Concept illustration of a vacuum chamber and connected scientific instruments in a dark laboratory

Physics. Engineering. Autonomy.

Your laboratory.
Operating at
another level.

Agents that read the instruments, challenge the hypothesis and run the next experiment. A continuous research loop, built around your lab.

Watch the autonomous experiment Build your autonomous lab
Existing instrumentsLocal intelligenceHuman authority
ENGINEERED IN NORWAY / DEPLOYED ON YOUR HARDWARELaboratory concept visualizationEXPLORE
⌁Instrument-nativeFrom signal to scientific context
◎Physics-awareModels, controls and uncertainty
↻Closed-loopEvery experiment informs the next

Enter the autonomous laboratory

Watch intelligence
move the experiment.

One pulse-characterization experiment. Follow the signal into the agents, through the policy and back to the instruments.

ILLUSTRATIVE PULSE CHARACTERIZATION406.0 V baseline · 8.20 mL/min flow · 420 V limit
EXPERIMENT 001 / PHYSICAL VIEWINTERACTIVE CONCEPT · SIMULATED DATA
Initializing the laboratory
SCIENTIFIC WORKFLOW / 01

Every signal.
One experimental state.

Measurement agents align instrument channels and establish a reference before the next step.

MEASUREMENT AGENT
APPLIED SETPOINT406.0V
POLICY LIMIT420V
BASELINE ACQUISITION
FLOW / 8.20 mL/min
Drag to explore/ Follow experiment restores the camera sequence
01 / MEASURED406.0 V / baseline
02 / PROPOSEDPending
03 / POLICYAwaiting proposal
04 / APPLIED406.0 V retained
A conceptual instrument model. Light paths visualize information, not physical radiation.Inspect this decision

01 / Inside the loop

Same experiment.
Every decision exposed.

Continue the experiment from the physical view. Inspect any instrument, compare the proposal with the policy and follow the decision trace.

NORNEC / DECISION VIEW
SIMULATED EXPERIMENT
INSTRUMENT → AGENT → ACTIONEXPERIMENT 001
LOCAL INTELLIGENCEObservePhysics · policy · memory
Illustrative data. No connection to physical equipment.Explore the 3D policy envelope

02 / Connect what you own

One intelligence layer.
Your entire instrument stack.

Oscilloscopes, gas analyzers, power supplies, detectors and industrial controls. Bring them into one coordinated experimental workflow.

Explore the Lab OS architecture ↗
Rohde & SchwarzVALIDATED
RigolCONNECTED
BK PrecisionCONNECTED
SRS / RGAVALIDATED
Timepix3CONNECTED
PMT / MCACONNECTED
LibreVNAVALIDATED
PLC / ModbusSUPPORTED
OPC-UASUPPORTED
SCADA feedsSUPPORTED
Local GPU clusterCONNECTED
Experiment databaseSUPPORTED

Connected: deployed loop · Validated: Lab 242 testing · Supported: standard interface available. Exact model compatibility is confirmed during scoping.

03 / Science in the loop

More experiments.
Deeper understanding.
A trace for every decision.

Keep the scientist focused on the question. Give agents the work of coordinating instruments, testing competing explanations and building the experimental record.

Explore the research behind our work ↗
01

Observe across instruments

Time-align measurements, calibration states and experimental conditions. Detect drift before it becomes a conclusion.

02

Test the explanation

Compare hypotheses against physical constraints. Propose controls and repeat measurements that discriminate between them.

03

Execute. Record. Learn.

Run approved sequences, preserve raw data and connect every outcome to its settings, model and decision history.

COMMAND POLICYILLUSTRATIVE
420 V LIMIT
423.1 V REJECTED
414.5 V WITHIN ENVELOPE
Proposal checked before execution↗

04 / Autonomy with authority

Agents move the work.
You define the limits.

Routine sweeps can run inside approved bounds. High-consequence actions escalate to the researcher. Independent hardware interlocks remain the protection layer for physical equipment.

Defined operating limitsHuman escalationDecision provenanceOn-premise operation
Test the operating envelope ↗

05 / From bench to autonomy

Start with one loop.
Build from evidence.

Principal-led deployment. A defined scope, a working system and a clear path from your first experiment to coordinated lab operations.

02

Lab autonomy audit

From USD 12,500

A 48-hour assessment: instrument topology, agent readiness, operating limits and a 90-day deployment roadmap.

Scope your audit
03

Closed-loop pilot

USD 75,000–150,000

One instrumented loop: synchronized acquisition, state estimation, policy, execution and decision logging.

Plan your pilot
04

Lab OS deployment

USD 250,000+

Coordinate multiple loops with model governance, operator training, runbooks and continuous improvement.

Discuss deployment

Nornec × Aidevo

Scientific depth.
Engineering scale.

Nornec brings the physics, experimental practice and deployment. Aidevo provides the agent platform and engineering infrastructure.

Beyond the lab: technical due diligence and process engineering for hydrogen, advanced energy, ammonia and waste-to-energy.

Explore our capabilities ↗

The next experiment starts here.

Put intelligence
at the instrument level.

Start your lab autonomy audit Or book a 30-minute fit call