I'm a software engineer passionate about network protocols, fingerprint research, and high-performance crawling systems 🕷️. I love exploring how low-level networking, TLS fingerprints, and browser emulation interact — and building tools that push the boundaries of stealth and scale.

Currently, I’m developing open-source tools that focus on fingerprint spoofing, protocol analysis, and intelligent proxying. Here are two of my main projects 👇

A crawler-focused forward proxy with fingerprint spoofing

A high-performance forward proxy designed for crawlers and automation frameworks. It integrates browser-like fingerprint emulation, JA3 spoofing, and dynamic TLS profiles to minimize detection.

Highlights

• 🕸️ Fingerprint spoofing & rotation (JA3/JA4/HTTP2)
• ⚙️ Supports automation frameworks & stealth crawling
• 🚀 Optimized for speed, concurrency, and reliability

🚀 Obtain the client's JA3, HTTP/2, and JA4 fingerprints

A lightweight utility to extract client-side TLS and HTTP fingerprints — useful for traffic analysis, proxy routing, and anti-detection testing.

Highlights

• 🔬 Extracts JA3, HTTP/2, and JA4 fingerprints
• 📊 Detects client variations across browsers or emulators
• 🧩 Helps build adaptive, fingerprint-aware routing

I mainly work with Go (Golang), focusing on web crawling, proxy systems, and fingerprint simulation. I also use Python and Node.js for tooling and automation in distributed systems.