课程介绍

二进制安全系列教程是一套全面的资源，涵盖有关二进制安全的基础知识和高级主题。它旨在帮助开发人员和安全研究人员了解如何保护软件免受二进制漏洞和攻击的侵害。

目标受众

本教程系列适用于：

• 软件开发人员
• 安全研究人员
• 逆向工程师
• 恶意软件分析师

先决条件

• 对计算机体系结构和汇编语言的基本理解
• 熟悉 C 或 C++ 编程语言

教程优势

• **循序渐进的学习：**从基础知识开始，逐渐介绍更高级的概念
• **动手实践：**通过实际练习和示例代码，帮助您理解概念
• **代码示例：**大量代码示例和练习题，用于演示和加深理解
• **专家指导：**由经验丰富的二进制安全专家撰写和审查
• **社区支持：**与其他学生互动，获得支持和反馈

课程目录

/14-135-二进制安全系列教程/
│├─0x01 经典栈溢出(上)
│├─0x02 经典栈溢出(下)
│├─0x03 经典栈溢出实例之EasyRM2MP3
│├─0x04 经典栈溢出实例之DNSTracer
│├─0x05 探索stack cookie
│├─0x06 另辟蹊径之覆盖SEH
│├─0x07 一次失败的栈溢出(SEH)之GetGo Download Manager
│├─0x08 DEP与ASLR简述
│├─0x09 Linux环境下的ROP(上)
│├─0x0A Linux环境下的ROP(下)
│├─0x0B Linux下ROP练习之r0pbaby[CTF-2015-defcon]
│├─0x0C Windows环境下的ROP(上)
│├─0x0D Windows环境下的ROP(下)
│├─0x0E 探索上古Windows用户堆
│├─0x0F 【特别篇】Windows上古-近代堆详述
│├─0x10 近代Windows用户堆的利用基础
│├─0x11 【特别篇】深入理解LFH
│├─0x12 浅析Linux堆内存管理
│├─slides
│├─二进制安全(国外)

