二进制安全系列课程

星***

二进制安全系列课程

├── 0x01 经典栈溢出(上)
│　 └── 经典栈溢出(上).mp4
├── 0x02 经典栈溢出(下)
│　 └── 经典栈溢出(下).mp4
├── 0x03 经典栈溢出实例之EasyRM2MP3
│　 └── 经典栈溢出实例之EasyRM2MP3.mp4
├── 0x04 经典栈溢出实例之DNSTracer
│　 └── 经典栈溢出实例之DNSTracer.mp4
├── 0x05 探索stack cookie
│　 └── 探索stack cookie.mp4
├── 0x06 另辟蹊径之覆盖SEH
│　 └── 另辟蹊径之覆盖SEH.mp4
├── 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
├── 0x08 DEP与ASLR简述
│　 └── DEP与ASLR简述.mp4
├── 0x09 Linux环境下的ROP(上)
│　 └── Linux环境下的ROP(上).mp4
├── 0x0A Linux环境下的ROP(下)
│　 └── Linux环境下的ROP(下).mp4
├── 0x0B Linux下ROP练习之r0pbaby[CTF-2015-defcon]
│　 └── Linux下ROP练习之r0pbaby[CTF-2015-defcon].mp4
├── 0x0C Windows环境下的ROP(上)
│　 └── Windows环境下的ROP(上).mp4
├── 0x0D Windows环境下的ROP(下)
│　 └── Windows环境下的ROP(下).mp4
├── 0x0E 探索上古Windows用户堆
│　 └── 探索上古Windows用户堆.mp4
├── 0x0F 【特别篇】Windows上古-近代堆详述
│　 └── 【特别篇】Windows上古-近代堆详述.mp4
├── 0x10 近代Windows用户堆的利用基础
│　 └── 近代Windows用户堆的利用基础.mp4
├── 0x11 【特别篇】深入理解LFH
│　 └── 【特别篇】深入理解LFH.mp4
├── 0x12 浅析Linux堆内存管理
│　 └── 浅析Linux堆内存管理.mp4
├── slides
│　 ├── DEP & ASLR简述.pptx
│　 ├── Linux环境下的ROP.pptx
│　 ├── Windows环境下的ROP.pptx
│　 ├── 另辟蹊径之覆盖SEH.pptx
│　 ├── 探索Stack Cookie.pptx
│　 ├── 探索上古Windows用户堆.pptx
│　 ├── 浅析Linux堆内存管理.pptx
│　 ├── 经典栈溢出.pptx
│　 └── 近代Windows用户堆的利用基础.pptx
└── 二进制安全(国外)
　　└── Binary_Hacking_Course
　　　　├── A simple Format String exploit example - bin 0x11-0WvrSfcdq1I.mkv
　　　　├── Adapting the 32bit exploit to 64bit for format4 - bin 0x27-_lO_rwaK_pY.mkv
　　　　├── Bruteforce 32bit Stack Cookie. stack0 - part 3 - bin 0x23-KGzHcqJV-QM.mkv
　　　　├── Buffer Overflows can Redirect Program Execution - bin 0x0D-8QzOC8HfOqU.mkv
　　　　├── Buffer overflow on a modern system impossible stack0 - part 1 - bin 0x21-4HxUmbOcN6Y.webm
　　　　├── Developing an intuition for binary exploitation - bin 0x20-akCce7vSSfw.mkv
　　　　├── Doing ret2libc with a Buffer Overflow because of restricted return pointer - bin 0x0F-m17mV24TgwY.mkv
　　　　├── Explaining Dirty COW local root exploit - CVE-2016-5195-kEsshExn7aE.mkv
　　　　├── First Exploit! Buffer Overflow with Shellcode - bin 0x0E-HSlhY4Uy8SA.mkv
　　　　├── First Stack Buffer Overflow to modify Variable - bin 0x0C-T03idxny9jE.mkv
　　　　├── First remote root exploit - bin 0x1D-HAN8Qun26cQ.mkv
　　　　├── First steps into networking with net0 from exploit.education protostar - bin 0x19-2CL-AAcgyuo.webm
　　　　├── Format String Exploit and overwrite the Global Offset Table - bin 0x13-t1LH9D5cuK4.mkv
　　　　├── Global Offset Table (GOT) and Procedure Linkage Table (PLT) - bin 0x12-kUk5pw4w0h4.mkv
　　　　├── How a CPU works and Introduction to Assembler - bin 0x04-6jSKldt7Eqs.mkv
