FateInjector can generate Frida Gadget scripts on the fly:
"Don't test for errors. Dictate destinies." 2. Core Architecture FateInjector comprises five modular layers: 2.1. FateScript VM (DSL) A small, embeddable bytecode interpreter that executes FateScript – a declarative language for defining fate-altering rules. FateInjector
With great power comes great fragility. Use FateInjector in isolated VMs, on your own binaries, or with explicit authorization. Fate is a fickle mistress. Would you like a ready-to-compile PoC for FateInjector (Linux x64, ~300 lines of C + Python binder)? FateInjector can generate Frida Gadget scripts on the
Example FateScript:
// Intercept open() system call wrapper int open(const char *path, int flags, mode_t mode) int (*original_open)(const char*, int, mode_t) = dlsym(RTLD_NEXT, "open"); if (FateInjector_ShouldBlock(path)) errno = EACCES; return -1; return original_open(path, flags, mode); FateScript VM (DSL) A small, embeddable bytecode interpreter
1. Executive Summary FateInjector is a post-compilation, runtime instrumentation framework that allows engineers, security researchers, and game developers to inject "fate-altering events" into a running process. Unlike traditional fuzzers (random input mutation) or debuggers (breakpoint/halt), FateInjector operates on the principle of deterministic state corruption —it rewrites specific variables, return values, or code paths to force the target into a desired (or undesired) alternate reality.