One record of the plant, and it changes when the plant changes.
An asset stops being a row in a register. It carries its live readings, its maintenance history, the documents that govern it, the calculations that depend on it and the work open against it, all in one place, current, and readable by anyone with access.
Your systems stay. Muono connects them.
Nothing is ripped out and nothing is migrated wholesale. Muono sits above SAP, the historian and the document store and reads from all three, so you get one record of the plant without a migration project to get it.
- Enterprise systems
- SAP, Oracle, Microsoft Dynamics 365, asset registers and document repositories.
- How assets arrive
- Imported from the systems you already run, or built in the model directly.
- Engineering documents
- Read in and turned into structured records, then attached to the equipment they govern.
- Manual capture
- Where a reading is taken by hand, field teams enter it on a mobile device and it is available immediately.
- What stays yours
- Your systems, your processes, your records. The model sits on top of them, not in place of them.
The record converges on the equipment.
Readings, documents, open work and the calculations that depend on them all resolve to the same asset. Today they resolve to four systems, each holding its own version of the tag.
Duty on a feed exchanger is not one number from one place. It comes from the temperatures either side, the flow through the shell, and the datasheet that says what the unit was built to do. Held apart, someone recalculates it by hand each time it is questioned.
Held on one record, the calculation shows its own inputs. You can see which reading it used, when that reading was taken, and which document set the design case it is being judged against.
Documentation that cannot fall behind.
Every asset, signal and process carries a plain-language description, and it updates as the model updates. There is no data dictionary to maintain alongside it and no tag glossary going stale on a shared drive. A new engineer reads the model itself instead of finding out who to ask.
You can see what the model said last Tuesday.
Changes are tracked and attributable, and the model's state at any point in time can be read back. Two people can work on it at once without one quietly overwriting the other. When a figure is questioned six months later, the version that produced it is still there.
Your questions, answered
- How do assets get into the model?
- Either imported from the systems you already run, or built in the model directly. Engineering documents can be read in and turned into structured records, so the drawings you have become part of the record rather than an attachment to it.
- Does the model really describe itself?
- Yes. Entities carry plain-language descriptions that stay in step with the model, so the documentation cannot fall behind the thing it documents. There is no separate dictionary to keep current.
- Can two people change the model at once?
- Yes. Changes are tracked and attributable, and you can read the model's state at any point in time. A disagreement about what was true last month gets settled by looking rather than arguing.
- What happens to the systems we already run?
- They stay where they are and keep doing their job. Muono becomes the operational layer that connects them, so you gain one live representation of the plant without a migration project to get it.