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...

manul

Manul Manul 是一个覆盖率引导的并行模糊测试器，适用于 Windows、Linux 和 macOS（测试版）上的开源及黑盒二进制文件，完全用纯 Python 编写。 快速开始 root@kitploit: 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 out -n 4 "linux/test/testafl @@" 安装 Radamsa...

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 root@kitploit: pip3 install psutil git clone https://github.com/mxmssh/manul cd manul mkdir in mkdir out echo "AAAAAA" in/test python3...

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 root@kitploit:...

syzkaller

syzkaller - 内核模糊测试器 syzkaller siːzˈkɔːlə 是一个无监督的覆盖引导内核模糊测试器。 支持的操作系统：FreeBSD、Fuchsia、gVisor、Linux、NetBSD、OpenBSD、Windows。 邮件列表：[email protected]（可在网页或通过电子邮件加入）。 已发现的漏洞：Darwin/XNU、FreeBSD、Linux、NetBSD、OpenBSD、Windows。 文档 最初，syzkaller 是为 Linux 内核模糊测试而开发的，但现在 它也正在扩展，以支持其他操作系统内核。 目前大部分文档都与 Linux...

ATFuzzer

ATFuzzer "Opening Pandora's Box through ATFuzzer: Dynamic Analysis of AT Interface for Android Smartphones" is accepted to the 35th Annual Computer Security Applications Conference ACSAC 2019. https://syed-rafiul-hussain.github.io/wp-content/uploads/2019/11/atfuzz.pdf Abstract This paper focuses ...

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...

efcf-framework

EF/CF - 极速（以太坊智能）合约模糊测试器 EF/CF 是一种智能合约模糊测试的新方法：它不是使用一个全新的 自定义模糊测试器，而是将现有的 C/C++ 代码模糊测试基础设施重新用于 智能合约。目前，AFL++ 是主要支持的模糊测试器， 尽管对 libfuzzer 和 honggfuzz 也有一些非常基础的支持 。 为什么要使用现有的模糊测试基础设施？ 速度。我们可以更快地模糊测试。我们通常能达到约 20k 次执行/秒/核。 原生代码模糊测试器经过精心设计并高度优化。 具备恰当的覆盖率引导、队列管理、确定性测试用例重放 等功能。 在此过程中我们会遇到哪些问题？...

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...

gdbfuzz

GDBFuzz：调试器驱动的模糊测试 本文是论文《使用调试器接口模糊测试嵌入式系统》的配套代码。 论文预印本可在此处获取：https://publications.cispa.saarland/3950/。代码允许用户 复现并扩展论文中报告的结果。在报告、复现或扩展结果时，请引用上述论文。 文件夹结构 root@kitploit: . ├── benchmark 用于构建 Google 模糊测试套件并运行实验的脚本 ├── dependencies 包含安装 GDBFuzz 依赖项的 Makefile ├── evaluation 论文中呈现的原始实验数据 ├──...

LibPNG_OSS-Fuzz

Fuzzing and Vulnerability Analysis of libpng Group Security Research Project About Fuzzing: Fuzzing is an automated software testing technique that provides invalid, unexpected, or random data as inputs to a program to discover bugs and vulnerabilities. Coverage-guided fuzzing uses code coverage...

AFL

american fuzzy lop Originally developed by Michal Zalewski [email protected]. See QuickStartGuide.txt if you don't have time to read this file. 1 Challenges of guided fuzzing Fuzzing is one of the most powerful and proven strategies for identifying security issues in real-world software; it ...

OrchJail: Jailbreaking Tool-Calling Text-To-Image Agents by Orchestration-Guided Fuzzing

Tool-calling text-to-image T2I agents can plan and execute multi-step tool chains to accomplish complex generation and editing queries. However, this capability introduces a new safety attack surface: harmful outputs may arise from tool orchestration, where individually benign steps combine into...

Adobe SDK 1.7.1 2410 Overflow Analysis / Fuzzing Model

This Python script implements a comprehensive framework to model, detect, and analyze integer overflows in 32-bit arithmetic, particularly in the context of image memory allocation. The framework combines formal methods, stepwise arithmetic, symbolic execution, SMT-style constraint solving,...

SAFuzz: Semantic-Guided Adaptive Fuzzing for LLM-Generated Code

While AI-coding assistants accelerate software development, current testing frameworks struggle to keep pace with the resulting volume of AI-generated code. Traditional fuzzing techniques often allocate resources uniformly and lack semantic awareness of algorithmic vulnerability patterns, leading...

Design/Logic Flaw

OpenSIPS is a Session Initiation Protocol SIP server implementation. Prior to versions 3.1.7 and 3.2.4, OpenSIPS crashes when a malformed SDP body is received and is processed by the deletesdpline function in the sipmsgops module. This issue can be reproduced by calling the function with an SDP...

CVE-2023-28098 OpenSIPS has vulnerability in the Digest Authentication Parser

OpenSIPS is a Session Initiation Protocol SIP server implementation. Prior to versions 3.1.7 and 3.2.4, a specially crafted Authorization header causes OpenSIPS to crash or behave in an unexpected way due to a bug in the function parseparamname . This issue was discovered while performing coverag...