Do you need to emulate quantum workloads across hybrid environments while seamlessly connecting Qaptiva appliances, HPC clusters, myQLM, or QPUs?
Qaptiva Access is a secure client-server software architecture designed to operate quantum emulation services and seamlessly connect a wide range of quantum and classical computing appliances across internal and external networks.
Its primary function is to schedule quantum workloads and access QPUs within HPC environments, while also offloading heavy computations from a local PC to a remote machine. This enables seamless result processing without requiring significant modifications to the original Python script.
Core benefits
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Quantum offloading:
Offload heavy quantum and hybrid workloads in real time, with no compromise on performance or security.
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Intelligent job scheduling:
Integrate job scheduling capabilities to efficiently queue, prioritize, and manage quantum tasks across hybrid environments, ensuring optimal resource utilization and seamless execution.
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Resource management:
Easily schedule quantum jobs and route them to Qaptiva or any declared QPU with seamless integration.
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Flexible deployment:
It enables scalable and efficient workload orchestration across hybrid quantum-classical infrastructures.
It can be installed on:
A Qaptiva 800
appliance
A dedicated Qaptiva
Access Appliance
A node within
an HPC cluster
This versatility ensures seamless integration into diverse computing environments, supporting a wide range of quantum and classical workloads.
Key features
Supports QPU-agnostic scheduling via native Slurm tools.
Accounting and billing are supported through native Slurm, eliminating the need for additional systems.
Connects seamlessly with identity and access management solutions to ensure secure user authentication and access control.
Get in touch!
Get in Touch!