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About Me

  1. Gain a solid understanding of how Linux C and C++ compilers generate binary code. This book explains the reversing and binary analysis of ARM64 architecture now used by major Linux cloud providers and covers topics ranging from writing programs in assembly language, live debugging, and static binary analysis of compiled C and C++ code. It is ideal for those working with embedded devices, including mobile phones and tablets. Using the latest version of Red Hat, you'll look closely at the foundations of diagnostics of core memory dumps, live and postmortem debugging of Linux applications, services, and systems. You'll also work with the GDB debugger and use it for disassembly and reversing. This book uses practical step-by-step exercises of increasing complexity with explanations and many diagrams, including some necessary background topics. In addition, you will be able to analyze such code confidently, understand stack memory usage, and reconstruct original C/C++ code. And as you'll see, memory forensics, malware, and vulnerability analysis, require an understanding of ARM64 assembly language and how C and C++ compilers generate code, including memory layout and pointers. This book provides the background knowledge and practical foundations you’ll need to understand internal Linux program structure and behavior. Foundations of ARM64 Linux Debugging, Disassembling, and Reversing is the perfect companion to Foundations of Linux Debugging, Disassembling, and Reversing for readers interested in the cloud or cybersecurity. What You'll Learn Review the basics of ARM64 assembly language Examine the essential GDB debugger commands for debugging and binary analysis Study C and C++ compiler code generation with and without compiler optimizations Look at binary code disassembly and reversing patterns See how pointers in C and C++ are implemented and used Who This Book Is For Software support and escalation engineers, cloud security engineers, site reliability engineers, DevSecOps, platform engineers, software testers, Linux C/C++ software engineers and security researchers without ARM64 assembly language background, and beginners learning Linux software reverse engineering techniques. [Hidden Content]
  2. Msmap is a Memory WebShell Generator. Compatible with various Containers, Components, Encoder, WebShell / Proxy / Killer, and Management Clients. Function Dynamic Menu Automatic Compilation Generate Script Lite Mode Graphical Interface Container Java Tomcat7 Tomcat8 Tomcat9 Tomcat10 Resin3 Resin4 WebSphere GlassFish WebLogic JBoss Spring Netty JVM* .NET IIS PHP Python *: Default support for Linux Tomcat 8/9, more versions can be adapted according to the advanced guide. WebShell / Proxy / Killer WebShell CMD / SH AntSword JSPJS Behinder Godzilla No need for modularity Decoder / Decryptor / Hasher Decoder Base64 Hex Decryptor XOR RC4 AES128 AES256 RSA Hasher MD5 SHA128 SHA256 [hide][Hidden Content]]
  3. Features Easy to Use Import a single CNA script before generating shellcode. Dynamic Memory Encryption Creates a new heap for any allocations from Beacon and encrypts entries before sleep. Code Obfuscation and Encryption Changes the memory containing CS executable code to non-executable and encrypts it (FOLIAGE). Return Address Spoofing at Execution Certain WinAPI calls are executed with a spoofed return address (InternetConnectA, NtWaitForSingleObject, RtlAllocateHeap). Sleep Without Sleep Delayed execution using WaitForSingleObjectEx. RC4 Encryption All encryption performed with SystemFunction032. [hide][Hidden Content]]
  4. Msmap is a Memory WebShell Generator. Compatible with various Containers, Components, Encoder, WebShell / Proxy / Killer and Management Clients. 简体中文 [hide][Hidden Content]]
  5. A position-independent reflective loader for Cobalt Strike. Zero results from Hunt-Sleeping-Beacons, BeaconHunter, BeaconEye, Patriot, Moneta, PE-sieve, or MalMemDetect. Features Easy to Use Import a single CNA script before generating shellcode. Dynamic Memory Encryption Creates a new heap for any allocations from Beacon and encrypts entries before sleep. Code Obfuscation and Encryption Changes the memory containing CS executable code to non-executable and encrypts it (FOLIAGE). Return Address Spoofing at Execution Certain WinAPI calls are executed with a spoofed return address (InternetConnectA, NtWaitForSingleObject, RtlAllocateHeap). Sleep Without Sleep Delayed execution using WaitForSingleObjectEx. RC4 Encryption All encryption is performed with SystemFunction032. Known Issues Not compatible with loaders that rely on the shellcode thread staying alive. [hide][Hidden Content]]
