π Specializing in threshold cryptography and distributed key management
I'm a blockchain developer focused on building secure, production-ready infrastructure for Web3. Iβve built idmap-core, an MPC wallet solution for Solana using CGGMP21 threshold signatures.
const akash = {
focus: "Building utility over hype",
shipped: "idmap-core - MPC wallet infra for Solana",
learning: ["DKG protocols", "Threshold cryptography", "Solana programs"],
tech_stack: ["Rust", "Solana", "Hyperledger Fabric", "Go", "TypeScript"],
motto: "Every Solana developer you admire started somewhere. I'm building in public."
};- Winner β Superteam Γ 100xDevs Solana Hackathon
Blockchain & Cryptography:
- π¦ Rust - Systems programming & blockchain development
- βοΈ Solana - High-performance blockchain development
- π CGGMP21 - Threshold signature schemes
- π’ Hyperledger Fabric - Enterprise blockchain solutions
- π Ed25519 - Cryptographic signatures
Tools & Frameworks:
- TypeScript, Node.js, Java
- Git, Docker, Linux
- Tokio async runtime
Built production-grade MPC wallet infrastructure for Solana using:
- CGGMP21 DKG for distributed key generation
- Ed25519 threshold signing where private keys are never reconstructed
- Solana integration for seamless blockchain interactions
π Live Demo | π GitHub Repo
- memvid β encryption correctness, edge-case handling, streaming safety
- Nativelink β concurrency fixes & deadlock resolution
- Hyperledger Fabric β asset-transfer samples
- Fixing CI/CD workflows for enterprise blockchain tooling
- Active in Solana developer community
- Advanced Rust async patterns (Tokio) for high-throughput distributed services
- Distributed Key Generation (DKG) protocols
- Multi-Party Computation (MPC) security models
- Solana program optimization
- Enterprise blockchain architecture (Hyperledger)