详细目录

0x01 经典栈溢出(上)/
│├─经典栈溢出(上).mp4 158.3MB
0x02 经典栈溢出(下)/
│├─经典栈溢出(下).mp4 123.8MB
0x03 经典栈溢出实例之EasyRM2MP3/
│├─经典栈溢出实例之EasyRM2MP3.mp4 190.3MB
0x04 经典栈溢出实例之DNSTracer/
│├─经典栈溢出实例之DNSTracer.mp4 181.3MB
0x05 探索stack cookie/
│├─探索stack cookie.mp4 78.6MB
0x06 另辟蹊径之覆盖SEH/
│├─另辟蹊径之覆盖SEH.mp4 118.1MB
0x07 一次失败的栈溢出(SEH)之GetGo Download Manager/
│├─一次失败的栈溢出(SEH)之GetGo Download Manager.mp4 75.9MB
0x08 DEP与ASLR简述/
│├─DEP与ASLR简述.mp4 86MB
0x09 Linux环境下的ROP(上)/
│├─Linux环境下的ROP(上).mp4 144.6MB
0x0A Linux环境下的ROP(下)/
│├─Linux环境下的ROP(下).mp4 144MB
0x0B Linux下ROP练习之r0pbaby[CTF-2015-defcon]/
│├─Linux下ROP练习之r0pbaby[CTF-2015-defcon].mp4 109.2MB
0x0C Windows环境下的ROP(上)/
│├─Windows环境下的ROP(上).mp4 169.4MB
0x0D Windows环境下的ROP(下)/
│├─Windows环境下的ROP(下).mp4 151.4MB
0x0E 探索上古Windows用户堆/
│├─探索上古Windows用户堆.mp4 191.8MB
0x0F 【特别篇】Windows上古-近代堆详述/
│├─【特别篇】Windows上古-近代堆详述.mp4 210.6MB
0x10 近代Windows用户堆的利用基础/
│├─近代Windows用户堆的利用基础.mp4 210.3MB
0x11 【特别篇】深入理解LFH/
│├─【特别篇】深入理解LFH.mp4 230.6MB
0x12 浅析Linux堆内存管理/
│├─浅析Linux堆内存管理.mp4 194.2MB
slides/
│├─DEP & ASLR简述.pptx 1.8MB
│├─Linux环境下的ROP.pptx 2.8MB
│├─Windows环境下的ROP.pptx 1.1MB
│├─另辟蹊径之覆盖SEH.pptx 1MB
│├─探索Stack Cookie.pptx 996.2KB
│├─探索上古Windows用户堆.pptx 997.8KB
│├─浅析Linux堆内存管理.pptx 1.6MB
│├─经典栈溢出.pptx 1.6MB
│├─近代Windows用户堆的利用基础.pptx 1MB
二进制安全(国外)/
│├─Binary_Hacking_Course
│Binary_Hacking_Course/
││├─A simple Format String exploit example – bin 0x11-0WvrSfcdq1I.mkv 45.4MB
││├─Adapting the 32bit exploit to 64bit for format4 – bin 0x27-_lO_rwaK_pY.mkv 25.5MB
││├─Bruteforce 32bit Stack Cookie. stack0 – part 3 – bin 0x23-KGzHcqJV-QM.mkv 52.3MB
││├─Buffer Overflows can Redirect Program Execution – bin 0x0D-8QzOC8HfOqU.mkv 25.5MB
││├─Developing an intuition for binary exploitation – bin 0x20-akCce7vSSfw.mkv 22.6MB
││├─Doing ret2libc with a Buffer Overflow because of restricted return pointer – bin 0x0F-m17mV24TgwY.mkv 101.5MB
││├─Explaining Dirty COW local root exploit – CVE-2016-5195-kEsshExn7aE.mkv 46.1MB
││├─First Exploit! Buffer Overflow with Shellcode – bin 0x0E-HSlhY4Uy8SA.mkv 49.5MB
││├─First Stack Buffer Overflow to modify Variable – bin 0x0C-T03idxny9jE.mkv 37MB
││├─First remote root exploit – bin 0x1D-HAN8Qun26cQ.mkv 32.9MB
││├─Format String Exploit and overwrite the Global Offset Table – bin 0x13-t1LH9D5cuK4.mkv 39.6MB
││├─Global Offset Table (GOT) and Procedure Linkage Table (PLT) – bin 0x12-kUk5pw4w0h4.mkv 68.5MB
││├─How a CPU works and Introduction to Assembler – bin 0x04-6jSKldt7Eqs.mkv 72.9MB
││├─Introduction to Linux – Installation and the Terminal – bin 0x01-navuBR4aJSs.mkv 46.2MB
││├─Linux signals and core dumps – bin 0x1C-_shKdU7mGxs.mkv 42.4MB
││├─LiveOverflow Channel Introduction and Backstory – bin 0x00-iyAyN3GFM7A.mkv 27.5MB
││├─Playing around with a Format String vulnerability and ASLR. format0 – bin 0x24-CyazDp-Kkr0.mkv 86.8MB
││├─Remote format string exploit in syslog() – bin 0x1E-MBz5C9Wa6KM.mkv 75.3MB
││├─Reverse engineering C programs – bin 0x10-vXWHmucgZW0.mkv 53.6MB
││├─Reversing and Cracking first simple Program – bin 0x05-VroEiMOJPm8.mkv 98.6MB
││├─Simple Tools and Techniques for Reversing a binary – bin 0x06-3NTXFUxcKPc.mkv 61.9MB
││├─Smashing the Stack for Fun and Profit – setuid, ssh and exploit.education – bin 0x0B-Y-4WHf0of6Y.mkv 44.4MB
││├─Socket programming in python and Integer Overflow – bin 0x1B-d6BU8DWxb3c.mp4 47.5MB
││├─Stack grooming and 100% reliable exploit for format0 – bin 0x25-AahpiYxKR2c.mkv 26.1MB
││├─Syscalls, Kernel vs. User Mode and Linux Kernel Source Code – bin 0x09-fLS99zJDHOc.mkv 63.8MB
││├─TCP Protocol introduction – bin 0x1A-0EHo0HsTKJw.mkv 71.8MB
││├─The Heap – How do use-after-free exploits work – bin 0x16-ZHghwsTRyzQ.mp4 48.6MB
││├─The Heap – How to exploit a Heap Overflow – bin 0x15-TfJrU95q1J4.mp4 75.5MB
││├─The Heap – Once upon a free() – bin 0x17-gL45bjQvZSU.mp4 96.5MB
││├─The Heap – dlmalloc unlink() exploit – bin 0x18-HWhzH–89UQ.mkv 35.6MB
││├─The Heap – what does malloc() do – bin 0x14-HPDBOhiKaD8.mkv 31.4MB
││├─The deal with numbers – hexadecimal, binary and decimals – bin 0x0A-mT1V7IL2FHY.mkv 32.4MB
││├─Uncrackable Program Finding a Parser Differential in loading ELF – Part 2_2 – bin 0x08-OZvc-c1OLnM.mkv 34.9MB
││├─Uncrackable Programs Key validation with Algorithm and creating a Keygen – Part 1_2 – bin 0x07-qS4VWL5R_OM.mkv 37.8MB
││├─Writing a simple Program in C – bin 0x02-JGoUaCmMNpE.mkv 34.1MB
││├─Writing a simple Program in Python – bin 0x03-ajy1PHWYeyQ.mkv 37.7MB