AI governance inside the operation

AI should have a job description.

When AI influences schedules, quality decisions or customer commitments, it is part of the operation. OS gives each capability a purpose, boundary, owner and reviewable record.

Production planners reviewing an AI-assisted schedule while overlooking the active factory floor
AI can prepare and recommend. Operational authority remains visible and human-owned.

The operational question

Not only “can the model do it?”

The useful question is whether the action is appropriate in this workflow: with these inputs, at this level of authority, under this person's responsibility and with a safe path when confidence is low.

A suggestion becomes operational when it changes:

A production priority
A promised delivery date
A quality disposition
A purchasing action
A maintenance response
A customer communication

The capability envelope

Six controls around every AI-assisted step.

Named capability

The model, version and operational purpose are known.

Permitted scope

Allowed records, tools and actions are explicitly bounded.

Human owner

A role remains accountable for use and outcome.

Decision threshold

Confidence and impact determine when review is required.

Visible reasoning context

Users see the inputs and operational signals behind a suggestion.

Action record

Inputs, output, approval and resulting changes remain reviewable.

Graduated authority

Autonomy is a setting, not a leap.

A capability can begin by assisting, earn trust as a recommender and only execute when the process, data and fallback are mature enough.

1

Assist

Summarise, search, explain or draft. A person decides and acts.

Low-impact knowledge work

2

Recommend

Rank options or flag risk. A person reviews the recommendation before execution.

Planning and exception decisions

3

Prepare

Build a schedule, record or transaction for explicit approval.

Repeatable, reversible work

4

Execute

Perform a bounded action when pre-approved conditions are met.

Stable rules with monitoring and fallback

Practical manufacturing use

Start where context improves a decision.

Delivery-risk detection

Combine current progress, material readiness and remaining capacity to flag orders before a deadline is missed.

Exception triage

Classify shop-floor issues and route them with the relevant order, product and history attached.

Planning scenarios

Prepare feasible alternatives and show the trade-offs; the planner keeps authority over the schedule.

Quality pattern support

Surface recurring combinations of product, machine, material and deviation for expert review.

Work-instruction assistance

Present the approved instruction and answer questions using only controlled operational sources.

Operational summaries

Create shift and management summaries from the live record without manual report assembly.

Start with the work

Put one AI use case inside a safe operating boundary.

We will define the decision, data, authority, human owner and evidence required before choosing a model or automation pattern.

Map a workflow