- 👀 Tech-curious about cryptography, digital systems, and African philosophy
- 🌱 Currently learning counters, combinational logic, blockchain, and Python internals
- 💞️ Open to collaborations on crypto-security, Python tooling, and blockchain experiments
- 😄 Pronouns:
byte/bitself— Byte's into Python and bitself's deciphering hash puzzles - ⚡ Fun fact: I understand Merkle trees, but not why my coffee machine needs a firmware update
A microchain project built with Python from the ground up
Features:
- ✅ Custom block structure with cryptographic hashing
- 🔒 SHA-256 chaining & tamper detection
- ⛏️ Proof-of-Work mining
- 🔗 Chain validation
- 🧠 Difficulty adjustment
- 🌐 P2P Network
- 📦 IPFS storage integration
- 🏛️ Smart contract layer
Tech Stack: Python SHA-256 Merkle Trees P2P Networking
A decentralized application (DApp) being built on the Mini Blockchain for deploying and interacting with smart contracts.
Planned/Current Features:
- 🛡️ Secure sandboxed execution environment
- 🚀 Contract deployment & execution
- 🔍 Access to blockchain data
- 🧯 Safe execution with robust error handling
API Endpoints:
- 📦 Contract deployment
- ⚡ Function execution
- 📃 Contract listing
Frontend Interface:
- 📝 Contract deployment form
- 🕹️ Function call interface
- 📋 Contract listing table
- 📊 Result display
Enhanced UI:
- 🎨 Improved styling
- 🧩 Better organization
- 🖱️ Interactive elements
This DApp is under active development — stay tuned for updates as the platform evolves!
- 🧩 I like reverse-engineering things (especially if it's encrypted)
- 📖 I read bytecode for fun sometimes
- 🎓 Always in learning mode — from circuits to Solidity
- 💬 Ask me about Python, SHA hashing, or block headers
- ☕ Fun fact: "I can describe a NAND gate... while undercaffeinated."
Cryptography: SHA-256, Merkle Trees, Hash Functions, Digital Signatures
Blockchain: Proof-of-Work, Chain Validation, Block Mining, P2P Networks
Systems: Digital Logic, Combinational Circuits, Binary Operations
Philosophy: African Philosophy Integration with Tech Ethics
- Advanced Cryptographic Protocols - Zero-knowledge proofs, homomorphic encryption
- Solidity & Smart Contracts - DeFi protocol development
- System Design - Distributed systems architecture
- FPGA Programming - Hardware-level digital system implementation
- Python Internals - Bytecode optimization and CPython deep dive
"Your blocks are immutable. Your ideas shouldn't be."
— Bridging African philosophical wisdom with digital innovation
Keep mining knowledge and hashing ideas 💡🔗
Building the future, one block at a time