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Platform · Risk Diagnostics

See where you are exposed before you commit.

Picture a key supplier whose lead time averages 21 days. Most orders arrive in two weeks; one in six takes five. A plan built on 21 is wrong both ways: too much stock most weeks, and a stock-out in the week that matters.
Illustrative concept: EACH DRIVER IS A RANGE, NOT A NUMBER Lead time Demand Yield Unit cost Illustrative. Dashed line: the single number most plans use.EACH DRIVER IS A RANGE, NOT A NUMBERLead timeDemandYieldUnit costIllustrative. Dashed line: the single number most plans use.

What the evidence means

A resilient plan balances the costs represented in the model against service and risk constraints. Fresh challenge futures test the frozen plan; they do not prove protection against every possible event. A solver gap applies to the stated optimization model, and is not a guarantee of real-world performance. Scope and data must be validated before a demonstration.

Drivers as ranges

Sense what you cannot control. Shape what you can.

Represent relevant uncertainty as ranges grounded in transaction history and explicit business assumptions. Validate the supported drivers, data quality and dependencies for the decision in scope; not every range is automatically learned from history.

Those are the things you sense. The things you shape are commitments, capacity, price and terms, sourcing and protection. Both meet in one decision, under one policy.

✓Learned from your own transaction history
✓Unusual history flagged before it shapes a plan
✓Planning parameters refreshed as the business moves
Illustrative concept: SENSE · WHAT YOU CANNOT CONTROL SHAPE · WHAT YOU CAN Demand Lead times Yields Input costs Prices Commitments Capacity Price and terms Sourcing Protection Decision Policy one enterprise view Range of enterprise outcomesSENSE · WHAT YOU CANNOT CONTROLSHAPE · WHAT YOU CANDemandLead timesYieldsInput costsPricesCommitmentsCapacityPrice and termsSourcingProtectionDecision Policyone enterprise viewRange of enterprise outcomes
Illustrative concept: Today Commit what cannot wait Exposure shows here Range of outcomes POSSIBLE FUTURES FROM TODAY; TRAVEL DOWN ANY ONE OF THEMTodayCommit what cannot waitExposure shows hereRange of outcomesPOSSIBLE FUTURES FROM TODAY; TRAVEL DOWN ANY ONE OF THEM
Many possible futures

Best, base and worst is three guesses. Many possible futures is a map.

Use coherent future conditions grounded in the selected ranges and risk assumptions. Validate shared causes and dependencies explicitly; testing many futures does not establish that every important event or correlation has been modeled.

The point is not to predict which future arrives. It is to see which commitments hold across them, and where the business is exposed.

Four plans, the same futures

Measure what uncertainty costs you today.

Every plan is judged in the same futures, so the comparison is fair.
Illustrative. Perfect-information reference is the plan you would make if tomorrow were known. The single-forecast plan commits one forecast. The maximum-protection plan buffers against everything. The gap between perfect information and the single-forecast plan is what uncertainty costs you today; the Resilient Plan shows how much of it can be recovered.
Illustrative concept: FOUR REFERENCE PLANS, JUDGED IN THE SAME FUTURES Perfect information If tomorrow were known Profit Service Cash Single forecast One forecast, no protection Profit Service Cash Full protection Buffer against everything Profit Service Cash Resilient Plan Protection only where it pays Profit Service CaFOUR REFERENCE PLANS, JUDGED IN THE SAME FUTURESPerfect informationIf tomorrow were knownProfitServiceCashSingle forecastOne forecast, noprotectionProfitServiceCashFull protectionBuffer againsteverythingProfitServiceCashResilient PlanProtection only whereit paysProfitServiceCashIllustrative. Bars show each plan relative to perfect information.
What the diagnosis tells you

Ranges, not a commitment: the map before the decision.

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Where the bad years come from

Which combinations of drivers push profit, service or cash outside the range leadership will accept.
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Which drivers matter most

Which uncertain inputs move enterprise outcomes most, so attention goes where it pays.
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What one forecast costs

How the single-forecast plan performs across the futures, in profit, service and cash.
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Where protection would pay

Which exposures are worth protecting, and which are cheaper to accept.
Resilient planning ↗
Three ways to read uncertainty

An alert tells you something already went wrong. A map shows where it could.

Single-forecast planning
Automated single-number plans
VYAN
Inputs
Single numbers typed into master data
Single numbers, refreshed more often
Ranges learned from your own history
Scenarios
Best, base and worst, built by hand
The latest forecast, with alerts on deviation
Coherent future conditions
Related risks
Treated one at a time
Treated one alert at a time
Drivers that move together stay together
What you learn
Whether the plan survives three cases
That something has already gone wrong
Where you are exposed, and what protection is worth
Find the exposure

See what one forecast is costing you.

A PULSE workshop is a two-to-three-hour working session with your leadership team on how your enterprise decides today, grounded in your public financials.
Book your PULSE workshop ↗