[Hackers]

SFED-AES-256
Version 0.0.1

SFED-AES-256 is the newest iteration of my program collection "SFED" (Single File Encryption & Decryption). This is a series of tools I am creating for encryption and decryption for C++/C. This newest version features a mini aes.h/aes.c library that is fully compatible with both C and C++ using standard libs. This is a great way to bring in AES128, AES196, or AES256 to any project without requiring on other dependencies.

• Encrypt or decrypt files using AES-256.
  
• Generate a random AES key for encryption.
  
• Allow specifying a key via file, directly as a string, or generate a new one.
  
• Output encrypted/decrypted content to a specified file.
  
• Include the initialization vector (IV) in the encrypted file for decryption
  

Usage

---

Download

Windows (.EXE) :

Code

https://www.mediafire.com/file/vihn3x2jioob36n/SFED-AES-256.exe/file

---

Source Code

Code

https://github.com/LNodesL/SFED-AES-256

---

Would you rather use XOR instead of AES256?
SFEDXOR 0.0.2 : https://hackforums.net/showthread.php?tid=6264286

---

Disclaimer
This is not a crypter. It is a single file encryption & decryption tool. You can use this to lock down your own files. If you are using scripts you can loop through multiple files of yours to encrypt or decrypt them.
Spoiler (Click to View)
To make SFED-AES-256 I utilized an LLM to do two things:
- Take the mini AES library & encrypt/decrypt functions from another project of mine
- Utilize the existing input/output formats of "SFEDXOR 0.0.2", a previous SFED tool of mine

[Truth]

Nice, doubt AI will ever crack AES encryption algorithm, can't even crack a captcha yet.

[Hackers]

Nice, doubt AI will ever crack AES encryption algorithm, can't even crack a captcha yet.

I doubt it too, but not going to say I'd be surprised if it did. There were rumors it could crack some AES algorithms in past, but haven't heard anything about that in a while.

I think I'm going to spin up a folder encryption program today possibly. I'll use SFED-AES-256 here as the base but it'll encrypt every file in a folder. Just need to figure out how I want to handle re-constructing the folder on decryption but other than that should be an easy program to push out. I have recursive file/folder loading in another program, just need to merge that with SFED basically.

[Dirty]

I doubt it too, but not going to say I'd be surprised if it did. There were rumors it could crack some AES algorithms in past, but haven't heard anything about that in a while.

I think I'm going to spin up a folder encryption program today possibly. I'll use SFED-AES-256 here as the base but it'll encrypt every file in a folder. Just need to figure out how I want to handle re-constructing the folder on decryption but other than that should be an easy program to push out. I have recursive file/folder loading in another program, just need to merge that with SFED basically.

I don't really feel like that's an AI issue to begin with, aes256 just requires too much compute. I don't understand how an AI could help with this. Quantum computing is a different discussion I guess, although I think we already have quantum resistant algorithms

[ByteShift]

I don't really feel like that's an AI issue to begin with, aes256 just requires too much compute. I don't understand how an AI could help with this. Quantum computing is a different discussion I guess, although I think we already have quantum resistant algorithms

EDR's and malware analysis is honestly the real issue and when it comes down to it runtime is what is important, theyre vm'ing software watching all the registry modifications, files dropped or moved, etc. Most malware isnt working 100% in memory.
as of recently hash identification or signature based identification has kinda faded away now the cloud EDR's are essentially machine learning algorithms and VM's and debuggers, its actually insane how some of the more highly funded ones work.

In terms of encryption it will ALWAYS be cat and mouse, when you are talking malware atleast. For regular obfuscation for enterprise software or whatever these methods are perfect, may throw up false positives depending on the way its implemented.
Polymorphism seems to be the new wave of cryptography and the only viable methods for long term fud (in my opinion)

[fahrenheit451]

Thank you very much!

[Hackers]

Thank you very much!

You are welcome, come back here to reply if you have any questions!

[dtb1031231]

Thank you so much this helped a lot

[salvator]

SFED-AES-256
Version 0.0.1

SFED-AES-256 is the newest iteration of my program collection "SFED" (Single File Encryption & Decryption). This is a series of tools I am creating for encryption and decryption for C++/C. This newest version features a mini aes.h/aes.c library that is fully compatible with both C and C++ using standard libs. This is a great way to bring in AES128, AES196, or AES256 to any project without requiring on other dependencies.

• Encrypt or decrypt files using AES-256.
  
• Generate a random AES key for encryption.
  
• Allow specifying a key via file, directly as a string, or generate a new one.
  
• Output encrypted/decrypted content to a specified file.
  
• Include the initialization vector (IV) in the encrypted file for decryption
  

Usage

---

Download

Windows (.EXE) :

Code

https://www.mediafire.com/file/vihn3x2jioob36n/SFED-AES-256.exe/file

---

Source Code

Code

https://github.com/LNodesL/SFED-AES-256

---

Would you rather use XOR instead of AES256?
SFEDXOR 0.0.2 : https://hackforums.net/showthread.php?tid=6264286

---

Disclaimer
This is not a crypter. It is a single file encryption & decryption tool. You can use this to lock down your own files. If you are using scripts you can loop through multiple files of yours to encrypt or decrypt them.
Spoiler (Click to View)
To make SFED-AES-256 I utilized an LLM to do two things:
- Take the mini AES library & encrypt/decrypt functions from another project of mine
- Utilize the existing input/output formats of "SFEDXOR 0.0.2", a previous SFED tool of mine

ty man

[Hackers]

ty man

No problem. Let me know what you think or if you have any questions at all

[Ahmad Mouais]

I tried your code on my bitcoin wallet.dat and it didn't work

[Hackers]

I tried your code on my bitcoin wallet.dat and it didn't work

Can you share the commands you used to do it? I'll take a look and help you out.
Thanks

[Ahmad Mouais]

I tried your code on my bitcoin wallet.dat and it didn't work

Sure bro

./SFED-AES-256 -i wallet.dat -o decrypted_wallet.dat -m decrypt

---

I tried your code on my bitcoin wallet.dat and it didn't work

Can you share the commands you used to do it? I'll take a look and help you out.
Thanks

./SFED-AES-256 -i wallet.dat -o decrypted_wallet.dat -m decrypt

[Hackers]

Sure bro

./SFED-AES-256 -i wallet.dat -o decrypted_wallet.dat -m decrypt

---

./SFED-AES-256 -i wallet.dat -o decrypted_wallet.dat -m decrypt

Did you use the encrypt function or did you only use decrypt
Remember, your wallet.dat file is most likely a combination of data - not just 1 AES string. This tool only works for pure AES 256 hash encryption & decryption.

Also, you need to know the key for it

example - you would add this to end of your decrypt command, with path to your saved key file:

Code

-k keyfile.aes

or you can use -ks for a keystring inline.

---

If you are trying to crack a wallet you don't own without a key, my tool will never work for that.

[north0]

Thanks for the contribution to the community. Keep up the work