  6. Msmap is a Memory WebShell Generator. Compatible with various Containers, Components, Encoder, WebShell / Proxy / Killer, and Management Clients. Function Dynamic Menu Automatic Compilation Generate Script Lite Mode Graphical Interface Container Java Tomcat7 Tomcat8 Tomcat9 Tomcat10 Resin3 Resin4 WebSphere GlassFish WebLogic JBoss Spring Netty JVM* .NET IIS PHP Python *: Default support for Linux Tomcat 8/9, more versions can be adapted according to the advanced guide. WebShell / Proxy / Killer WebShell CMD / SH AntSword JSPJS Behinder Godzilla No need for modularity Decoder / Decryptor / Hasher Decoder Base64 Hex Decryptor XOR RC4 AES128 AES256 RSA Hasher MD5 SHA128 SHA256 [hide][Hidden Content]]
  7. FRIDA-DEXDump Fast search and dump dex on memory Features support fuzzy search broken header dex. fix struct data of dex-header. compatible with all android versions (Frida supported). support loading as objection plugin ~ pypi package has been released ~ Changelog v2.0.1 fix bugs. [hide][Hidden Content]]
  8. Dr. Memory: the memory debugger Dr. Memory is a memory monitoring tool capable of identifying memory-related programming errors such as accesses of uninitialized memory, accesses to unaddressable memory (including outside of allocated heap units and heap underflow and overflow), accesses to freed memory, double frees, memory leaks, and (on Windows) handle leaks, GDI API usage errors, and accesses to un-reserved thread-local storage slots. Dr. Memory operates on unmodified application binaries running on Windows, Linux, Mac, or Android on commodity IA-32, AMD64, and ARM hardware. Dr. Memory has support for running within the Visual Studio IDE as an External Tool. The Windows installer automatically creates a new Tools menu entry for launching Dr. Memory for each version of Visual Studio detected at install time. If you are using a local install, or if you installed Visual Studio after installing Dr. Memory, or if you are using Visual Studio Express 2010 and it was in Basic mode at the time you installed Dr. Memory, you will need to follow the following instructions in order to add Dr. Memory as an External Tool. Dr. Memory provides a fuzz testing mode that repeatedly executes one function in the target application, mutating the value of one argument before each iteration. Fuzz mode is configured using a set of runtime options that all share a -fuzz_ prefix. For example, -fuzz_function specifies the function name for fuzzing. The aggregate runtime option -fuzz_target can also be used to configure the fuzz target. An overview of each option and descriptor format is provided in the Dr. Memory Runtime Option Reference (and the command line help text). Many of these options require a more complete explanation, which is provided in the following sections. [hide][Hidden Content]]
  9. This is a RAM cleaner. There are times when programs do not release the memory they used, making the machine slow, but you don’t want to restart the system to get the used memory back. This is where you use Windows Memory Cleaner to clean your memory, so you can carry on working without wasting time restarting your Windows. [Hidden Content]
  10. What you'll learn Debug programs with Cheat Engine Reverse engineer programs Solve CrackMe challenges Disassemble programs into assembly code Setting breakpoints and stepping through code Modify program behaviour Hacking and patching process memory Code Injection Writing Trainers (Loaders) Lua Scripting to hack memory Assembly scripting to do byte patching and more... This course includes: 2.5 hours on-demand video 10 downloadable resources Full lifetime access Access on mobile and TV Certificate of completion Requirements Windows PC Some Assembly or Lua background would help, but not mandatory Description If you had always wanted to learn how use hack a program's memory, to reverse engineer and debug software, then this is the course for you.This course is an introduction to Reverse Engineering for anyone who wants to get started in this field. It is suitable for software developers who want to learn how software works internally and also for reverse engineers who want to fix bugs where the source code is not available. Traditionally, we use tools like x64dbg, OllyDbg for reverse engineering and debugging. Howevever, those tools have their limitations