Summary of A Roadmap to Learning Malware | How to Get Started!

Main Ideas and Concepts

The video titled "A Roadmap to Learning Malware | How to Get Started!" by Blue Cosmo from Cosmodium Cyber Security provides a comprehensive guide for beginners interested in malware development. The speaker emphasizes that there is no single path to learning malware, but offers a structured roadmap to help viewers get started. Key points include:

• Understanding Computer Science Basics:
  • Familiarity with how computers work, including concepts like binary, hexadecimal, assembly, and machine code.
  • Knowledge of processes, memory management, and problem-solving skills is crucial.
• Programming Fundamentals:
  • Importance of mastering programming languages, specifically:
    • Compiled Languages: C, C++, C#, which are low-level languages with less abstraction.
    • High-Level Compiled Languages: Nim, Go, Rust, which offer more abstraction and ease of use.
    • Interpreted Languages: PowerShell, Batch, Visual Basic Script, and Bash for scripting and automation.
  • Python is noted as useful for certain tasks but not recommended for direct malware deployment due to its non-native nature.
• Cybersecurity Fundamentals:
  • Understanding the five steps of hacking: reconnaissance, scanning, exploitation, persistence, and covering tracks.
  • Familiarity with tools like Metasploit, Wireshark, Nmap, and Netcat for malware development and analysis.
• Networking Fundamentals:
  • Importance of networking knowledge, including protocols (TCP, SSH, HTTP) and concepts like the three-way handshake and DNS.
  • Networking is essential for ensuring malware can communicate with command and control servers.
• Actual Malware Development:
  • Introduction to the Windows API for interacting with the operating system.
  • Topics such as shellcode, DLL injection, antivirus evasion, and reverse engineering are discussed as critical areas of focus.
• Continuous Learning and Exploration:
  • Encouragement to explore various languages and tools beyond the initial recommendations.
  • Importance of reverse engineering to understand and analyze existing malware.

Methodology and Instructions

• Stage 0: Computer Science Basics:
  • Learn binary, hexadecimal, assembly, and machine code.
  • Understand processes, memory, and problem-solving techniques.
• Stage 1: Programming Fundamentals:
  • Master at least one low-level compiled language (C/C++), one high-level language (Nim/Go/Rust), and one interpreted language (PowerShell/Bash).
  • Build problem-solving skills through programming practice.
• Stage 2: Cybersecurity Fundamentals:
  • Familiarize with the five steps of hacking and relevant tools.
  • Learn about persistence techniques and methods to cover tracks.
• Stage 3: Networking Fundamentals:
  • Understand networking protocols and their applications in malware development.
• Stage 4: Malware Development:
  • Learn about the Windows API and its applications in malware.
  • Explore shellcode, DLL injection, and reverse engineering techniques.

Speakers/Sources Featured

• Blue Cosmo from Cosmodium Cyber Security.

This roadmap serves as a structured approach for aspiring malware developers, emphasizing the importance of foundational knowledge in computer science, programming, cybersecurity, and networking. The speaker encourages viewers to remain curious and proactive in their learning journey.

Notable Quotes

— 16:29 — « Python is a great language and it's a great interpreting language, but it is not native to Windows. »

— 18:34 — « This is all my opinion so you guys are free to disagree. »

— 34:40 — « Don't be discouraged, be inspired. »

Category

Educational

Video