Awesome Executable Packing

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title: Awesome Executable Packing slug: awesome-executable-packing url: https://github.com/dhondta/awesome-executable-packing#readme brand: GitHub brand_logo: https://github.githubassets.com/images/modules/logos_page/GitHub-Mark.png category: Themed Directories tags:

• awesome-lists
• security
• reverse-engineering featured: false

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Overview

Awesome Executable Packing is a curated, open-source directory of resources about packing and unpacking executable formats. It focuses on formats such as Portable Executable (PE), Executable and Linkable Format (ELF), and others, and aggregates learning materials, research, and tools used in software protection, reverse engineering, and malware analysis.

What Is Covered

• Concepts and techniques of executable packing (modifying an executable without changing its intended behavior).
• Packing across multiple executable formats (e.g., PE, ELF, and more).
• Both theoretical and practical aspects of detecting and unpacking packed executables.

Features

• Curated Resource List

  • Centralized catalog of references related to executable packing.
  • Emphasis on quality, relevance, and organization typical of "awesome" lists.

• Multi-Format Focus

  • Includes resources for multiple executable formats:
    • Portable Executable (PE)
    • Executable and Linkable Format (ELF)
    • Other common executable types

• Learning & Reference Materials

  • Links to books
  • Academic and industry papers
  • Blog posts and technical write-ups
  • Other written resources explaining:
    • Packing concepts
    • Practical packing/unpacking workflows
    • Detection and analysis of packed binaries

• Packers Catalog

  • References to various executable packers used for:
    • Software protection/obfuscation
    • Compression
    • Malware packing and evasion

• Detection & Unpacking Tools

  • Tools for identifying whether an executable is packed
  • Tools and frameworks for unpacking executables
  • Resources oriented toward reverse engineering and security analysis

• Literature Sections

  • Documentation section for practical how-to and reference docs
  • Scientific Research section for formal studies and research papers

• Open Collaboration

  • Public repository with standard open-source meta-files:
    • README.md describing the list
    • LICENSE defining usage rights
    • CONTRIBUTING.md with contribution guidelines
    • CODE-OF-CONDUCT.md describing expected community behavior

Use Cases

• Learning executable packing techniques and theory
• Studying malware packing and evasion strategies
• Finding tools to detect and unpack packed executables
• Supporting reverse engineering and binary analysis workflows

Pricing

• Not a commercial product or service.
• Open-source GitHub directory, free to access and use under its published license.