Solutions
Platform
Discover & Design
Build & Run
Benchmark & Optimize
Operate & Scale
- DeploymentsSoon
- Application IntegrationsSoon
Govern & Control
Resources
Solution · Build & Run
From defined use case to running solver
Bring your code, run it on the hardware that fits, and switch backends without rewriting it.
- Discovery
- Prioritisation & roadmap
- Experimentation
- Results & decision
- Structured program
- Scaling & Quantum Ops
Products
Products in this solution
Local prototypes→Solvers the whole team can run
Solver Workbench
Turn your code into a validated solver that the platform builds and runs.
- Solver Templates & Runtime: start from a provider template
- Repository-Connected Solvers: build straight from Git
- Build-Time Code Validation: errors caught before the run
One vendor, one SDK→Any backend, same code
Compute Gateway
Run on quantum hardware, simulators, GPUs or classical compute through one integration.
- Multi-Provider Quantum Hardware Access: leading QPUs in one place
- GPU-Accelerated Execution: NVIDIA GPUs with CUDA-Q
- Provider Credential Management: secure access per provider
Setup and drivers→Coding in minutes
Launchpad
Prototype and test in a cloud notebook with CPU and GPU ready to go.
- Cloud Jupyter Workspace: nothing to install
- On-Demand CPU & NVIDIA GPU: right-sized compute
- Hybrid Development with CUDA-Q: simulate, then run on QPUs
How it works together
- 01
Prototype
LaunchpadTest ideas in a notebook on CPU or GPU.
- 02
Build
Solver WorkbenchPackage your code as a solver from Git; the platform validates and builds it.
- 03
Run
Compute GatewayExecute on the backend that fits, from simulators to real QPUs.
What you walk away with
- Solvers built from your own code
- Runs on quantum, GPU and classical backends
- Provider credentials managed in one place
- Versioned, reproducible runtimes
AI in this stage
AI assistants help turn the problem formulation into a solver approach. Your developers write and own the code.
Build & Run
Your code, any backend, no plumbing
Build, validate and run solvers from one platform.
