I am a low-level software engineer and security researcher specializing in binary analysis, runtime instrumentation, and system internals. My work revolves around deconstructing complex systems, reversing obfuscated binaries, and building automated tooling for security workflows.
- Binary Analysis & Deobfuscation: Statically and dynamically analyzing protected executables (ARM/x86).
- Runtime Instrumentation: Developing custom tooling using Frida for dynamic hooking and memory analysis.
- AI-Driven Security: Integrating agentic AI and Model Context Protocol (MCP) to automate complex reverse engineering and OSINT workflows.
- System Internals: Deep dives into Android OS internals, Linux kernel mechanics, and bare-metal execution environments.
- Reverse Engineering: Exploring memory manipulation, executable packing, and anti-debugging techniques.
- Instrumentation & Hooking: Building resilient hooks for dynamic binary analysis.
- Automation: Leveraging Python and AI to accelerate vulnerability discovery and exploit development.
- BareMetal-RAM-Dumper
A real-mode (16-bit) x86 bootloader utility designed to dump physical memory directly to disk, bypassing the operating system entirely. - telegram-mcp-server
A secure Model Context Protocol (MCP) server for Telegram, enabling AI agents to interact with localized SQLite caches and encrypted sessions in memory. - IDA-Plugin-Strings-decryptor
An IDA Pro Python script utilizing advanced ARM instruction emulation (MOVW/MOVT, EOR) to dynamically recover obfuscated strings in mobile binaries.
"Understanding a system truly begins when you step outside of its intended constraints."
Ping me on Telegram: @ReverseEng1neer
