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Services for working experimental systems
QuIT Labs builds and integrates the software, firmware, electronics, automation, data, and machine-learning workflows that make instruments and quantum-adjacent lab systems usable, reliable, and maintainable.
Problems we solve
The common pattern is not a lack of ideas. It is the gap between a scientific setup and a dependable system that other people can operate, reproduce, extend, and trust.
Manual experiments
Measurement workflows depend on repeated hand steps, local scripts, or operator memory.
Fragmented instruments
Equipment, firmware, control software, and data formats do not fit together cleanly.
Fragile prototypes
A promising prototype needs bring-up, interfaces, verification, deployment, or documentation before it can be used reliably.
Unclear technical value
A quantum, automation, or ML idea needs a realistic feasibility check before time and budget go into a build.
Engineering areas
Each area can stand alone, but most useful projects combine several of them around one experimental bottleneck.
Instrument Software & Lab Automation
Control software, dashboards, measurement sequencing, and data acquisition for instruments and lab workflows.
- Instrument control software and automation routines.
- Technical dashboards, configuration interfaces, and internal lab tools.
Embedded & Networked Instrument Firmware
Zephyr, bare-metal, MCU, and Ethernet-connected firmware for control modules, sensors, and actuators.
- Zephyr-based or bare-metal firmware for specialized modules.
- SCPI, VISA, LXI-style, or lab-specific network control interfaces where appropriate.
FPGA Gateware & Real-Time Control
SystemVerilog gateware, timing logic, trigger paths, signal-processing blocks, streaming, and FPGA/software integration.
- SystemVerilog RTL, gateware modules, and testbenches.
- CMake or Makefile-based simulation and verification workflows.
RF, Mixed-Signal & Hardware Prototyping
RF chains, mixed-signal circuits, MCU boards, connector planning, layout support, bring-up, debugging, and prototype review.
- RF chain, filter, routing, tuning, and signal-conditioning support.
- MCU-based board design.
Data Analysis, Calibration & ML for Experiments
Analysis pipelines, automatic calibration, parameter tuning, optimization, and ML-supported experimental workflows.
- Reproducible analysis pipelines, reports, and experiment-data handling.
- Automatic calibration routines, parameter optimization, and adaptive workflows.
Reliable Lab Infrastructure
Deployment, hosting, backups, access control, monitoring, documentation systems, and real-time setup for lab software.
- Hosting and deployment for lab dashboards, documentation, and supporting services.
- Backup, monitoring, access-control, and update workflows.
Web applications and hosting
QuIT Labs also supports conventional websites, web applications, hosting, maintenance, monitoring, and operational support. We offer a broad range of web development services, from custom HTML pages to React-based single-page applications (SPAs). We provide full-stack development, including setups that require databases, backend services, and deployment infrastructure.
Have a specific setup or bottleneck in mind?
Send a short description of the instrument stack, prototype, software, firmware, data workflow, or feasibility question. We can then identify whether an audit, prototype sprint, or ongoing development support is the right next step.