In this video we will use AI to code a Python script that can help you in recovering your lost bitcoin wallet.
More precisely we will be using Google’s AI Studio to work out a little tool capable of assisting in bitcoin wallet recovery with the use of brute-forcing the original words that form your seed phrase.
The purpose for this article is to guide you on the use of this tool but also to show you how to approach using AI for creating simple tools to help you in your repetitive daily tasks. With AI being so widespread and easy to use right now it is a good idea to think of what tools you can create to automate certain tasks and save your precious time. But before we begin…
In this episode we’ll take a look at brute-forcing a VeraCrypt container using Hashcat.
For starters I want to say that I’m a huge VeraCrypt fan and use it all the time, for a long time. Long enough to remember when it was, originally, called TrueCrypt before the project was abandoned.
I caught myself thinking: how long would it actually take to brute-force specific password masks? That’s when I decided to put it to the test using Hashcat and an operating system equipped with a graphics card.
This time, however, I decided to expand on its methods and basically make an all-in-one stop for encryption / decryption.
So its something I wanted to make for my own use and figured I might as well share it with you guys. 🙂
Beware though: recursion can be dangerous if used without knowledge. You could end up encrypting your entire system. Also this script will automatically delete the old files after encryption / decryption.
Download link is at the bottom of the post!
Script Requirements
I won’t go into any details regarding the code since I’ve already made a blog post and video going into detail for this exact code.
Anyway, you will need to install pyAesCrypt. This is easiest using pip:
[ Part 1 – Part 2 – Part 3 – Part 4 – Part 5 – Part 6 – Part 7 – Part 8 ]
What’s going on guys?
Welcome to part three of the Python control server series.
In part one we created our simple server and client with about 20 lines of code each (Python 3). Then in part two, we’ve added basic AES encryption to our traffic using pyAesCrypt.
Given the nature of encryption using pyAesCrypt, we we’re unable to receive any data on the server over 1024 bytes with encryption. The main reason for this is that length needs to be passed for the decryption method.
In this part we will be fixing this issue, so let’s get with it.
Traffic Encryption
What exactly is the issue we have here? Why is less than 1024 bytes ok?
Both in our server and client we are sending 1024 bytes at a time. This means that whenever we send a message containing less than 1024 bytes, we won’t run into any issues.
Now considering we have to pass a length argument for decryption, if we send a message that is 1500 bytes, the server will receive the first 1024 bytes and attempt to decrypt it – resulting in an error.
This is where we have a few different options: receive all the encrypted data and then decrypt it all at once; or, receive smaller chunks of data and decrypt on-demand. Both options have their merits, I decided this latter one would be easier to program for a encryption noob like me. 🙂
Welcome to part two of the Python control server series.
In the first part of the series we made a simple plaintext control server. It allows you to run commands and control your systems from a distance.
This time we’re stepping it up and adding AES encryption to it.
Traffic Encryption
Since the plan is to eventually add more functionality to our server such as file transfer and reading documents over public networks, traffic encryption is definitely essential to the project.
Imagine you are downloading a file from your computer at home to your laptop using a hotel’s public wireless connection. It’s hard to feel safe about it without using some form of encryption.
For this and other reasons, we’ll be using pyAesCrypt to encrypt the connection to our server using AES both ways (server and client).
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