leave the cuck chair.
get bububenu.

Windows gives every process its own virtual address space. the addresses used by an application are virtual rather than direct locations in physical memory. Windows maps those addresses through page tables, applies access permissions and keeps one process from freely reading another process’s state from ordinary user mode.

bububenu places memory access behind a kernel driver. kernel-mode code runs on the privileged side of the Windows user/kernel boundary and can operate with the target process’s memory context. the driver is used as the narrow access layer for reading the required process state; the rest of the application remains in user mode.

reads still belong to the target address space. a virtual address only has meaning in the context of the process whose page tables define it, so memory access must be performed against the correct process context. the returned bytes are only raw state. they gain meaning later, when the user-level application interprets their layout and converts them into stable runtime data.

keeping the driver narrow matters. memory access happens at a higher privilege level, while parsing, state handling and presentation do not need to. limiting kernel responsibility reduces the amount of privileged code and keeps frequently changing application logic on the safer, easier-to-update side of the boundary.

rendering stays entirely in user space. once memory-derived state has crossed back into the application, it is processed and drawn through a separate overlay window. no visual interface is produced by the driver, and nothing needs to be rendered inside the game process. the overlay is screen-capture proof by default.