Quantrol — Experiment Control Room
Quantrol is an experiment control room that brings version control to physics labs, enabling teams to plan, monitor, and analyze complex experiments with live sensor data and safety management.
Live demo
🔒 Read-only preview — source is not copyable. Preview responsive behavior with the device toggle.
About Quantrol — Experiment Control Room
Quantrol redefines experimental physics by merging robust version control with a full-featured experiment control room. Designed for research teams in high‑energy physics, quantum computing, and material science, Quantrol tracks every change to experimental parameters, protocols, and sensor configurations. This audit trail ensures full reproducibility and simplifies troubleshooting across collaborative, multi‑institutional projects. With an intuitive dashboard, scientists can monitor active runs, sensor health, and safety compliance in real time.
At the heart of Quantrol lies a powerful version‑control system built for the lab. Every experiment plan, run schedule, and calibration setting is stored as a versioned entity. Teams can branch, merge, and roll back configurations, making it easy to try alternative approaches without losing original parameters. The platform automatically records who changed what and when, providing a clear chain of custody for all data and procedures. This is essential for peer‑reviewed publications and audit‑ready documentation.
Beyond versioning, Quantrol offers advanced run scheduling with interactive Gantt charts, live sensor feeds with customizable alerts, and automated anomaly detection powered by machine learning. When a sensor deviates from expected ranges, the system instantly flags the anomaly and can pause the experiment if safety limits are breached. The integrated docket system ensures that upcoming runs are communicated across the team, preventing conflicts and optimising beam time or resource usage.
Collaboration is seamless with role‑based access, shared dashboards, and real‑time messaging. Results can be exported as CSV, JSON, or directly into analysis pipelines. Quantrol also generates automated reports on experiment outcomes, sensor performance, and safety checks, accelerating the feedback loop between data collection and publication. Whether you run a small university lab or a large‑scale facility, Quantrol brings the rigour of software version control to the world of experimental physics.
Key features
- ✦ Version‑controlled experiment plans with branch/merge/rollback capabilities
- ✦ Live sensor data monitoring with real‑time alerts and anomaly detection
- ✦ Interactive run scheduling via Gantt charts and shared docket
- ✦ Automated safety checks and interlock enforcement
- ✦ Machine‑learning‑powered anomaly detection for sensor feeds
- ✦ Collaborative workspace with role‑based access and change approvals
- ✦ Export data to CSV, JSON, HDF5 with full version metadata
- ✦ Integrated reporting for runs, sensor performance, and safety compliance
- ✦ Support for external integrations via API, MQTT, and OPC‑UA
Use cases
- → High‑energy physics experiment management with multi‑detector version tracking
- → Quantum computing pulse sequence and qubit bias configuration control
- → Material science sample characterisation with thermal and atmospheric monitoring
- → Multi‑institutional collaborative research requiring audit‑ready configurations
- → Teaching laboratories demonstrating the scientific method with full transparency
- → Large‑scale facilities managing thousands of runs and dynamic safety interlocks
- → Remote experiment monitoring and control for teams spread across time zones
FAQ
What is Quantrol?
Quantrol is an experiment control room that brings version control to physics labs. It helps plan, execute, and analyse experiments with live sensor monitoring, run scheduling, and safety management.
How does version control work for experiments?
Every experiment configuration, including sensor settings, run schedules, and calibrations, is tracked like a code repository. You can commit changes, branch to test alternatives, and merge approved modifications, ensuring full reproducibility.
Can I integrate my existing sensors?
Yes, Quantrol supports standard protocols like CSV, JSON, MQTT, and OPC‑UA. Custom adapters can also be developed for proprietary hardware.
Is Quantrol suitable for small labs?
Absolutely. It scales from a single‑user setup to multi‑site collaborations, with deployment options that fit any size.
How does anomaly detection work?
Quantrol uses an AI engine that learns normal sensor behaviour from historical data. When a reading deviates, it flags an anomaly and can trigger automated safety pauses.
What export formats are supported?
Data and configurations can be exported as CSV, JSON, HDF5, and via custom scripts for direct integration with analysis tools like Python and MATLAB.
Can I use Quantrol remotely?
Yes, it is designed for remote collaboration with real‑time dashboards, shared schedules, and cloud or on‑premises hosting.