Ring-1.io operates at the forefront of cheat development for online video games, employing advanced techniques to evade detection by anti-cheat systems. The article reveals how researchers partially deobfuscated Themida-protected binaries associated with this cheat provider, including an implant that manipulates the UEFI boot process. This implant can modify essential system files, allowing cheats to load before the operating system, effectively bypassing security measures like Secure Boot. The loader used by ring-1.io self-deletes after execution, requiring users to download a fresh version each time. Each instance has a unique file hash, reducing the chances of detection through forensic analysis. Communication with the backend is secured using JWT tokens, and HTTP response bodies are encrypted to thwart interception. Once a user selects cheats, the loader replaces critical EFI files with modified versions that include the user's cheat information. The bootloader implant employs several anti-analysis techniques, including timing checks to detect virtualization environments. If virtualization is detected, the implant crashes the system to avoid detection. If not, it installs hooks in critical functions to capture execution paths and manipulate the Hyper-V environment. This allows the implant to inject itself into the guest kernel and intercept calls to the Hyper-V image, ensuring it maintains control without being easily detected. This sophisticated approach not only highlights the lengths cheat developers go to but also raises questions about the effectiveness of current anti-cheat measures in the gaming industry.