Software around the next quantum breakthrough
TestLauncher works with Canadian quantum technology innovators on specialized software, control interfaces, and tooling around emerging quantum systems. We bring development, consulting, and quality expertise to the technical challenge.
The challenges behind the innovation
Hardware and software interfaces
Define how applications, control layers, and hardware-specific components exchange information.
Reproducible workflows
Capture configurations and results so teams can investigate differences between runs.
Limited hardware access
Use development and test environments thoughtfully while identifying what still needs real hardware evaluation.
Technology and expertise for your next step
We scope custom systems, development, consulting, and managed testing around the problem you need to solve. The examples below are starting points for that conversation.
Custom platforms & systems
Scope specialized platforms, experiment-management tools, and operating-system requirements where relevant.
Development & consulting
Prototype control interfaces and data workflows with the researchers and engineers who use them.
Managed testing & bugAgent
Investigate software workflows and integrations through managed testing; assess bugAgent for suitable applications without implying quantum hardware validation.
Coordinating reproducible experiment workflows
Imagine a quantum technology team connecting experiment configuration, job submission and results from multiple tools. The software challenge is to preserve enough context to compare runs and investigate differences without claiming a quantum-performance improvement.
Technical decision criteria
- Which hardware or simulator interfaces are available and stable enough to integrate?
- What configuration, calibration context and software versions must accompany each result?
- How should failed jobs, partial results and changes to experiment definitions be represented?
Proposed deliverables
- An experiment metadata and interface model.
- A scoped orchestration prototype against an agreed simulator or accessible interface.
- A reproducibility checklist and result-comparison workflow.
This hypothetical example illustrates how an engagement could be scoped. It does not describe completed client work or verified results. Deliverables, acceptance criteria and responsibilities would be agreed during discovery; they are not a fixed package or a guarantee of certification, compliance or operational outcomes.
Ownership, hosting, and data residency.
We are Canadian-owned. Hosting and data residency are defined for each offering and engagement. We work through infrastructure, integration, and data requirements during discovery. See our Security & Trust page for current deployments and planned options. We bring custom platforms, operating-system engineering, and quality expertise to defence, public-sector, and dual-use innovators across Canada and NATO member countries. Canada is our first deployment market and current focus.
What’s available and what’s developing.
Custom development, operating-system and platform engagements, managed testing, and consulting are available separately from our product roadmap.
bugAgent
Our only fully ready platform, available for software testing and quality. We assess its fit for the application and interfaces in your engagement.
Explore bugAgent →Manual Testing
Established managed testing services and quality consultancy, active for over 10 years. Available today with expert human testers, AI-assisted testing, and automation. manualTesting is a service, not a software product.
Explore Manual Testing services →Conversational testing
bugAgent’s conversational capabilities are in active development; not yet released. They are not part of the available platform today.
The wider portfolio
Launch App, qualThread, ARC, OQA are in development and not yet released.
Canadian operating system & sovereign email
Both initiatives are in R&D and are not released products. They are distinct from custom engineering engagements scoped around your requirements.
What are you trying to make possible?
Tell us about your work in quantum, the technical challenge ahead, and your goals. Let’s explore the technology and expertise that can move it forward.