as they rely on file patching to modify program behaviour. But what if the files could not be patched. Here Cheat Engine shines. Cheat Engine is a memory hacking tool. It is used by Gamers to hack games in order to cheat. Cheat Engine's main strength is its memory scanning, code injection, or process patching. This course will equip you with the knowledge and skill to use Cheat Engine in addition to whatever other tools you might already be familiar. It is also suitable for absolute beginners with no knowledge of reversing, as I will take you from zero to hero. In this course we will learn Cheat Engine by hacking CrackMe challenges. A CrackMe is a small program designed to test a programmer's reverse engineering skills. What you will learn How to disassemble programs into assembly code Dynamic Analysis Setting breakpoints and stepping through code Modify program behaviour Patching process memory Locating address to do memory patching Writing custom Memory Hackers (trainers) using Cheat Engine to hack and patch memory Creating Lua Scripts for process patching Break and Trace Cone Injection Direct Memory Patching and more... Prerequisites: Knowledge of Assembly would be helpful but not compulsory Windows PC Who this course is for: Beginners to Reverse Engineering Game Hackers who want to try their hand at hacking windows programs Programmers with want to learn debugging Students who want to know how programs work internally Anyone interested in learning how to hack and patch process memory [Hidden Content] [hide][Hidden Content]]
  11. Crypter C++ LVL23N14 (3/22) / injected into memory / Tutorial: The folder contains these files We open Builder.exe and it will ask us for the name of the file in encrypter, in my case it is server.exe, so we drag our server.exe to the window of our Builder.exe (ATTENTION: the file path cannot be very long, with what I recommend having everything on the desktop) We have the route loaded, press ENTER to continue. Now we will ask the name that we will give to the new file that will generate encrypted, in my case svchost.exe and press ENTER to continue. He asks us if we want to continue with the encryption process, 1 = No, 2 = Yes, in my case 2 The process begins, encrypts the data, injects into memory. The encryption ended successfully, we pressed a key to exit. scanner result [Hidden Content] Download: [Hidden Content]
  12. WinRAR version 5.80 suffers from a memory corruption vulnerability that allows for denial of service. View the full article
  13. Adobe Acrobat Reader DC for Windows suffers from a heap-based memory corruption vulnerability due to a malformed TTF font. View the full article
  14. Adobe Acrobat CoolType (AFDKO) performs a call from uninitialized memory due to an empty FDArray in Type 1 fonts. View the full article
  15. Adobe Acrobat CoolType (AFDKO) suffers from a memory corruption vulnerability in the handling of Type 1 font load/store operators. View the full article
  16. iMessage suffers from a memory corruption vulnerability when decoding NSKnownKeysDictionary1. View the full article
  17. Microsoft DirectWrite / AFDKO suffers from an issue where it makes use of uninitialized memory while freeing resources in var_loadavar. View the full article
  18. Shekar Endoscope has telnet enabled by default, default wifi credentials, a flaw where an attacker can change the wifi password without any additional authentication, and four memory corruption vulnerabilities. View the full article
  19. Blipcare web services suffer from having traffic in clear text, open wifi, and memory corruption vulnerabilities. View the full article
  20. Microsoft Internet Explorer Windows 10 1809 17763.316 scripting engine memory corruption exploit. View the full article
  21. iOS version 12.1.3 cfprefsd memory corruption exploit. View the full article
  22. There is an issue in VBScript in the VbsErase function. In some cases, VbsErase fails to clear the argument variable properly, which can trivially lead to crafting a variable with the array type, but with a pointer controlled controlled by an attacker. View the full article
  23. The SVG nanosvg library suffers from a denial of service vulnerability due to a memory corruption bug. View the full article
  24. FaceTime suffers from a memory corruption vulnerability in texture processing. View the full article
  25. KVM suffers from an uninitialized memory leak vulnerability in kvm_inject_page_fault. View the full article
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