What happens today
A request that competes with production.
A line stops, an operator raises a fault, or a preventive-maintenance interval comes due. Each one becomes a work order that has to be judged for priority against a schedule that is already running, because the asset that needs attention is often the asset the plan depends on.
The safety gate is the part that cannot be skipped.
Before a technician touches the asset, the work has to clear a permit-to-work and an isolation, or lockout-tagout, review appropriate to the hazard. That review is not a formality. It is the control that keeps a maintenance task from becoming an incident, and it has to happen before dispatch, not alongside it.
Parts and skills have to line up before dispatch.
A work order only proceeds when the right technician with the right certification, the right parts in the crib or on order, and the right access window come together. Those three facts live in the CMMS, in inventory or the ERP, and on the scheduling board, and reconciling them is manual work done under time pressure.
The record is reconstructed after the fact.
Close-out evidence, what was done, which parts were consumed, which readings were taken, is often typed up later from memory or a paper card. The result is an asset history thinner than a reliability review or a safety audit needs it to be.
How the architecture runs it
A maintenance request competes with a production schedule that is already running, and the safety review is the part that cannot be skipped. The FLOW resolves the permit and isolation before dispatch, lines up the parts, skills, and access window, and sends only the genuine blockers to a planner — then records what was done as the work closes.
EHS and maintenance define the hazards, permits, and isolation steps for each asset
which work order, safety-gated how, dispatched to whom, parts consumed, and closed on what evidence
What the FLOW does
Open the work order.
A new work order in the CMMS or a due preventive-maintenance interval starts the FLOW; Connect pulls the asset history, criticality, maintenance plan, and live schedule from the systems that hold them.
Resolve the safety gate.
Business Context resolves the hazards, the permit-to-work, and the isolation, or lockout-tagout, sequence for the specific job, and the permits are drafted before anyone heads to the floor.
Check parts, skills, and window.
A Digital Task Agent validates technician certification against the job, confirms the parts are in the crib or on order, and aligns the access window with the production run — mapping each shortfall to the requirement it misses.
Dispatch, or route the blocker.
Cleared work is scheduled to the certified technician. A blocker — an uncertified technician, a back-ordered part, a line conflict — goes to the maintenance planner in the Enterprise Workplace with the constraint already attached.
Close out and update the ledger.
Connect writes the consumed parts, the readings, and the sign-offs back to the CMMS and the asset log, so the next work order evaluates against live stock rather than a stale count.
What it's worth
Different decision-makers weigh different things.
Here is what this FLOW returns to each.
Consumed parts and inventory balances write back at close, so the next order validates against real stock and maintenance spend is a record rather than a reconstruction.
Clean work orders dispatch on a rule and only genuine exceptions reach a planner, so throughput holds without a coordinator chasing each step.
Runs above the CMMS, inventory, and asset-history systems with no migration, and the tools it can touch stay IT-owned.
No work order is dispatched before its permit and isolation steps are prepared and gated, and every safety step is in the record.
Every dispatch is evidenced — safety-gated how, by whom, on what basis — so a safety or maintenance audit reads from the trail.
Coexistence
How this connects to what you already run.
NEWWORK Connect reads from and writes to the systems that run production, including the MES, CMMS, ERP, quality, and HR platforms. Those systems remain your Systems of Record. NEWWORK runs above and between them, which is why a FLOW of this kind can go into production without a migration program standing in front of it.
You can begin with one of these FLOWs, with a Digital Employee owning a single recurring role, with an Enterprise Workplace for one plant, or with a complete Business Solution. Any starting point. Any combination. Your way.
Start above your existing systems. Replace selectively when it creates value.
Governed autonomy
Why the record matters as much as the work.
Every FLOW produces one execution record: what happened, in what order, under which policy, by which human or which Digital Task Agent, on what evidence, and with what outcome.
Governed autonomy means the FLOW acts inside limits you set, escalates what it should not decide alone, and leaves a trace of both. The same record answers the safety audit, the customer escalation, and the reliability review, because it is the record of the work itself rather than a report written about it afterward.
That is what makes work of this kind safe to give to an AI system on a plant floor, where an error touches safety, cost, and a customer commitment at once. The capability is what makes the pilot worth running. The record is what makes it defensible.
AI-native by architecture. Agentic in execution. Autonomous where governed.
