The Official Vutrium Resellers Roadmap

Step 1: The Initial Heist

First, you'll need my payload. You can't just download it. You'll have to extract my PyInjector.dll from the loader. Once you have it, you'll need to find the encrypted Python script payload within the binary. A little tip: it won't show up in a simple string search. Have fun with that.

Step 2: The Decryption Challenge

You've found the encrypted blob? Cute. Now you just have to decrypt it. It's a fairly straightforward multi-layered, key-derived, permutation-based encryption scheme. I'm sure someone with your skills can figure out the correct order of operations to reverse it all.

Step 3: The Useless Victory

Congratulations! After all that work, you now have a clean Python script that will immediately crash. Why? Because it's trying to connect to a custom C++ SDK that you don't have. The script you just decrypted is the key to a car that doesn't exist yet.

Time to build the car.

Step 4: The Great Reconstruction (The Fun Part)

This is where you'll spend the next few months. You need to build your own C++ SDK DLL from scratch that perfectly mimics mine.

1. Get the Blueprints: You'll need to find the old, discontinued MarlBot rlsdk_python to understand the basic logic.
2. Generate the Parts: You'll need a C++ SDK for the current game version, likely from the CodeRed SDK Generator.
3. Find the Offsets: To use the generator, you need the latest GNames and GObjects offsets. You can find these posted for free, every game update, in the #announcements channel on my Discord server. You're welcome.
4. Assemble the Engine: Now, build your C++ DLL. A single mistake here means you'll be debugging corrupted data packets for weeks. Good luck.

A Pro-Tip For You: A generated SDK lets you use pointers directly to get data, like ball->Location. Much easier than messing with offsets.

Step 5: The Foundational Hurdle

I almost forgot. Your C++ project needs to be a PyInjector a DLL that can host an embedded Python interpreter and execute script code passed to it from memory. You'll need to build that part first. It's a simple prerequisite, really.

Step 6: The "Watermark" Problem

Let's assume you've done all of the above. But you were lazy and decided to just use my C++ SDK instead of building your own. Bad move. Now you have to deal with my watermark.

My SDK has a little surprise that tells your "customers" they've been scammed. A little hint: the "you got scammed" text isn't stored as a plain string in the .rdata section. It's constructed at runtime from an encrypted byte array.

Think you can just find the MessageBoxW call in IDA and patch it with NOPs? Go ahead, try. You can't. To truly remove my message, you have to do it the hard way. You'll need to reverse-engineer my decryption routine, find the key, write your own message (maybe an empty one?), and then use my algorithm to create a brand new, valid encrypted byte array. Only then can you patch my original array in the binary. Good luck with that.

I'm a nice guy. If you're struggling to build your own C++ SDK, you can check out this public RLSDK template on UnknownCheats: https://www.unknowncheats.me/forum/other-fps-games/580873-rocket-league-mod-cheat-template.html. It's a great starting point. wink