BBayesPharma Labs
AUTONOMOUS DISCOVERY OS · LIVE SOFTWARE SHOWROOM

Run the laboratory
before buying the robots.

See BayesPharma's real autonomy control plane execute a governed biochemical experiment against virtual laboratory devices: signed protocol compilation, Digital Twin validation, device scheduling, robotic execution, fault recovery, automated QC, evidence provenance and the next scientific decision.

IntentDigital TwinExecuteQCEvidenceLearn
Connecting to BayesPharma Autonomy… Digital robotic execution
MODE · CHECKINGEVIDENCE · SIMULATEDPHYSICAL · LOCKEDSYNC · —
01 / AUTONOMY IN MOTION

Watch a governed experiment become evidence.

The visualization is not a pre-recorded robot video. Device states and the event stream are driven by the autonomy run returned by the BayesPharma control plane.

01CompileIntent → signed Protocol IR
02QualifyDigital Twin + policy gate
03ScheduleHealthy device binding
04ExecuteBounded robotic workflow
05QCAcceptance or retry
06EvidenceProvenance + next decision
Virtual devicesRedundant digital adapters
Digital maturityInternal maturity · awaiting run
Physical devices0No commissioned BayesPharma robotics claimed
Latest recovery0Bounded retry / reroute events
DIGITAL EXPERIMENTBP-INVESTOR-DEMO
PUBLIC TEST DATA
4 candidates96 well plate replicatesBiochemical assay

Select a scenario. The same deterministic autonomy stack executes each run; only the injected operating condition changes.

Selected operating conditionNominal run
RUN DIGITAL EXPERIMENTSIMULATION ONLY · NO PHYSICAL COMMANDS
EXECUTION CONTRACTAI never sends raw robot commands
Experiment intentSigned Protocol IRDigital TwinPolicy + schedulerDevice adapterQC + evidence
AI ROLEPropose
EXECUTIONDeterministic
PHYSICALLocked
HARD BOUNDARYScientific intent can be AI-assisted. Device execution remains typed, qualified, bounded and auditable.
DIGITAL ROBOTIC FACILITYBiology workcell · real autonomy events → visual robotic state
IDLECYCLE · —
Ready for experiment
01 · SAMPLE IDENTITY
Barcode gate2 virtual devices
02 · LIQUID HANDLING
Robotic assay preparation2 virtual handlers
03 · INCUBATION
25°C
Controlled incubation2 virtual incubators
04 · READOUT
Multimode plate reader2 virtual readers
LAB OSDIGITAL TWINReady for experiment
RUN RESULTNo run yet
IDLE
QC
Stopped reason
QC decision
Z′
Recovery events0
EVIDENCE PASSPORTSIMULATED_NOT_MEASURED

No experimental evidence has been generated. When a digital run completes, protocol signature, raw digest and QC provenance are surfaced here.

digest · —
ORIGINSimulation
PHYSICAL EXECUTIONNo
BOUNDARYEnforced
HARDWARE INTEGRATION PATHSame control plane. Increasing physical capability.
Digital twinVirtual adaptersQualified liquid handlerInstrument adaptersLab EdgePhysical closed loop
WHAT EXISTS NOWAutonomy software before capex.

Compiler, Digital Twin, scheduling, recovery, QC and evidence provenance can be developed and tested before a large physical robotics buildout.

WHAT HARDWARE CHANGESThe adapter, not the scientific control plane.

Qualified physical instruments can later bind behind the same governed capability interface instead of rebuilding the orchestration layer.

WHAT NEVER CHANGESSimulation cannot become measurement by presentation.

Evidence origin remains explicit. Physical execution requires hardware identity and calibration provenance.

Public scope: demonstration data and digital autonomy architecture only. Private programme, molecule, sample and proprietary scientific data are not exposed.Checking autonomy service…