Quantum One provides a hybrid Classic-to-Quantum (C2Q) blockchain platform that links existing enterprise blockchains to quantum computing resources via a RESTful API bridge. The solution secures the classical layer with post‑quantum cryptography, introduces a Proof of Quantum Work consensus using quantum annealing and gate‑based miners, and adds an AI resource layer that distributes workloads across quantum and classical nodes, delivering quantum‑resistant security and enhanced performance for mission‑critical applications.
Funding
Funding not disclosed
Founders
Product
Problem
Current blockchain platforms rely on cryptographic algorithms that are vulnerable to attacks from emerging quantum computers, and they lack native integration with quantum computing resources, limiting security and performance for enterprise applications.
Solution
Quantum One offers a hybrid “Classic-to-Quantum” (C2Q) blockchain architecture that connects existing enterprise blockchains to quantum computing infrastructure via a RESTful API bridge. The platform secures the classical layer with post‑quantum cryptography (PQC) and introduces a quantum consensus mechanism (Proof of Quantum Work) powered by quantum annealing and gate‑based quantum miners. An integrated AI resource layer distributes AI workloads across both classical and quantum nodes, enabling advanced data processing within the blockchain. This combination provides quantum‑resistant security, improved mining efficiency, and native AI capabilities while preserving compatibility with existing blockchain deployments.
Target Audience
Primary customers are enterprises and consortiums that operate mission‑critical blockchain solutions and require quantum‑secure, high‑performance infrastructure, such as financial services, supply‑chain, and data‑intensive AI applications.
Features
- Post‑quantum cryptography (NIST‑aligned) applied to the classical blockchain layer for quantum‑resistant security
- C2Q API bridge that enables seamless communication between classical and quantum layers via standard REST endpoints
- Quantum annealing‑based blockchain (DWave) with Proof of Quantum Work (PoQW) consensus for efficient mining
- Gate‑based quantum mining (Equal1 Bell1) using 6‑qubit processors to provide quantum advantage in block validation
- Distributed AI resource layer that leverages both quantum and classical compute for AI model training and inference
- Native interoperability across classical and quantum networks without the need for external cross‑chain bridges