Rigetti Computing
Rigetti Computing is a quantum computing company that develops and operates superconducting quantum processors and provides access to them through cloud-based services for commercial, academic, and government users.
- Cloud-accessible superconducting quantum processors for research and application development (quantum infrastructure).
- Quantum computing services integrated with classical cloud environments for hybrid workflows (hybrid quantum-classical computing).
- Software tools and developer environments for programming and optimizing quantum algorithms (quantum software and tooling).
- Collaboration with enterprises, research institutions, and government agencies on quantum use cases and benchmarking (professional and research services).
- Quantum systems designed for deployment via Rigetti-operated cloud platforms and partner cloud marketplaces (managed quantum cloud services).
More About Rigetti Computing
Rigetti Computing focuses on building and operating superconducting qubit-based quantum processors (quantum infrastructure) that are accessible via the cloud for enterprise, academic, and government workloads. Its systems are designed for use in hybrid quantum-classical architectures, where quantum processing units (QPUs) are coupled with conventional CPUs and GPUs, enabling users to offload specific computational tasks to Rigetti’s quantum hardware through standardized cloud interfaces and APIs.
The company provides managed quantum cloud services (managed quantum cloud services), giving organizations remote access to Rigetti QPUs hosted in Rigetti data centers and exposed through its own cloud platform and selected hyperscaler marketplaces. This delivery model allows enterprise teams to experiment with quantum algorithms, run proof-of-concept workloads, and evaluate performance without operating quantum hardware on premises. Typical engagement patterns include time-based access, workload-based experiments, and collaborations on domain-specific algorithms.
On the software side, Rigetti offers tools and development environments (quantum software and tooling) that support the design, simulation, and execution of quantum circuits on its processors. These tools are oriented toward quantum algorithm developers, data scientists, and researchers who need programmatic access through languages such as Python and standard quantum circuit models. The software stack usually encompasses circuit definition, transpilation for Rigetti’s native gate sets, and resource management for running jobs on available QPUs.
Enterprises and institutions use Rigetti’s offerings for exploratory work in areas such as optimization, Machine Learning (ML), and materials modeling, where quantum algorithms are under evaluation as alternatives or complements to classical High performance computing (HPC). In these scenarios, Rigetti’s systems are positioned as a specialized computing resource that is accessed in parallel with existing HPC clusters and cloud compute instances, often orchestrated via containerized workflows and APIs.
From a directory and marketplace perspective, Rigetti Computing aligns with categories such as quantum Infrastructure-as-a-Service (IaaS), quantum platform services, and quantum development tooling. Its combination of superconducting quantum hardware, cloud delivery, and software tooling places it within broader enterprise stacks alongside classical cloud infrastructure, HPC services, and specialized accelerators. The company’s collaborations with research and government organizations further position it within the ecosystem of quantum Research and Development (R&D) services and specialized consulting around use-case identification, benchmarking, and algorithmic experimentation.