HELLO,
I AM
OQTOPUS
Our mission
We will form an open community
for quantum computer system software
and promote future technological innovation.
Open sourcing will make it easier for various research institutes and companies to participate in quantum computer development, and is expected to promote technological innovation and community formation.
About OQTOPUS
to open source all the system software needed
for quantum computers.
Each layer of OQTOPUS consists of the following software:
[Front-end layer]
■ QURI Parts OQTOPUS
It converts user-written quantum programs into a generic format (OpenQASM3) and communicates with the cloud layer.
[Cloud layer]
■ GUI
Information such as the execution status and results of user-created quantum programs, as well as the accuracy of quantum chips, is provided through a Web screen.
## OQTOPUS Cloud
Responsible for data management functions for the entire system, as well as user management and job management.
[Backend layer]
■ OQTOPUS Engine
As an execution platform for quantum computation, it works with the cloud layer, Tranqu Server, and Device Gateway to execute quantum programs. It also performs various processes necessary for quantum computation, such as calculation of the expected value of the execution result and error suppression.
■ Tranqu
It is a one-stop framework that supports multiple quantum programming libraries and quantum circuit transformation and optimization functions (transpilers).
■ Tranqu Server
It provides transpiler services using Tranqu and is used by OQTOPUS Engine.
[Operation]
■ QDash
It is a dashboard that executes calibration essential for operation as a workflow, and visualizes the history management of execution results.
Demo
Products
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oqtopus-cloud
Open Quantum Toolchain for OPerators & USers (OQTOPUS) is a project that provides the architecture of cloud quantum computers as an open-source software (OSS).
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oqtopus-frontend
The web-based frontend application for OQTOPUS.
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tranqu
Tranqu: A one-stop framework for transpilers across multiple quantum programming libraries and formats for quantum circuits.
