modules

Operational Twin, Simulation and Validation

Keep the twin useful by binding geometry and scenarios to current physical identity, evidence and validation.

A layout change works in simulation but collides with a temporary safety zone on the real floor. MAXACOR shows the mismatch before the simulated route becomes an operational assumption. Simulation and rendering tools retain their models; MAXACOR owns physical binding and runtime-use qualification.

When it matters

A layout change works in simulation but collides with a temporary safety zone on the real floor. MAXACOR shows the mismatch before the simulated route becomes an operational assumption.

data Viz

data View

section: module-scene

Section 1

col Title: Layout and Twin Binding

col Cont: A moved machine updates the twin only after the new installation and coordinate evidence arrive. The displayed layout remains accountable to physical reality.

Section 2

col Title: Simulation, SIL and HIL

col Cont: A controller passes SIL but fails when HIL introduces real timing and sensor noise. Promotion decisions can see which environment produced each result.

Section 3

col Title: Virtual Sensors and Physics Evidence

col Cont: A virtual temperature estimate drifts from a newly calibrated physical sensor. The model is challenged before its output influences operations.

Operational Twin, Simulation and Validation

data View: maxacor-operational-twin-simulation:submodules

Layout and Twin Binding

desc: Connect spatial representations to facilities, assets and current operating state.

link: /sub-modules/maxacor-layout-binding

Simulation, SIL and HIL

desc: Keep simulated, software-in-the-loop and hardware-in-the-loop evidence separate from live operation.

link: /sub-modules/maxacor-sim-sil-hil

Virtual Sensors and Physics Evidence

desc: Use modelled quantities and physics-informed predictions with explicit uncertainty and invalidation.

link: /sub-modules/maxacor-virtual-sensor-physics

Layout and Twin Binding

action: Connect spatial representations to facilities, assets and current operating state.

mechanism: A moved machine updates the twin only after the new installation and coordinate evidence arrive.

workflow role: A moved machine updates the twin only after the new installation and coordinate evidence arrive.

operational outcome: The displayed layout remains accountable to physical reality.

maturity: specified

evidence: MAXACOR Part 10, §§5–7; Part12 §4.6A.

Section 1

Operations team

Section 2

Engineering team

Section 1

Qualified physical state

Section 2

Current work context

Section 1

Evidence-bearing operational disposition

Section 1

A rendered object is not proof of installation.

Simulation, SIL and HIL

action: Keep simulated, software-in-the-loop and hardware-in-the-loop evidence separate from live operation.

mechanism: A controller passes SIL but fails when HIL introduces real timing and sensor noise.

workflow role: A controller passes SIL but fails when HIL introduces real timing and sensor noise.

operational outcome: Promotion decisions can see which environment produced each result.

maturity: specified

evidence: MAXACOR Part 10, §§5–7; Part12 §4.6A.

Section 1

Operations team

Section 2

Engineering team

Section 1

Qualified physical state

Section 2

Current work context

Section 1

Evidence-bearing operational disposition

Section 1

Lab success cannot become production readiness automatically.

Virtual Sensors and Physics Evidence

action: Use modelled quantities and physics-informed predictions with explicit uncertainty and invalidation.

mechanism: A virtual temperature estimate drifts from a newly calibrated physical sensor.

workflow role: A virtual temperature estimate drifts from a newly calibrated physical sensor.

operational outcome: The model is challenged before its output influences operations.

maturity: specified

evidence: MAXACOR Part 10, §§5–7; Part12 §4.6A.

Section 1

Operations team

Section 2

Engineering team

Section 1

Qualified physical state

Section 2

Current work context

Section 1

Evidence-bearing operational disposition

Section 1

Prediction is not measured runtime truth.

Relationships

products

sub modules