and regulations and requires all experiments to be conducted in a lab with explicit permission.
🎯 What you will learn (learning outcomes):
Principles of malware analysis (static & dynamic) in a safe and systematic way.
How to set up a sandbox analysis lab to run and analyze samples safely.
Extracting and documenting Indicators of Change (IOCs) and incident response scenarios.
Developing defensive Go tools to automate analysis, log collection, and behavioral attribute extraction (providing malicious code or bypass methods).
Understanding how malware thinks from a defensive perspective to design better detection rules and faster response systems.
Writing professional technical reports and improving internal security policies.
💡 Strict legal and ethical warning:
This content is for educational and defensive purposes only. We are not responsible for any harm caused by creating malware, bypassing security systems, or any other illegal activity. All practical experiments must be conducted in isolated and legally authorized laboratories.
🏅 Certificate: A certificate of completion from Courseinger upon completion of the project and requirements.
Course Features
- Lectures 21
- Quiz 0
- Duration Lifetime access
- Skill level All levels
- Language English
- Students 5
- Certificate Yes
- Assessments Yes
Curriculum
- 9 Sections
- 21 Lessons
- Lifetime
- 1 - IntroductionPresenting-the-course-lab + Notes on installing Go inside Kali Linux + Demonstration of Windows Defender Actually Defending + Creating your first helloworldexe4
- 2 - The Windows APIIntroduction to the Windows API + Calling the Windows API in Go Method 1 + Calling the Windows API in Go Method 2 + Calling the Windows API in Go Method 34
- 3 - Introduction to Loaders and ShellcodeIntroduction to Shellcode + Introduction to Loaders + Steps to bypass Defender3
- 4 - Preparing the shellcodeXoring the shellcode + Decrypting the Shellcode2
- 5 - Allocating MemoryAllocation Memory in own process space VirtualAlloc + Other Method to Allocate Memory2
- 6 - Copying Shellcode to Allocated MemoryCopying Shellcode to own process + Making the memory executable2
- 7 - Triggering the threadCreating a thread in current process CreateThread + Others ways of launching the thread2
- 8 - Putting the Pieces togetherLoader that bypasses defender1
- 9 - ConclusionSome notes Threat Intelligence1
Instructor
Requirements
- Basic knowledge of Go programming or willingness to learn its fundamentals. A background in information security or a basic understanding of networks and operating systems. A computer capable of running virtual environments (VirtualBox/VMware) or access to an isolated lab. Strict adherence to ethical and legal frameworks: No testing outside of a licensed environment and without the system owner's consent. Development tools (Go toolchain) and some analysis tools such as log readers and network simulators (we do not provide offensive tools).
Features
- A balance between theoretical analysis and practical application within a sandbox environment. A practical project to build a defensive tool in Go (such as an IOC collector or a logs converter) — without offensive code. Materials on designing a secure analysis lab and how to legally collect digital evidence. Examples of reusable analysis reports and incident response procedures. Focus on compliance, laws, and ethics, and how to coordinate with legal and administrative bodies. Resources for further study: Official references, log formatting specifications, and strategies for integrating tools with SIEM.
Target audiences
- Security incident analysts (IRs) and system-on-site (SOC) engineers who want to automate analysis. Go developers interested in building security tools and enhancing their organization's defense capabilities. Security researchers who want to understand threat behavior to improve detection mechanisms. Information security students who want to learn sample analysis and automate log analysis within an ethical framework.





