Successful build... But at what cost? about uacme HOT 12 CLOSED

@rafa-br34
Yes, some methods rely on dropping 32 bit dll into syswow64 folder AFAIR, thats why 64bit akagi have both 32/64 bit fubuki.

from uacme.

Method 1 obsolete and not present in 3.6.6 version as I assume you compiled it. This is clearly stated in the readme file under "Keys" section.

from uacme.

I tried it under other keys, but still did not output anything. (tried key 37)

from uacme.

How did you build it?

from uacme.

Started with debugger, failed build so I read the README, placed all binaries in the repo's root bin dir, and ran Naka64 on all of the DLLs and EXEs. I then compiled Akagi by right clicking on the project and clicking Build.

from uacme.

Did you generated secrets blob for your binaries in bin folder?

from uacme.

I ran Naka64 in the repo root's bin folder, which put everything (including secrets) inside it.

from uacme.

When you run naka over dll files it generates AES encrypted binaries, with CD extension. Next you need to build secrets blob by running "naka64 --stable" (without quotes). If everything is done properly result will be secrets32/secrets64.bin files. After this you should rebuild akagi.exe in Release configuration.

from uacme.

I'll try it when I can.

from uacme.

@hfiref0x Just tried what you told me to do. .CD files generate, but running "naka64 --release" did nothing to the directory. The "Akagi" dir in Source has a folder called "bin". It has all the files needed, but they are all 0 bytes in size.

Edit:
i put --release instead of --stable. It outputs a file read error. "File read error, memory not allocated."

from uacme.

You didn't compiled what is required for this operation. You need all dlls compiled and placed in dir where you will compress them with naka first and then generate secrets blobs.

I'm not going to give any detailed instructions here. If you cannot solve this having all the source available, well maybe trying something you don't understand was not a best idea from start?

from uacme.

So it turns out you also need the 32-bit version for Fubuki as seen here.

from uacme.