SimtelligenceTechnology Inc.

Discrete-event simulation · Alberta

The queue, before you change it.

Discrete-event simulation for operations planning: an emergency department, a support centre, a clinic, or a counter. Compare a change before you make it, and use the AI shift advisor once you are signed in.

See a live demo opens three recorded models. No account. A live what-if asks for your email and stays inside a short-lived sandbox.

Emergency departmentLarch Health · playing 02:27 · Canada Central
ArrivalWalk-inAbout every 8 min
QueueWaiting4 people now
BottleneckMain queue9 waiting · rooms full
ServerTreatment2 of 2 · 96%
ExitHome11 discharged

Patients spend about 104 minutes here. We are 95% confident the mean is between 94 and 114. A third exam room shortens that by about half an hour. Planning illustration, not a census of a named hospital.

Healthcare

Acuity, rooms, and the wait, with an interval a planner can brief.

Contact centres

Cheap and premium AI, people on shift, overflow, cost, and who hangs up.

Counters

Appointments and walk-ins, tested as a scenario before the doors open.

Ports

Booked trucks, trouble tickets, and how many lanes to open.

Logistics

Yards, docks, and maintenance lines. Queues and capacity.

From a question to a defensible decision.

  1. 1. Model the flow

    Start with a template and review the arrivals, resources, and planning assumptions.

  2. 2. Test one change

    Run a baseline, copy it as a scenario, and change a room, lane, or shift.

  3. 3. Brief the result

    Compare outcomes and uncertainty, then export the evidence as PDF or Excel.

Canadian-hosted. Data stays in Canada.

The pilot runs in Canada Central. Accounts, models, results, secrets, and logs are stored there. A geo-redundant database backup, on by default, is written to Canada East. Chat prompts stay in Canada East when the optional Foundry model is the Standard deployment. The full list is on the data residency page.

Read the data residency summary
Three pilot templates: emergency department, service counter, and port truck gate.
Start from a template whose assumptions are written on the model.
Emergency department results with throughput and a 95 percent confidence interval.
Means and 95% intervals, then PDF or Excel when the run finishes.

A shift, compared.

The same planning model, with one change at a time. A third exam room in the illustration shortens the stay by about half an hour. A fourth doctor shortens it less, because the rooms are still full. Sign in to run the comparison on your own copy.

Baseline

104min

Illustration band 94–114 min. 3 doctors · 2 exam rooms

Third exam room

71min

Illustration band 62–80 min. About 33 minutes shorter

Fourth doctor

89min

Illustration band 79–99 min. About 15 minutes shorter

The bands are a planning illustration, drawn the same way a finished run shows a 95% interval after 10 or more replications. They are not a live result.

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Simtelligence — queueing simulation, hosted in Canada