I'm an independent developer specializing in cryptographic research and blockchain forensics. Since 2013, I've been building open-source tools for:
🔍 Advanced Bitcoin address classification
🔐 Public/private key transformation logic
🧠 Structural blockchain analysis and entropy visualization
I focus on low-level blockchain behavior — from raw HEX keys to full address derivation, working with Bitcoin (BTC), Ethereum (ETH), Binance Smart Chain (BSC), Polygon, Solana, and other networks, including alternative and experimental architectures.
I don’t build exploitative tools or anything designed for unauthorized access.
Every project I publish is meant to empower researchers, not attackers.
🧭 I create tools that uncover the cryptographic structure of decentralized networks, supporting security audits, educational research, and entropy pattern discovery.
🛠️ One of my key achievements is the development of the first offline multi-chain key scanner tailored for entropy-based anomaly detection — built entirely with security and research in mind.
- Bitcoin address architecture (P2PKH / P2SH / Bech32)
- Derivation path analysis: BIP32, BIP44, BIP49, BIP84
- Entropy visualization and key validation logic
- Levenshtein, Hamming, and Euclidean distance algorithms — for detecting similarity, mutations, and pattern deviation
- ECDSA
r,s,zparameter-based recovery modeling - Heuristic methods for clustering, entropy scoring, and anomaly detection
- Experimental quantum-resilient models and threat pattern discovery
- Conceptual foundation for QuantumCore — cryptography beyond classical limits
📁 Explore my repositories below
🔗 GitHub Profile: https://github.com/BitMorphX
✉️ Email: BitMorphX@proton.me
💬 Telegram: https://t.me/BitMorphX
“I morph bits, not to break, but to understand.”
— BitMorphX
© 2025 BitMorphX. All rights reserved.
🔎 See full profile: ABOUT_BitMorphX.md
📘 Read my technical articles and research notes: BitMorphX-Journey