Delete the Key

[ShivsharanSanjawad]

Right now, the thiskey.key file is just sitting there, making it easy for anyone to grab. Instead of deleting it outright, we first send it to a remote location where only we can access it. Once that’s done, we delete the local thiskey.key file.

Now, about main.py—if we just give that directly, anyone can see the code. Instead, we embed it inside a compiled C or Java program. When that .out or .class file runs, it reconstructs and executes the Python script dynamically. To anyone else, it just looks like a normal compiled file, but in reality, it brings back the .py file, runs it, and then sends the key to a secure location before deleting it.

We can also drop a note.txt or something just to mess with them, saying stuff like "You've been hacked" or whatever fits.

[HackWidMaddy]

Right now, the thiskey.key file is just sitting there, making it easy for anyone to grab. Instead of deleting it outright, we first send it to a remote location where only we can access it. Once that’s done, we delete the local thiskey.key file.

Now, about main.py—if we just give that directly, anyone can see the code. Instead, we embed it inside a compiled C or Java program. When that .out or .class file runs, it reconstructs and executes the Python script dynamically. To anyone else, it just looks like a normal compiled file, but in reality, it brings back the .py file, runs it, and then sends the key to a secure location before deleting it.

We can also drop a note.txt or something just to mess with them, saying stuff like "You've been hacked" or whatever fits.

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Hey, this is just a prototype using Python Fernet.

Right now, the thiskey.key file is stored locally, making it easy for anyone to access. Instead of just deleting it, we first send it to a secure remote location where only we can access it. Once that’s done, the local thiskey.key file is removed.

Regarding main.py, exposing it directly would make the code visible. Instead, we embed it inside a compiled C or Java program. When the .out or .class file executes, it reconstructs and runs the Python script dynamically. From an external perspective, it appears as a standard compiled file, but in reality, it restores the .py file, runs it, and then securely transfers the key before deletion.

Additionally, we can drop a note.txt file just for fun, leaving a message like "You've been hacked" or something similar.

The full implementation will be on the server side. This project is integrated with DarkControl, a C2 framework I built. You can check it out here: https://github.com/hackwidmaddy/DarkControl.

Let me know if you have any further concerns!