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AI-powered lab automation. Connect instruments, chat with AI, get verified results. Zero configuration.
Connect instruments. Chat with AI. Get results. No configuration required.
Hardware, software, AI, and compliance—all in one platform.
Raspberry Pi device that auto-detects instruments. Plug it in, instruments appear instantly. Works with USB, Ethernet, and serial connections.
Chat in plain English. AI writes code, runs experiments, fixes errors, and analyzes data. No programming required.
Every experiment recorded. Replay exactly to verify results or test changes. Like version control for measurements.
Cryptographically signed data. Complete audit trails. Export formats for FDA (21 CFR Part 11) and ISO 17025.
Manage multiple instruments. Role-based access. SSO integration. Custom drivers and extensions.
Open-source library for developers. Unified API for all instruments. Works with VSCode, Jupyter, and testing frameworks.
Six simple steps from setup to results.
Plug in LAMB bridge and instruments
Instruments auto-discovered
Chat with AI or write Python
Execute with live monitoring
Signed, replayable results
Export & collaborate
Cloud software + hardware bridges. Choose your scale.
Individual researchers & small labs
Research teams & multi-instrument labs
Regulated industries & large organizations
PyTestLab: Open-source Python library for lab automation. Works with VSCode, Jupyter, and CI/CD.
# Install
pip install pytestlab[full]
# Hello PSU (simulated)
from pytestlab.instruments import AutoInstrument
psu = AutoInstrument.from_config("keysight/EDU36311A", simulate=True)
psu.connect_backend()
psu.channel(1).set(voltage=5.0, current_limit=0.2).on()
v = psu.channel(1).measure_voltage()
psu.channel(1).off()
psu.close()
print("Measured", v.values, "V")
LABIIUM is currently in private beta. Schedule a personalized demo to see how AI-powered laboratory automation can transform your workflow. Limited spots available for early adopters.