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Some times to make patch to DLL file with our tool you need to understand when dll target get unpacked firstly this is the most important, and for that you need to understand the best moment of pointer position in main exe while debugging, our Loader able to detect Static Opcode in Static Stack, if you use this way you can Creat a Strong Loader for your Target EXE or DLL.

Firstly You Must Set Hardware Breakpoints on your Target address (where you want to make changes) Then You Must Break on System DLL Entry (For Identify the last Loaded DLL Before The Pointer Stop on your Target address) Finally Set Memory Breakpoint on Write at .data Section of your main EXE Here we Go Like Last Example: Our DLL Befor Stop at our address is: wsock32.dll Next Step Restart Target and Finding Static Opcode in Static Stack and check our DLL Target Code if Unpacked Summary: main:0002064F:10:0; tgsdk.dll:00006310:00:0; tgsdk.dll:00006638:74:0When Our Loader Loop Checking First Byte of RVA 1 in Stack and when Checking is OK, That means EIP is running in 004012EC, and our Target DLL is unpacked and ready to write the Loader Data. I hope This Tuto Can Help Greetings AT4RE

Here is an Example: DLL Protected By: ASProtect v2.x Static Opcode in Static Stack: Result: Test Files With ATPL Project & Loader: https://mega.nz/file/HZwxhA7J#aTuTBmfXkWbuGiMWaBhPTJpOfcoJsIB9jGDBkycilww Greetings AT4RE

Thank you boss

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Master, thank you very much for your interest; we are learning valuable information. However, for a DLL protected by VMP or Themida, how can we detect the point shown in the image via x32dbg? Where should we place the bp, or is there a simpler way? Professor, thank you very much for your interest; we are learning valuable information. However, for a DLL protected by VMP or Themida, how can we detect the point shown in the image via x32dbg? Where should we place the bp, or is there a simpler way?

Unfortunately, it didn't work for me. Would you like me to send you an example exe, DLL, and patch addresses?

2025.10.15 — x86/x64 v3.5.1.3 1.Patch customization: added a batch of hijack DLLs and you can configure hijack modules on the "Custom Patch Settings" page. Patches can now bundle custom files — non-PE files will be extracted to the target directory together with the patch, while other files can be optionally extracted. Patch data in the cracking modules PYG/PYG64 now supports dynamic expansion. 2.Added a small utility: “Process Hijack DLL Detector” — provides a closed loop from detecting usable hijack DLLs → generating a hijack DLL project → adding that custom hijack module into a patch. 3.The hijack code generator is now compatible with the latest VS2022; fixed intermediate directory settings. 4.When the patch logo popup is closed, the target application's main window is brought to the foreground. 5.The main program now generates a dump file when it crashes. 6.Fixed compatibility issues with VMP 3.x and several bugs — thanks to csjwaman and 真小白 for their bug reports. 7.Added tooltip (tip bubble) support on UI controls so full text can be displayed. 8.Thanks to KuNgBiM and 红豆 for providing multilingual files and proofreading copy. 9.Improved data protection, compatibility, and anti-debugging; thanks to kxoe for the suggestions. 10.Minor UX/details optimizations in the main program — for example, improved prompts when saving bpt projects. Baymax Patch Tools v3.5.1.3.zip Baymax Patch Tools x64 v3.5.1.3.zip Baymax toOls for x64dbg v1.9.5 1. Add replacement function for search data 2. Add feature code option with real-time effect 3. Add more language files Baymax toOls for x64dbg v1.9.5.zip