Conductor Quantum Introduces Coda, a Natural Language Interface for Quantum Computing

"Conductor Quantum has announced Coda, a natural language interface for running quantum programs on real quantum hardware. The system is positioned as a software layer that translates high-level user intent into executable quantum circuits. With Coda, users describe the problem they want to execute using natural language. The platform converts that description into a quantum circuit, validates it against correctness and hardware constraints, and submits it for execution on available quantum processors."

"Coda is designed to operate above existing quantum SDKs and hardware providers. Rather than replacing those tools, it acts as an orchestration layer that generates and executes quantum programs without requiring users to manage the full software and hardware stack directly. For users who want more transparency, Coda includes a learn mode that explains how circuits are constructed, why specific operations are used, and how to interpret the results produced by the system."

Coda accepts natural-language problem descriptions and converts them into executable quantum circuits. The system validates generated circuits for correctness and hardware constraints before submitting them to available quantum processors. The platform reduces setup, orchestration, and low-level programming overhead while preserving visibility into underlying quantum operations. Coda operates above existing quantum SDKs and hardware providers as an orchestration layer rather than replacing those tools. A learn mode explains how circuits are constructed, why specific operations are used, and how to interpret produced results. At launch, Coda provides access to Rigetti's 84-qubit system and supports quantum simulation of up to 34 qubits via NVIDIA cuQuantum.

Read at InfoQ