Asset and Robot Identity

Canonical URL: https://babadook.tech/sub-modules/maxacor-asset-robot-identity
Entity: sub-modules
Content hash: cc4c4675a6d131db2fcfb7c8fa0502eda99cb4a348ca072be1dad516f4d546bc

Keep design family, manufactured unit, installed parts, controllers and capabilities tied to the actual machine.

A controller is replaced during service and the robot returns with a different accountable configuration. Teams know exactly which machine and configuration performed the work.

What changes

A controller is replaced during service and the robot returns with a different accountable configuration. Teams know exactly which machine and configuration performed the work.

data Viz

data View

section: operating-scene

Operational boundary

- What it does: Keep design family, manufactured unit, installed parts, controllers and capabilities tied to the actual machine.
- What the team gains: Teams know exactly which machine and configuration performed the work.
- What it does not own: Identity evidence does not replace robot-local control truth.
- section: operational-boundary

Asset and Robot Identity

action: Keep design family, manufactured unit, installed parts, controllers and capabilities tied to the actual machine.

mechanism: A controller is replaced during service and the robot returns with a different accountable configuration.

workflow role: A controller is replaced during service and the robot returns with a different accountable configuration.

operational outcome: Teams know exactly which machine and configuration performed the work.

maturity: specified

evidence: MAXACOR Part 2, §§16–21.

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

Identity evidence does not replace robot-local control truth.

Relationships

products

- MAXACOR — https://babadook.tech/products/maxacor

modules

- Physical Operations Model — https://babadook.tech/modules/maxacor-physical-operations-model