Your complete quantum developer toolkit

Your complete quantum developer toolkit

If you’re running quantum circuits, analog hamiltonians, annealing, or any other quantum program, we’re building qBraid for you.

Quantum software done right.

There’s no need to move away from Qiskit, Bloqade, or Braket. qBraid suite of open source software projects complement the quantum ecosystem.

Easy access to hardware.
Write once and submit to a quantum computer.

qBraid’s flagship package, qBraid SDK is compatible with various frameworks, allowing you to easily submit quantum programs to 24+ quantum devices.

Powered by qBraid Runtime

qBraid SDK

qBraid offers native support for 10+ major quantum programming libraries including 20+ inter-library conversions with the ability to dynamically register new program types and conversions on the fly.

Quantum Jobs

Get started with qBraid SDK and our VSCode extension

Install the qBraid SDK and the Quantum Console VSCode extension to get a premiere experience in quantum computing.

Check out our other software packages

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qBraid-QIR

This project aims to make QIR  representations accessible via the qBraid-SDK  transpiler, and by doing so, open the door to language-specific conversions from any and all high-level quantum languages supported by  qbraid.

About Slider ICon

pyqasm

OpenQASM is a powerful language for expressing hybrid quantum-classical programs, but it lacks a comprehensive tool supporting the full capabilities of the language. PyQASM aims to fill this gap by building upon the openqasm3.parser, and providing support for semantic analysis and utilities for program compilation.

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qBraid-CLI

qBraid CLI is a versatile command-line interface tool designed for seamless interactionwith qBraid cloud services and quantum software management tools.

1qbraid devices list -s ONLINE
2
3Provider    Device Name                        ID                           Status
4AWS         DM1                                aws_dm1                      ONLINE
5AWS         SV1                                aws_sv1                      ONLINE
6AWS         TN1                                aws_tn1                      ONLINE
7IBM         Brisbane                           ibm_brisbane                 ONLINE
8IBM         Fez                                ibm_fez                      ONLINE
9IBM         Kyiv                               ibm_kyiv                     ONLINE
10IBM         Marrakesh                          ibm_marrakesh                ONLINE
11IBM         Sherbrooke                         ibm_sherbrooke               ONLINE
12IBM         Torino                             ibm_torino                   ONLINE
13IQM         Garnet                             iqm_garnet                   UNAVAILABLE
14IonQ        Aria-1                             aws_ionq_aria1               ONLINE
15IonQ        Forte-1                            aws_ionq_fort                ONLINE
16IonQ        Simulator (qBraid)                 ionq_simulator               ONLINE
17NEC         NEC Vector Annealer                nec_vector_annealer          UNAVAILABLE
18QuEra       Aquila                             quera_aquila                 ONLINE
19QuEra       Noisy QASM simulator               quera_qasm_simulator         ONLINE
20Rigetti     Ankaa-3                            rigetti_ankaa_3              ONLINE
21qBraid      QIR sparse simulator               qbraid_qir_simulator         ONLINE
About Slider ICon

qBraid Algorithms

Our python package for building, simulating, and benchmarking hybrid quantum-classical algorithms.

Josh Izaac

Product Director @ Xanadu

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qBraid's provision of a white-labeled laboratory significantly enhanced the coding experience for participants of our QHack Hackathon. The integration of PennyLane environments and tailored code snippets facilitated a more engaging and productive interaction for all users involved.

Rowen Wu

Product Manager @ Q-CTRL

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With the Fire Opal environment on qBraid, it's easy for anyone to leverage Q-CTRL's error suppression pipeline to maximize performance of quantum hardware. Instead of spending time setting up, you can simply install the environment and run valuable quantum applications with the best possible performance.

Brian Siegelwax

Independent Quantum Algorithm Designer

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qBraid is the quantum computing shopping mall. If you go there, you can probably find the cloud service and quantum hardware you're looking for with advanced integration and frameworks.

Bennett Brown

QuSTEAM Executive Director

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QuSTEAM offers our undergraduate course modules using the qBraid platform because it's easy for students to start running quantum programs on different kinds of QPUs, right away. It's easy for the instructor to manage the educational materials, provide starter code, and manage QPU credits as their students progress through projects.

Go for launch!

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