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crash-analysis

Analyze crashes to determine exploitability and guide structured triage.

1|1|Updated Mar 4, 2026
Search Tags:#debugging#crash-analysis#exploitability#asan#core-dump#windbg#pwndbg
One-click install
npx skills add https://github.com/erkanrzgc/cyberm4fia-scanner --skill crash-analysis-erkanrzgc
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: crash-analysis
Source: https://github.com/erkanrzgc/cyberm4fia-scanner/tree/main/core/ai_skills/offensive-crash-analysis
Command: npx skills add https://github.com/erkanrzgc/cyberm4fia-scanner --skill crash-analysis-erkanrzgc

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Crash analysis and exploitability assessment to triage and reproduce crashes, identify root cause, and guide PoC development.

Core Features & Use Cases

  • Crash triage decision tree, reproduction fidelity guidelines, and tool-assisted analysis with WinDbg, GDB/Pwndbg, ASAN/UBSAN.
  • Structured workflows for Windows and Linux crash scenarios, including core dumps, CASR-like classification, and exploitability assessment.
  • Documentation and lab setup guidance for constructing vulnerable test suites and reproducible crashes.

Quick Start

Follow the methodology to reproduce the crash, classify its type, and assess exploitability using the included tools.

Frequently Asked Questions about crash-analysis

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I analyze a crash to determine if it is exploitable?▼

Crash analysis assesses exploitability by reproducing the crash, classifying its type, and guiding structured triage using debugger-assisted workflows like WinDbg, GDB, and Pwndbg across Windows and Linux targets.

Can I use ASAN and core dumps for crash triage without source code?▼

Yes, ASAN and UBSAN crash triage workflows support exploitability assessment and root cause identification with or without source code, applying structured crash classification to core dumps on both Windows and Linux systems.

What is the best way to reproduce a crash for PoC development?▼

The best way to reproduce a crash for PoC development is following structured reproduction fidelity guidelines, using lab setup guidance to construct vulnerable test suites, and applying tool-assisted analysis with WinDbg or Pwndbg.

Does crash analysis work with both Windows and Linux targets?▼

Yes, crash analysis provides structured workflows for both Windows and Linux crash scenarios, supporting debugger-assisted triage with WinDbg for Windows and GDB/Pwndbg for Linux, including core dumps and ASAN data.

How do I classify crash types during security incident response?▼

Classify crash types during incident response by applying CASR-like classification steps within a structured triage decision tree, identifying the root cause and assessing exploitability to guide subsequent proof-of-concept development.

Why should I use a structured workflow for crash triage instead of manual debugging?▼

A structured crash triage workflow standardizes reproduction fidelity, root cause identification, and exploitability assessment, ensuring consistent analysis across Windows and Linux targets compared to ad-hoc manual debugging.

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