Skip to content
Request a demonstration

Executive Intelligence · Advanced Executive Intelligence

Enterprise Digital Twin

A model of the organisation's entities, processes, systems and flows built from recorded data and used for what-if analysis.

Demonstration: Brightwater Logistics (fictional) · Logistics. Fictional data and a scripted answer.

The situation

Organisation
Brightwater Logistics (fictional)
Who is asking
Chief operating officer
Industry
Logistics
What happened
Demand is expected to grow, and the COO wants to test how the two depots cope before committing to a third.

The question asked

If demand grows and we shift more traffic to the larger depot, which depot overflows first?

What it reads, and who can see the result

  • Network model registerDepots, capacities and routing rules.
  • Demand forecast exportPallets per day.
Reads
The network model and the forecast.
Does not read
Individual shipments or customers.
Permission
Network planning access.
Who sees it
The COO and the network planners.

Try it

Change the assumptions. Every result and the answer below are recomputed from them, and a warning appears when a result crosses a stated limit.

Assumptions you can change
15%
60%
3,800
Total daily demand
10,350Today 9,000 pallets a day.
Load on depot A
6,210
Load on depot B
4,140
Depot A utilisation (capacity 5,600)
110.9%
Depot B utilisation
108.9%
Pallets a day that overflow
950

At this demand and routing one depot is over capacity: the overflow has to be rerouted, delayed or housed elsewhere.

The answer

Simulated answer. Written for this fictional case, not produced by a live model. Only the figures in it are computed, from what you decided above.

At 15% growth the network carries 10,350 pallets a day; 950 overflow.

The twin applies the routing rule to the forecast [S1][S2]: depot A takes 6,210 (110.9% of its capacity) and depot B takes 4,140 (108.9%). Where the two utilisations differ most is where re-routing helps before any building does.

A twin tests a design; it does not know what would happen on a bad day. The useful question is how much growth the network absorbs before the first depot overflows, and the sliders answer that directly.

Relies on: S1 · Network model, two depotsS2 · Demand forecast, next year

No approval is needed for this result: it is read-only insight, and nothing consequential happens because of it.

What it produces

chart

Depot utilisation

  • A 110.9% · B 108.9% · Overflow 950 pallets a day.
recommendation

Before committing to a third depot

  • Test re-routing and shift patterns first; they cost far less.

Limits of this example

  • Daily averages; peaks and the day-to-day mix are not modelled.
  • A model of the network as described, not as it is operated.
  • This is a scripted demonstration on fictional data. No model was called and no real organisation, person or result is shown.