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  • x86 Stack-Based Windows Buffer Overflow - Pt. 2

    calendar Apr 25, 2022 · 24 min read · Buffer Overflow Windows  ·
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    x86 Stack-Based Windows Buffer Overflow - Pt. 2

    This tutorial is part two of a two part series that focuses on binary exploitation, in particular on x86 stack-based Windows buffer overflows. The first part of the series focuses on the theory behind the topics that will be described in this tutorial, and can be found here. The information provided in this blog is …


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  • x86 Stack-Based Windows Buffer Overflow - Pt. 1

    calendar Apr 25, 2022 · 17 min read · Buffer Overflow Windows  ·
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    x86 Stack-Based Windows Buffer Overflow - Pt. 1

    This tutorial is part one of a two part series that focuses on binary exploitation, in particular on x86 stack-based Windows buffer overflows. This part of the series focuses on the theory behind memory, processors and buffer overflows. We first take a look at some simple c programs and assembly, then dive into the …


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Ruben Groenewoud

Security researcher at Elastic, writing about detection engineering, Linux security, and offensive security.
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Featured Posts

  • Copy Fail and DirtyFrag: Linux Page Cache Bugs in the Wild
  • Hooked on Linux: Rootkit Detection Engineering
  • Illuminating VoidLink: Technical analysis of the VoidLink rootkit framework
  • Linux & Cloud Detection Engineering - TeamPCP Container Attack Scenario
  • Linux & Cloud Detection Engineering - Getting Started with Defend for Containers (D4C)
  • Hooked on Linux: Rootkit Taxonomy, Hooking Techniques and Tradecraft
  • Outlaw Linux Malware: Persistent, Unsophisticated, and Surprisingly Effective
  • Linux Detection Engineering - The Grand Finale on Linux Persistence Mechanisms

Recent Posts

  • Copy Fail and DirtyFrag: Linux Page Cache Bugs in the Wild
  • Hooked on Linux: Rootkit Detection Engineering
  • Illuminating VoidLink: Technical analysis of the VoidLink rootkit framework
  • Linux & Cloud Detection Engineering - TeamPCP Container Attack Scenario
  • Linux & Cloud Detection Engineering - Getting Started with Defend for Containers (D4C)
  • Hooked on Linux: Rootkit Taxonomy, Hooking Techniques and Tradecraft
  • Outlaw Linux Malware: Persistent, Unsophisticated, and Surprisingly Effective
  • Linux Detection Engineering - The Grand Finale on Linux Persistence Mechanisms

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