HILVARION™
Quantum Application
Solvers
Integrate quantum computing into your application workflows with problem-specific classical inputs and outputs. Hilvarion connects problem formulation, hybrid optimisation and solution evaluation.
Hilvarion in Spinorio Lab
- Applications · Combinatorial optimisation
- Workflow · Formulate, search, evaluate
Use Functions alongside Workflow and Compile, with Weylattice compilation and connected execution records.
The application is more than its circuit
Define the problem, run the hybrid search and evaluate the results in one connected workflow.
Define the computation
Start with the problem, not the circuit
Define decision variables, an objective and the meaning of a valid answer. For weighted Max-Cut, Hilvarion uses your graph and edge weights to search for candidate partitions.
Keep the original problem instance, its objective and the evaluation budget together throughout the computation.
Explore problem formulationHilvarionWorkflow overviewDifferent endpoint labels place an edge in the cut. Each sampled bitstring defines a candidate partition.
Connect quantum and classical work
Guide the search with measurement feedback
Hilvarion uses adaptive QAOA: quantum circuits generate candidates, a classical optimiser updates the angles across the circuit layers, and measured solutions inform a staged initial-state bias.
Track the best solution discovered separately from the circuit selected to generate further samples.
Understand the hybrid loopHilvarionWorkflow overview- 01Prepare and sample
Execute a parameterised circuit and collect bitstrings.
- 02Score and update angles
Use a classical objective to propose the next circuit parameters.
- 03Update the starting state
At a stage boundary, use a promising measured solution to set the next bias.
Measure what changed
An answer needs its evidence
Evaluate the quality of discovered solutions, the resources spent finding them and the effect of classical refinement. Compare quantum dynamics with simpler controls under explicit experimental conditions.
Inspect objective values, evaluation budgets and raw or refined outcomes alongside the associated execution records.
Explore solver evaluationHilvarionWorkflow overviewA solver, not a compiler
Hilvarion addresses the application objective. Weylattice compiles the resulting quantum circuits for the selected hardware target, keeping formulation and compilation distinct within the same workflow.
Explore WeylatticeIntegrated with Spinorio Lab
Access application-level solvers through Functions in Spinorio Lab, alongside Workflow and Compile. Configure the problem and the solver without leaving the workspace.
Explore Spinorio LabKeep the experiment connected
Spinorio Workflow connects solver runs to circuits, compilation and execution records, so the results retain the context needed for inspection and comparison.
Explore Spinorio WorkflowSolve with Hilvarion
Configure your problem, execute the hybrid workflow and inspect the resulting solutions.
Configure the solver
Define a weighted Max-Cut instance, configure the adaptive QAOA layers and set the sampling budget for your optimisation run.
Explore the algorithmRun in Spinorio Lab
Use Hilvarion in Spinorio Lab with Weylattice compilation and connected execution records in Spinorio Workflow.
Explore platform integrationYour application
Discuss your application, its problem formulation and the solution quality and resource requirements that matter to your workflow.
Talk to QuantGates