# Miguel Targa > Miguel Targa is a software engineer and reverse engineer with over a decade in the industry. He is in Google's Bug Hunters Hall of Fame for finding security vulnerabilities and helping fix them, and he created TargaScript, a programming language with its own compiler, bytecode virtual machine and WebAssembly runtime. His personal site, targa.me, is an interactive terminal written in TargaScript. Born in Brazil, Miguel moved to the United States at 15. Binary analysis, security research and low-level programming are where he has the most fun. ## Highlights - Listed in Google's Bug Hunters Hall of Fame for finding security vulnerabilities and helping fix them. - Created TargaScript, a programming language with a compiler, a bytecode virtual machine, a WebAssembly runtime, a formatter, a test runner, a language server and a playground written in the language itself. - Wrote targa.me in TargaScript: an interactive terminal with a virtual filesystem, over 150 commands and a small language model that runs in the browser. - Over a decade in the industry, working across Go, Python, TypeScript, JavaScript, Kotlin, C#, Java, PHP, Delphi and CFML, on .NET, Android, Lucee and ESP32 hardware. - Started reading other people's code in Delphi and Pascal at 12; how things work under the hood is still what drives him. - Writes about peer-to-peer networking, with runnable Rust code, and builds hardware projects like kiddo, a storytelling device for kids. ## TargaScript If TypeScript can be rewritten in Go, why not build a language in it? TargaScript is a small, modern scripting language: pipes, pattern matching, structs and enums, destructuring and top-level await, with a formatter, a test runner, a web server and editor support built in. A compiler turns programs into bytecode for a virtual machine, which runs the same in the terminal and, compiled to WebAssembly, in web pages. This site is written in it. Try it at script.targa.me, a playground also written in TargaScript. Inspired by "Writing An Interpreter In Go". - Runs from one command-line binary, in web pages from a WebAssembly runtime of about 200 KB compressed with a plain