Skip to main content

Build Something
Quantum,
|

Try Coda
Supported by

What we do

We build the software infrastructure to make quantum computers work today.

At the top, Coda is our natural language interface for quantum computing. Describe what you want to do, and Coda generates the quantum program, executes it, and returns the results.

At the bottom, Control brings quantum computers online and keeps them operating reliably.

Together, they unify the entire quantum computing stack.

The quantum computing stack

The traditional stack has many layers between the user and the hardware. Conductor condenses it into three.

Traditional

Software

Languages & SDKs
Algorithms
Applications

Middleware

Simulation
Compilation
Transpilation

Control

Error Correction
Calibration
Pulse Sequencing
Control Electronics

Hardware

Quantum Processor

Conductor

Coda
Control
Quantum Hardware

Hover over a layer to see the mapping

Coda

An AI-powered natural language interface for quantum computing.

Open Coda
Coda chat interface

Control

Automated calibration software for quantum computers of any size. Built-in gate tune-up, readout optimization, and crosstalk mitigation.

Learn more

Software that Scales

Designed from the ground up to operate large-scale quantum computers, from tens of qubits to billions. Parallelized architecture with no bottlenecks.

ML-Powered Analysis

Machine Learning models for automated analysis, extracting insights in milliseconds. Classify qubit states and detect anomalies without manual inspection.

Hardware Agnostic

Not locked to any single qubit type or vendor. Supports superconducting, spin, trapped-ion, and photonic systems through a unified interface.

Questions & Answers

Conductor Quantum is a company that builds critical software infrastructure for quantum computing.
Coda is our chat interface for using quantum computers. Control is our low-level calibration and hardware control software for bringing quantum devices online.
Control integrates with the control electronics of your choice. Coda supports a variety of quantum hardware platforms, such as ion trap qubits from IonQ and superconducting qubits from Rigetti.
Coda uses NVIDIA cuQuantum libraries and NVIDIA CUDA-Q under the hood to simulate quantum circuits on GPUs.
No. Coda can be used entirely with simulated backends for developing and testing quantum workflows. However, if you'd like to setup your own quantum hardware, get in touch! We can help you find the best options for the entire stack (quantum processing unit, cryogenics, control electronics, and software) suitable for your desired speed of deployment, budget and use case.
Control uses state-of-the-art machine learning models for automated analysis of quantum device data.
You can try Coda right away at coda.conductorquantum.com, or explore our Control product for hardware calibration and device operation.
Yes. Coda offers a free tier so you can get started immediately. For Control, request a demo to see how it fits your research needs.
Yes. Control is designed to integrate with existing lab infrastructure. It works alongside your current instruments and control electronics without requiring you to replace your setup or measurement software.

Try our New Product, Coda.

Get started