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longld/peda

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6,130 Stars·831 Forks·Python·2 Aufrufe

Peda

Peda ist eine Sicherheits-Tool-Suite und ein Exploit-Development-Framework für Binäranalyse, Debugger-Automatisierung und Speicherinspektion. Es fungiert als eine Reihe von Python-Skripten, die einen Debugger erweitern, um die Analyse kompilierter Dateien und die Inspektion des Prozessspeichers zu automatisieren.

Das Projekt bietet spezialisierte Dienstprogramme für die Forschung zu Speicherfehlern, einschließlich eines Payload-Generators zur Erstellung zyklischer Muster, um Pufferüberläufe zu entdecken, sowie eines Gadget-Finders, um Return-Oriented-Programming-Sequenzen (ROP) innerhalb von Binärdateien zu lokalisieren. Es unterscheidet sich durch ein Visualisierungstool, das rohe Register-, Disassembly- und Speicherdaten in farbcodierten Text umwandelt, um die Analyse von CPU-Zuständen zu vereinfachen.

Das Framework deckt ein breites Spektrum an Funktionen ab, einschließlich binärer Sicherheitsanalyse zur Erkennung von Schutzmechanismen, regulärer Speicherscans und der Fähigkeit, Prozessumgebungen direkt aus dem System-Kernel abzubilden. Es enthält zudem Tools zur Modifikation von Speicheradressen und zur Generierung von Shellcode-Vorlagen.

Features

  • GDB Extensions - Integrates as a GDB extension to visualize CPU registers, disassembly, and memory state during execution.
  • Cyclic Pattern Generators - Provides utilities to generate non-repeating cyclic patterns for determining buffer overflow offsets.
  • ROP Chain Automators - Identifies and dumps ROP gadgets within binaries to build functional execution chains.
  • Debugger Visualizations - Provides a visualization tool that transforms raw register, disassembly, and memory data into color-coded text for easier CPU state analysis.
  • System State Visualizations - Transforms raw register and assembly data into color-coded visual representations for faster CPU state analysis.
  • Binary Analysis Tools - Analyzes compiled files to detect security protections and extract binary header information.
  • State Visualizations - Provides a color-coded visualization of disassembly, registers, and memory to simplify CPU state analysis.
  • Debugger Extensions - Extends the GDB debugger with custom Python commands to automate binary analysis.
  • Buffer Overflow Research - Provides tools for identifying memory offsets and manipulating process memory to test for overflow vulnerabilities.
  • Exploit Frameworks - Provides a modular platform of GDB Python scripts for automating binary analysis and memory inspection.
  • Exploit Payload Generators - Includes a utility for creating cyclic patterns to discover buffer overflow offsets and generating shellcode templates for exploit payloads.
  • Runtime Memory Manipulation - Modifies memory addresses with custom data to alter the state of a running process.
  • Instruction Gadget Discovery - Implements search utilities to identify instruction sequences (gadgets) within binaries for ROP chain construction.
  • Exploit Payloads - Generates shellcode, Python exploit templates, and memory patterns to achieve code execution.
  • Memory Scanning - Scans process memory ranges using regular expressions to locate specific data structures or exploit signatures.
  • Binary File Inspectors - Examines compiled binaries to inspect symbols, sections, and security protections.
  • Memory Mapping Interfaces - Retrieves virtual memory mapping ranges and protection flags directly from the system kernel.
  • Process Memory Scanners - Locates specific byte patterns, addresses, or regex matches within the memory space of a running process.
  • Binary Pattern Searching - Searches process memory using regular expressions and allows modification of memory addresses.
  • Process State Inspection - Retrieves and displays metadata and mapping ranges for active processes from the system kernel.
  • Binäranalyse-Tools - Python-based exploit development assistance for GDB.
  • Exploit Development - Assistance tool for exploit development within GDB.
  • GDB Enhancements - Python-based exploit development assistance for GDB.
  • Reverse Engineering - GDB plugin for exploit development.
  • Security Tools - Python Exploit Development Assistance for GDB.

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Häufig gestellte Fragen

Was macht longld/peda?

Peda ist eine Sicherheits-Tool-Suite und ein Exploit-Development-Framework für Binäranalyse, Debugger-Automatisierung und Speicherinspektion. Es fungiert als eine Reihe von Python-Skripten, die einen Debugger erweitern, um die Analyse kompilierter Dateien und die Inspektion des Prozessspeichers zu automatisieren.

Was sind die Hauptfunktionen von longld/peda?

Die Hauptfunktionen von longld/peda sind: GDB Extensions, Cyclic Pattern Generators, ROP Chain Automators, Debugger Visualizations, System State Visualizations, Binary Analysis Tools, State Visualizations, Debugger Extensions.

Welche Open-Source-Alternativen gibt es zu longld/peda?

Open-Source-Alternativen zu longld/peda sind unter anderem: gallopsled/pwntools — Pwntools is a Python-based framework designed for rapid prototyping and automation in binary exploitation, reverse… hugsy/gef — GEF is a Python-based extension for GDB that serves as a framework for binary analysis, exploit development, and… jonathansalwan/ropgadget — ROPgadget is a binary analysis tool and multi-architecture disassembler designed to locate instructional sequences… korcankaraokcu/pince — PINCE is a dynamic debugger, instruction tracer, and memory scanner designed for the analysis and manipulation of… pwndbg/pwndbg — pwndbg is a GDB plugin and binary analysis framework designed for reverse engineering, exploit development, and… blacktop/ipsw — ipsw is a specialized toolkit for iOS firmware analysis, binary reverse engineering, and hardware interaction. It…

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