Frida Dynamic Hooking & Reverse Engineering Engine (.EXE)
Project Overview
Frida Dynamic Hooking Engine is an advanced binary instrumentation and memory inspection framework packaged as a standalone Python and executable tool. It enables security analysts to bypass modern SSL pinning, intercept encrypted application traffic, and hook native runtime functions in Android ART and Windows processes.
By injecting custom JavaScript payloads directly into the V8 engine embedded inside target application processes, the tool provides real-time visibility into memory pointers, cryptographic keys, and internal API parameters without requiring decompilation.
What This System Gives To The User & Business
Instant SSL Pinning Bypass
Unlocks encrypted HTTPS/TLS traffic on modern Android and Windows applications without modifying APKs or binaries.
Decrypted In-Memory API Inspection
Captures plaintext network payloads and authentication tokens before encryption occurs.
Dynamic Function Tampering
Inspects and modifies method arguments and return values at runtime without application recompilation.
Automated Standalone CLI Injector
Single-command execution that automatically attaches to target PIDs or spawns processes in suspended mode.
Cryptographic Key Extraction
Dumps ephemeral AES/RSA keys and tokens directly from application process memory.
Languages & Codebase Breakdown
Process injector orchestrator, CLI interface, IPC bridge, log stream parser
Dynamic in-memory hook scripts, BoringSSL function interception, Java reflection
Memory layout alignment, pointer dereferencing, native assembly offsets
⚠ The Challenge
Circumventing complex anti-hooking heuristics, runtime integrity verifications, and custom TLS certificate pinning implementations without causing application termination or detection.
✓ The Solution
Engineered stealth hooking scripts targeting low-level BoringSSL/OpenSSL primitives (SSL_write, SSL_read), Java reflection handlers, and native C library calls. Built an automated injector CLI that attaches to running process IDs or launches processes in suspended mode.
// Frida V8 Dynamic Memory Hook & BoringSSL Interceptor
Java.perform(function() {
console.log("[*] Injected Frida Dynamic Hooking Engine by MD MINHAZUL ISLAM...");
// Hooking native BoringSSL primitives to extract plaintext telemetry
var ssl_write = Module.findExportByName("libssl.so", "SSL_write");
if (ssl_write) {
Interceptor.attach(ssl_write, {
onEnter: function(args) {
var buffer = Memory.readUtf8String(args[1], args[2].toInt32());
if (buffer.indexOf("POST") !== -1 || buffer.indexOf("telemetry") !== -1) {
console.log("[+] Intercepted Plaintext Telemetry Payload:\n" + buffer);
}
}
});
}
});