Auto skill

You just don’t have the creativity to mess around with random ideas, my friend. There’s nothing wrong with trying out weird or useless stuff it’s fun and it helps me learn. You never know when some random idea will come in handy later. But I’ll explain it a bit more so you get what I’m doing.

Basically, this auto-skills feature is just an add-on to a cheat provider like Milkyway. It’s kind of like how cheats work in League of Legends. In LoL, you need a bypass or injector to run a bot that automates movements like orb walking. Same thing here.

We’re using Milkyway to give us visuals and all the fancy stuff you’d normally get with an internal cheat. Based on those visuals, I can build automation. Milkyway handles most of the hard work overlays, player positioning, and so on. With that info, I can create my own scripts. I don’t need to mess with memory addresses or view vectors. I just read what’s on the screen and use that.

display:


In that video, there’s enough visual data to make a basic auto combo. The aimbot moves you toward the target and you can see their health and how far they are. Using that info I can made a single key hotkey using a Raspberry Pi 5. It acts like a HID passthrough, so even though it’s external, the anti-cheat sees it as internal. I already tested this setup on Valorant, which is way harder to bp than most games when it comes to external devices

At this point, all I need to do is write a simple script. When an enemy gets close, I press one key, and it runs the whole combo automatically through emulation. Since cooldowns are visible (you can press F4 to see them), I can hardcode those into the script that runs on the Pi.

Other providers already do similar stuff but I’d say mine is more flexible. They read directly from memory, while I just use a colorbot which I think is safer and easier to customize. I’m also working on a GUI to let you tweak settings before sending the input through emulation.

Again, I’m not selling anything. I’m doing this for fun to learn and maybe apply the same stuff to other games. I’ve already worked with firmware emulation on Valorant, but I want to go further than just HID emulation. I want to start learning keyboard emulations.

So yeah, hope that clears things up. This isn’t about being practical it’s just a fun learning project.

Technical Breakdown of How Everything Works:

Setup1 Main:

PC1 – Runs the game

PC2 – Handles capture and automation

Raspberry Pi 5 – Does input emulation

Mouse & Keyboard – Main inputs

Setup2:
PC 1: Runs game and screen capture

Raspberry pi5: Emulation

Software running: Runs on PC1 and directly talks to raspberry Pi5(No passthrough)

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Razer Driver Used for spoofing input as a Razer device:

included AI tops 26+ because why not use hardware i already have laying around. Offload some of the processing because mine seems to overheat. (Very hot where i live)

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1. Mouse Emulation with Razer Exploit
I’m spoofing the passthrough to make the system think my mouse is a Razer mouse. By calling the Razer driver, it assigns the device as a Razer mouse, not a generic HID. This works because we’re abusing how Razer identifies its own products through the driver communication. Only useful to pull strings*

Before emulation: Mouse shows up as generic HID/ 2 HID inputs

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After emulation: Mouse shows up as a Razer device

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2. Keyboard Emulation (No Exploit Needed)
My keyboard is a basic 'PlayMax' keyboard, so there’s no need for a driver exploit. I just tweak the source code in the passthrough to match how the Pi communicates with the PC. It’s simple just change some variables, no need to go deep into serial bus stuff.

3. Capture Card for Visual Input
To avoid adding detection vectors, I’m using a capture card. This way the colorbot/AI can read the visuals externally without touching game memory or the computer itself.

4. Visuals
PC1 sends its display output to PC2 via capture card.
PC2 runs the colorbot, which processes the visuals and does the calculations.
Once done, it sends the calculated action or command to the Raspberry Pi 5.
The Pi then sends emulated inputs through the emulation and those inputs show up as normal hardware actions to the game.


5. Key Automation (Example: Q, W, E, R)
You press your hotkey (like Mouse5) and the Pi will auto press keys for you based on set time intervals (like 3s, 7s, 2s).
Right now I’m working on a toggle system so Mouse5 starts the combo and Mouse4 can stop it (helpful if something changes mid fight like spiderman flying away).

6. Full HID Emulation
After the keyboard setup is fully working. I can build full bots like AFK levelers or macro setups. Since it's full emulation I can write anything that uses mouse or keyboard inputs.

7. Keep making random shit

With full control over inputs I can make stuff like:

Aimbot
Flickbots
Rcs
bot levelers
auto typing
etc just random shit


8: Keep adding random shit to what im making because again. This is meant for fun.
+ why not expand my knowledge of HID devices at a hardware level.

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for instance. direcltly modifiting the MCU reading of delta vectors. No need for any other MCUs/MCs. Soley runs internally on mouse PCB. Aka. MACKU, Kbm, STM32

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I think the main issue is that you guys assume everyone follows the same path. Not everyone thinks the same or sticks to the usual way of cheat development. Some people know more, some know less, and just because you don’t understand what I’m doing doesn’t mean it’s wrong. I’ve already said this is just for fun eg and i enjoy doing random projects:

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hope this helps you understand that this is fun and not meant to be sold :)

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