QUANTUM SOFTWARE FOR RESEARCH & ENTERPRISE
Discover quantum opportunities.
Start with your software.
We are developing software that connects quantum opportunity discovery in existing code with circuit development, comparison, verification and evidence governance. Explore ten capabilities that take your team from a question about its software to a clearer technical review.
↓ Learn moreQUANTUMWAVE.CLOUD
01 / CODE MODERNIZATION · IN DEVELOPMENT
Find quantum opportunities in existing code
Start with the software you already have. Identify candidate areas for quantum exploration and prepare a concrete change proposal for engineering review.
Explore capabilityCandidate quantum regions
Proposed changes & code
Review & sign-off package
What changes for your team?
Compare before you commit
See how alternative circuit implementations use qubits, gates and depth. Understand the trade-offs before choosing what to investigate next.
Find constraints earlier
Define resource limits at the start. Use preflight reports to see where a candidate fits your target profile and where it needs attention.
Make results easier to review
Bring the circuit, metrics and transformation history together. Give another engineer the context to understand your result.
Circuit comparison is
part of a bigger picture.
Circuit comparison
Compare candidate implementations
Understand the relationship between qubit use, gate count and circuit depth. Keep the metric assumptions visible when selecting a candidate.
Learn more ↗Preflight analysis
Check the limits before proceeding
Review supported circuit candidates against your declared constraints. Identify violations and understand the reasons behind a report.
Learn more ↗Evidence bundles
Keep the result and its context together
Review circuit exports, metrics, manifests and transformation traces in one bundle. Inspect verification scope alongside the output.
Learn more ↗From a quantum operation
to a reviewable result.
A practical workflow for supported quantum circuits. Each step answers a question your team already asks.
01 / Define
What do you want the circuit to do?
Describe the supported operation, target profile and resource limits.
02 / Compare
Which implementation fits your constraints?
Review candidate circuits and the measures used to compare them.
03 / Check
What has actually been verified?
Inspect the checker, supported scope and any inconclusive outcomes.
04 / Review
Can someone else follow the result?
Package outputs, metrics and traces for technical review.
Start with your industry.
Focus on one problem.
Learn moreUnderstand the technology.
Plan a better experiment.
Learn moreStart with a supported workload
Available for scoped technical evaluation. The current implementation focuses on a bounded MCX circuit workflow; suitability for other operations and deployment environments is assessed separately.
QUANTUM WAVE / 10
Ten capabilities.
From existing code to quantum review.
Explore where quantum could fit in your project, then see how candidate implementations are built, compared and reviewed. Each capability has a specific purpose, clear outputs and an explicit evaluation scope.
Discover
Find quantum opportunities in existing code
Start with the software you already have. Identify candidate areas for quantum exploration and prepare a concrete change proposal for engineering review.
Explore capabilityDefine
Turn a requirement into a structured quantum intent
Make the operation, target and resource limits explicit so that candidate generation starts from a shared specification.
Explore capabilityBuild
Explore alternative quantum circuit implementations
Inspect more than one candidate for a supported operation and understand how each approach uses working qubits and gates.
Explore capabilityCompare
Compare several objectives at once
Review qubit use, two-qubit gates, depth and fidelity proxies without hiding every trade-off inside one score.
Explore capabilityCheck
Check resource constraints before proceeding
See whether supported candidates fit your declared limits and understand why a preflight report flags a concern.
Explore capabilityAdapt
Use calibration information in qubit placement
Explore how a supplied error profile can inform a simple mapping choice and make that choice visible to the reviewer.
Explore capabilityVerify
Review what a circuit check actually establishes
Keep the verification method and its supported scope next to the result so engineers can distinguish a checked claim from an assumption.
Explore capabilityReview
Deliver a result another engineer can inspect
Bring exported circuits, metrics, manifests and transformation traces together for a clearer technical handoff.
Explore capabilityGovern
Organize access, audit and evidence policies
Give a technical evaluation a workspace structure and review the controls around who can access, export and manage its artifacts.
Explore capabilityReuse
Reuse matching compilation evidence
Avoid repeating the same bundle-producing work when the supported cache key matches and the stored entry remains valid.
Explore capabilityQUANTUM WAVE
Tell us what you want
to do with quantum.
Discuss a circuit workflow, an enterprise evaluation or a potential collaboration with Quantum Wave. Share the problem you are working on and the outcome you need.
Talk to Quantum Wave