MicroCloud Hologram Reveals Bitcoin Protocol with Hybrid PQC and Lattice-Based Signatures
MicroCloud Hologram Inc. unveiled an R&D plan to develop a post-quantum Bitcoin protocol featuring lattice- and hash-based signature algorithms, hybrid encryption, delayed key exposure, and multi-layer transaction validation. The protocol roadmap includes testnet simulations, soft-fork governance mechanisms, and wallet migration tools to ensure quantum-resistant blockchain security.
1. R&D Plan Overview
MicroCloud Hologram Inc. has announced a comprehensive research and development plan to design a quantum-resistant Bitcoin protocol. The initiative targets systematic restructuring of cryptographic, network, and application layers to build a sustainable, evolvable security framework.
2. Core Technical Innovations
The protocol replaces ECDSA with lattice- and hash-based signature algorithms, implements a hybrid encryption model requiring dual verification of ECC and post-quantum signatures, introduces delayed public key exposure and one-time quantum-safe address formats, and adds multi-layer transaction validation including zero-knowledge proofs and verifiable delay functions.
3. Implementation Roadmap and Governance
The development path begins with quantum attack simulations and a dedicated testnet, progresses through soft-fork deployment with parallel protocol operation, and employs on-chain governance and incentive mechanisms alongside wallet upgrade tools to facilitate seamless asset migration while maintaining legacy compatibility.