　　　　├── Identifying another exploit mitigation and find bypass. stack0 - part 2 - bin 0x22-MMm0I2Dj51A.webm
　　　　├── Introduction to Linux - Installation and the Terminal - bin 0x01-navuBR4aJSs.mkv
　　　　├── Linux signals and core dumps - bin 0x1C-_shKdU7mGxs.mkv
　　　　├── LiveOverflow Channel Introduction and Backstory - bin 0x00-iyAyN3GFM7A.mkv
　　　　├── Playing around with a Format String vulnerability and ASLR. format0 - bin 0x24-CyazDp-Kkr0.mkv
　　　　├── Remote format string exploit in syslog() - bin 0x1E-MBz5C9Wa6KM.mkv
　　　　├── Reverse engineering C programs - bin 0x10-vXWHmucgZW0.mkv
　　　　├── Reversing and Cracking first simple Program - bin 0x05-VroEiMOJPm8.mkv
　　　　├── Rooting a CTF server to get all the flags with Dirty COW - CVE-2016-5195-Lj2YRCXCBv8.webm
　　　　├── Simple Tools and Techniques for Reversing a binary - bin 0x06-3NTXFUxcKPc.mkv
　　　　├── Smashing the Stack for Fun and Profit - setuid, ssh and exploit.education - bin 0x0B-Y-4WHf0of6Y.mkv
　　　　├── Socket programming in python and Integer Overflow - bin 0x1B-d6BU8DWxb3c.mp4
　　　　├── Stack grooming and 100% reliable exploit for format0 - bin 0x25-AahpiYxKR2c.mkv
　　　　├── Syscalls, Kernel vs. User Mode and Linux Kernel Source Code - bin 0x09-fLS99zJDHOc.mkv
　　　　├── TCP Protocol introduction - bin 0x1A-0EHo0HsTKJw.mkv
　　　　├── The Heap - How do use-after-free exploits work - bin 0x16-ZHghwsTRyzQ.mp4
　　　　├── The Heap - How to exploit a Heap Overflow - bin 0x15-TfJrU95q1J4.mp4
　　　　├── The Heap - Once upon a free() - bin 0x17-gL45bjQvZSU.mp4
　　　　├── The Heap - dlmalloc unlink() exploit - bin 0x18-HWhzH--89UQ.mkv
　　　　├── The Heap - what does malloc() do - bin 0x14-HPDBOhiKaD8.mkv
　　　　├── The deal with numbers - hexadecimal binary and decimals - bin 0x0A-mT1V7IL2FHY.mkv
　　　　├── Uncrackable Program Finding a Parser Differential in loading ELF - Part 2_2 - bin 0x08-OZvc-c1OLnM.mkv
　　　　├── Uncrackable Programs Key validation with Algorithm and creating a Keygen - Part 1_2 - bin 0x07-qS4VWL5R_OM.mkv
　　　　├── Writing a simple Program in C - bin 0x02-JGoUaCmMNpE.mkv
　　　　├── Writing a simple Program in Python - bin 0x03-ajy1PHWYeyQ.mkv
　　　　├── [Live] Remote oldschool dlmalloc Heap exploit - bin 0x1F-2GVi8_9u5TY.webm
　　　　├── format2 on a modern Ubuntu - bin 0x26-Kc6_PpdbcCw.webm
　　　　└── heap0 exploit speedrun & weird ASCII string on the Heap - bin 0x28-fJMnH0kCAak.webm

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jmy***

先把方法拆小，再去测试，成功率会高很多。

DreamC***

加入星颖感受知识与温度的交融

AiHe***

低成本先干起来，比反复纠结更有用。