The first unified
Quantum Operating Environment
Compose quantum-enabled workflowsTM and execute freely
across the full range of quantum devices.
Compose quantum workflows
Conduct workflows across quantum and classical hardware
Record results, packaged in a database
(More Coming Soon)
How Orquestra Works: deep dive.
Compose workflows in the YAML-compatible Zapata Quantum Workflow Language (ZQWL). Arrange component tasks and algorithms, and tune parameters across workflows and quantum devices. Organize and share workflows by the project.
Leverage Orquestra’s open-source and proprietary quantum libraries. Wrappers exist for open-source algorithms (e.g., from Qiskit, Cirq, and Forest). Industry and use case-specific Orquestra Pro Packs are available, which include Zapata’s proprietary algorithms, optimized implementations of public algorithms, and specialized data post-processing.
Submit your workflows to the Orquestra Quantum Engine (OQE) servers via REST API. Run-on quantum and classical devices including quantum gate model computers, quantum annealers, and quantum-inspired classical devices.
The Orquestra Data Correlation Service (ODCS) organizes intermediate and final workflow data in a secured Mongo Database. Export data for analysis in Excel, a Jupyter notebook, or Tableau. Advanced quantum analytics tools and custom post-processors available.
Orquestra doesn’t just run on all the quantum hardware. We use Orquestra to squeeze top performance from quantum devices. Zapata does this with deep hardware company partnerships and years of R&D. We have algorithms and techniques to uniquely leverage the strengths of each device across the full range of quantum technologies:
A Selection of Quantum Use Cases. Proprietary Zapata techniques in green.