Quality for hardware with zero margin for drift
Quantum computing runs on control systems, calibration routines, and tooling where a fraction of a degree of drift corrupts every result downstream. TestLauncher brings agentic testing, continuous compliance, and a compounding QA Brain to quantum stacks, so a miscalibration is caught in the tooling, not in a corrupted run.
What makes quality hard in quantum
Calibration drift over time
Qubit parameters shift with temperature, materials, and use. Tests have to catch the slow drift between calibration cycles, not just a pass at a single instant.
Non-deterministic, probabilistic output
Correct behavior is a distribution, not a value. Regression has to reason about statistical shifts, so a real defect isn't dismissed as quantum noise — or the reverse.
Tightly coupled control and firmware
Pulse sequencers, FPGAs, and cryogenic control layers move together. A change in one layer can silently detune another, and the failure only shows in end-to-end runs.
Scarce, expensive test cycles
Time on real quantum hardware is limited and costly. Coverage must be earned on simulators and classical control paths before a run ever reaches the fridge.
One intelligence layer for quantum
The same owned QA Brain — testing, knowledge, and compliance — focused on the risks this sector can’t afford to get wrong.
Launch App
The sovereign, deterministic foundation that pins every calibration run, control-firmware version, and result to a reproducible record — so a run is auditable and repeatable, not a one-time reading.
bugAgent
Scriptless suites that explore control-software and calibration edge cases and self-adapt across firmware and model versions, surfacing drift and regressions before a hardware run consumes them.
qualThread
A 100-year digital thread that turns years of calibration logs, device histories, and tribal knowledge into live intelligence — so hard-won lessons survive team turnover and hardware generations.
manualTesting
Expert human testers for the physics-in-the-loop edge cases where judgment beats automation — reading anomalous distributions and deciding what is noise and what is a real defect.
Designed to support the regimes you work toward
TestLauncher is designed to support programs working toward the standards below and generates the traceability and evidence they call for. Naming a standard here is not a claim of certification — it describes the regimes our customers operate in.
- ISO/IEC 27001
Information security management — protecting sensitive research, control, and calibration data.
- IEC 61508
Functional safety for electrical and electronic control systems; broadly applicable to the control and instrumentation layers around quantum hardware.
- ISO 9001
Quality management systems; a widely recognized baseline for the processes behind deep-tech hardware and its tooling.
- NIST Post-Quantum Cryptography (FIPS 203/204/205)
Standardized quantum-resistant cryptographic algorithms, relevant to security work across quantum-era systems.
Bring the QA Brain to quantum.
Powered by Launch App, bugAgent, qualThread, manualTesting. Tell us where quality can’t fail and we’ll show you what an owned intelligence layer looks like for your programs.