The whole argument, on one side of A4.
The problem, how the work runs, the method, the value and the actual benefits — the document we would leave on your desk after the first conversation. Switch language, then print it or save it as a PDF.
Prefer a subject-specific one? Nine engagements delivered, what is evidenced and what is not, why digital twins matter, or Loop Twinning and where the value shows up. All PDFs, no email wall.
Assets · operations · organizations
The digital twin as the mandatory route to a decision
An idea that takes nine months to verify gets verified against a reality that has moved on. Decisions should be dismissed or proven in a model of reality before anyone touches the real thing.
Reality-defined · Outcome-driven · Software-enabled · Data-anchored
Every decision gets a simulation environment before it is made. Always knowing more, before something happens, rather than after.
The problem picture
- Decisions arrive unrehearsed. The expensive recurring call gets made on judgement and a spreadsheet, and the result is learned by living with it.
- Knowledge stays where it happened. Capacity understanding sits with three people. The next person starts from zero, and the organisation pays twice.
- Integration is never finished. Ten systems is forty-five possible connections. Each is a project, each breaks when either end changes.
- The benefit does not travel. What was verified stays with the individuals who were in the room — neither reusable internally nor provable externally.
How the work actually runs
- Start from as-is. Not a target architecture. The drawings, the spreadsheet, the systems already paid for — that is the starting material.
- Requirements start at the decision. Wrong order: pick the technology, then find a use. Right order: which decision, which uncertainty must go, therefore this measurement.
- Anchor to reality, not to each other. Systems disagree about everything except which physical thing they describe. Anchor each to the asset and the join comes free.
- Test before you buy. Place the change virtually against the actual geometry and data. Simulate the failure modes, and dismiss most options digitally.
Method — one room, one shared model
The pattern is borrowed from NASA JPL's concurrent-engineering practice: put every discipline in one room against one shared model, and a study that took months finishes in hours. We run the same shape at company scale.
A workshop on your as-is, with the person who owns the numbers present from the first hour — so the business case belongs to you rather than to a supplier's slide. We open a map of your business and ask each stakeholder three questions.
What do you wish you could ask this map? What do you wish it could tell you, without being asked? Which systems are you using today?
The value
For operations
One picture the control room and the board both trust, at different depth. Arguments become about the decision, not about whose number is right.
For the CFO
A business case with a named owner, a costed first phase, and a way to check the result against what was modelled.
For the organisation
A repeatable method rather than a one-off model. What outlives the project is the way to do the next one.
Actual benefits
What you walk away with, stated concretely enough to check.
- A decision rehearsed, not guessed. Test the change against the real geometry and the real data before it costs anything.
- Drill from a number to its cause. Follow a KPI down to the change, the shift, the setting and the person — instead of asking three departments and getting three answers.
- See what is about to happen. Not a report on last quarter. The planned actions, with their modelled consequence attached, before they are taken.
- Knowledge the organisation owns. Capacity understanding held by a few people becomes a model that stays when they do not.
- Work with what you already have. Up to 99% of what is needed exists inside systems you already pay for. The work is connecting it, not buying more.
- An honest no. If you do not need a twin yet, you hear it on the first day — and you keep the scope and the roadmap regardless.
Scope and terms
| Scoping workshop, virtual | €4,500 · half a day, up to 8 stakeholders |
| Scoping workshop, on site | €9,500 + travel · full day, up to 15 |
| The fee | Credited in full against the project |
| Time to a scoped answer | Hours in the room, written scope within a week |
| Advisory · delivery | €500/h · €250/h · from €3,000/month continuous |
| Industries | Any — the method is industry-agnostic, reality is not |
Nobody brings the full stack of digital twin competence — organizational, global, change management, technology strategy, and a NASA JPL-derived method — the way we do. We bring the best people together for a company faster than anyone else, and we implement it with them.
Every quarter without a twin strategy is a quarter of decisions made without a rehearsal.
Scoping workshop from €4,500, credited in full against the project. See how scoping works