wtf

what the fuzz A distributed, code-coverage guided, cross-platform snapshot-based fuzzer designed for attacking user and or kernel-mode targets running on Microsoft Windows and Linux user-mode experimental!. Overview what the fuzz or wtf is a distributed, code-coverage guided, customizable,...

ret-sync

ret-sync ret-sync stands for Reverse-Engineering Tools SYNChronization. It is a set of plugins that help to synchronize a debugging session WinDbg/GDB/LLDB/OllyDbg/OllyDbg2/x64dbg with a disassembler IDA/Ghidra/Binary Ninja. The underlying idea is simple: take the best from both worlds static and...

PHP-Fuzzer

PHP Fuzzer This library implements a fuzzer for PHP, which can be used to find bugs in libraries particularly parsing libraries by feeding them "random" inputs. Feedback from edge coverage instrumentation is used to guide the choice of "random" inputs, such that new code paths are visited...

cuFuzz

cuFuzz This repository contains the artifacts for cuFuzz , a GPU-oriented coverage-guided fuzzer for userland CUDA applications. cuFuzz combines host-side and device-side coverage collection with sanitization to effectively discover bugs in CUDA programs. Repository Structure cufuzz-artifacts/ ├─...

drAFL

drAFL Original AFL supports black-box coverage-guided fuzzing using QEMU mode. I highly recommend to try it first and if it doesn't work you can try this tool. Additionally, you might want to try Manul that supports blackbox binaries fuzzing on Windows and Linux. Usage You need to specify DRRUNPA...

uniFuzzer

uniFuzzer uniFuzzer is a fuzzing tool for closed-source binaries based on Unicorn and LibFuzzer. Currently it supports fuzzing 32-bits LSB ELF files on ARM/MIPS, which are usually seen in IoT devices. 中文介绍 Features very little hack and easy to build can target any specified function or code snipp...

ruzzy

Ruzzy A coverage-guided fuzzer for pure Ruby code and Ruby C extensions. Ruzzy is heavily inspired by Google's Atheris, a Python fuzzer. Ruzzy uses libFuzzer or LibAFL for its coverage instrumentation and fuzzing engine. Ruzzy also supports AddressSanitizer and UndefinedBehaviorSanitizer when...

manul

Manul Manul is a coverage-guided parallel fuzzer for open-source and black-box binaries on Windows, Linux and macOS beta written in pure Python. Quick Start pip3 install psutil git clone https://github.com/mxmssh/manul cd manul mkdir in mkdir out echo "AAAAAA" in/test python3 manul.py -i in -o ou...

syzkaller

syzkaller - kernel fuzzer syzkaller siːzˈkɔːlə is an unsupervised coverage-guided kernel fuzzer. Supported OSes: FreeBSD, Fuchsia, gVisor, Linux, NetBSD, OpenBSD, Windows. Mailing list: [email protected] join on web or by email. Found bugs: Darwin/XNU, FreeBSD, Linux, NetBSD, OpenBSD, Window...

fuzzilli

Fuzzilli Un fuzzer guiado por cobertura para intérpretes de lenguajes dinámicos basado en un lenguaje intermedio personalizado "FuzzIL" que puede ser mutado y traducido a JavaScript. Uso Los pasos básicos para usar este fuzzer son: 1. Descarga el código fuente de uno de los motores JavaScript...

Angora

Angora Angora is a mutation-based coverage guided fuzzer. The main goal of Angora is to increase branch coverage by solving path constraints without symbolic execution. Published Work Arxiv: Angora: Efficient Fuzzing by Principled Search, S&P 2018. Building Angora Build Requirements Linux-amd64...

toothpicker

ToothPicker ToothPicker es un fuzzer en proceso, guiado por cobertura para iOS. Se desarrolló para atacar específicamente el demonio de Bluetooth de iOS bluetoothd y analizar varios protocolos de Bluetooth en iOS. Como está construido usando FRIDA, se puede adaptar para atacar cualquier plataform...

nautilus

Nautilus 2.0 Nautilus es un fuzzer basado en gramática y guiado por cobertura. Puedes usarlo para mejorar tu cobertura de pruebas y encontrar más errores. Al especificar la gramática de entradas semi válidas, Nautilus es capaz de realizar mutaciones complejas y descubrir casos de prueba más...

ubertooth

Ubertooth Project Ubertooth is an open source wireless development platform suitable for Bluetooth experimentation. Ubertooth ships with a capable BLE Bluetooth Smart sniffer and can sniff some data from Basic Rate BR Bluetooth Classic connections. The latest release is 2020-12-R1. The latest...

manul

Manul Manul es un fuzzer paralelo guiado por cobertura para binarios de código abierto y caja negra en Windows, Linux y macOS beta escrito en Python puro. Inicio rápido pip3 install psutil git clone https://github.com/mxmssh/manul cd manul mkdir in mkdir out echo "AAAAAA" in/test python3 manul.py...

sfuzz

SFUZZ Start date: Dec, 2021 This is a coverage-guided, emulation based greybox fuzzer that makes use of a custom Just-In-Time compiler to achieve near-native performance. It works by lifting RISC-V elf binaries to an intermediate representation before JIT compiling them to x86 during execution...

WuppieFuzz

WuppieFuzz v1.7.1 TNO developed WuppieFuzz, a coverage-guided REST API fuzzer developed on top of LibAFL, targeting a wide audience of end-users, with a strong focus on ease-of-use, explainability of the discovered flaws and modularity. WuppieFuzz supports all three settings of testing black box,...

efcf-framework

EF/CF - the Extremely Fast ethereum smart Contract Fuzzer EF/CF is a new approach to smart contract fuzzing: instead of using a new custom built fuzzer, it repurposes existing fuzzing infrastructure of C/C++ code to smart contracts. Currently, AFL++ is the primarily supported fuzzer, although the...

efi_fuzz

efifuzz A simple, coverage-guided fuzzer for UEFI NVRAM variables. Based on Qiling and AFL++. Written by Itai Liba @liba2k and Assaf Carlsbad @assafcarlsbad. Usage Using Docker environment 1. Build image: docker build -t efifuzz . 2. Test environment: docker run -v $PWD:/efifuzz -it efifuzz sh -c...

gdbfuzz

GDBFuzz: Debugger-Driven Fuzzing This is the companion code for the paper: 'Fuzzing Embedded Systems using Debugger Interfaces'. A preprint of the paper can be found here https://publications.cispa.saarland/3950/. The code allows the users to reproduce and extend the results reported in the paper...