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Plug In. Prompt. Measure.
AI-powered lab automation. Connect instruments, chat with AI, get verified results. Zero configuration.
Lab automation, simplified
Connect instruments. Chat with AI. Get results. No configuration required.
- Zero Setup — Instruments auto-detected instantly
- AI Control — Describe experiments in plain English
- Reproducible — Replay any experiment exactly
- Compliance-ready — export documentation support
How LABIIUM works
Plug In
Connect hardware
Prompt
Describe experiment
Measure
Get verified data
Hardware bridge auto-detects instruments. AI writes code or use Python. Results are signed & verifiable.
Everything you need
Hardware, software, AI, and workflow documentation—all in one platform.
Hardware Bridge (LAMB)
Raspberry Pi device that auto-detects instruments. Plug it in, instruments appear instantly. Works with USB, Ethernet, and serial connections.
AI Assistant
Chat in plain English. AI writes code, runs experiments, fixes errors, and analyzes data. No programming required.
Record & Replay
Every experiment recorded. Replay exactly to verify results or test changes. Like version control for measurements.
Compliance Ready
Cryptographically signed data, audit trails, and export documentation support for regulated laboratory workflows.
Team Features
Manage multiple instruments. Role-based access. SSO integration. Custom drivers and extensions.
Python Library (PyTestLab)
Open-source library for developers. Unified API for all instruments. Works with VSCode, Jupyter, and testing frameworks.
How it works
Six simple steps from setup to results.
Step 1
Connect
Plug in LAMB bridge and instruments
Step 2
Detect
Instruments auto-discovered
Step 3
Prompt
Chat with AI or write Python
Step 4
Run
Execute with live monitoring
Step 5
Verify
Signed, replayable results
Step 6
Share
Export & collaborate
Engagement models
Every lab starts with different instruments, validation needs, and rollout constraints. Pick the conversation that matches your stage.
Discovery pilot
Map one bench or workflow and prove instrument connectivity.
- Workflow and instrument inventory
- LAMB / PyTestLab fit assessment
- Record-and-replay validation plan
- Next-step deployment recommendation
Team rollout
Bring multiple instruments, operators, and shared methods into a reproducible workflow.
- Team collaboration model
- Custom driver and bridge planning
- AI assistant workflow design
- Training and adoption support
Regulated deployment
Plan auditability, hosting, access control, and validation for controlled environments.
- Compliance and audit trail requirements
- On-premises or private-cloud architecture
- SSO, RBAC, and data retention planning
- Support and rollout governance
For developers
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")
Join a private pilot
LABIIUM is available for private pilot conversations. Contact us to see how AI-powered laboratory automation can support your workflow.