VYAN
Book PULSE
Platform · Resilient planning

Choose the plan and its protection together.

A plant rated 1,000 units a day runs at 700 in a bad week and 950 in a good one. Planning treats it as 700 every day, then buys safety stock everywhere to cover the gap. A resilient plan uses the good weeks, protects the bad ones only where it pays, and ties up less capital doing it.
Illustrative concept: ENTERPRISE VALUE Output runs low missed orders, expedites Output runs high stock piles up, cash tied up Bad week ← what the plant delivers → good week Resilient plan Plan on one number GIVE UP A LITTLE IN THE MIDDLE TO PROTECT BOTH TAILSENTERPRISE VALUEOutput runs lowmissed orders, expeditesOutput runs highstock piles up, cash tied upBad week ← what the plant delivers → good weekResilient planPlan on one numberGIVE UP A LITTLE IN THE MIDDLE TO PROTECT BOTH TAILS

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.

One
enterprise objective: economic profit (EVA), profit after a charge for capital
Many
of futures every plan is judged in
Priced
protection, shown beside the exposure it removes
None
of leadership's limits the engine may relax on its own
How a resilient plan is chosen

Limits first, value second, proof before signature.

01
Step 1

Hold what leadership set

Service floors, risk limits and existing commitments are fixed, not targets to trade away.
Limits from policy
02
Step 2

Protect the bad years

The worst outcomes must stay inside the limits, not just the typical year.
Downside held
03
Step 3

Then maximize value

Within those limits, choose the plan and its protection for the most economic profit across the futures.
One plan, priced
04
Step 4

Test before you sign

Run the committed plan on futures it was not built on and on adverse conditions. Commitments stay fixed during the test.
Evidence for approval
Protection as a portfolio

Buy protection where it pays, not buffer everywhere.

Protection takes many forms: inventory in the right place, spare capacity on the bottleneck, a second source for one critical part, flexible terms, a hedge. Each protects against different risks, over a different horizon, at its own cost.

VYAN sizes and places inventory buffers across the network as part of the plan and shows what that protection costs beside the exposure it removes. Supplier flexibility and reserved capacity join the same choice as VYAN grows. Some risks are rationally left unprotected, because protecting them costs more than they put at risk.

Illustrative concept: WHAT EACH PROTECTION COSTS, AND WHAT IT SAVES Inventory protection everywhere Buffer at the two constrained sites Second source for one critical part Flexible volume terms, one key supplier Cost of the protection Expected loss avoided IllustrativeWHAT EACH PROTECTION COSTS, AND WHAT IT SAVESInventory protection everywhereBuffer at the two constrained sitesSecond source for one critical partFlexible volume terms, one key supplierCost of the protectionExpected loss avoidedIllustrative
Judged in the same futures

The resilient plan gives up a little against perfect hindsight, and holds up where the others do not.

Illustrative. Perfect-information reference is the plan you would make if tomorrow were known; nobody can commit it. The single-forecast plan commits one forecast. The maximum-protection plan buffers against everything. The Resilient Plan buys protection balanced against cost and service.
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.
Illustrative concept: Today Commit what cannot wait Re-decide as it resolves Outcome in range POSSIBLE FUTURES FROM TODAY; TRAVEL DOWN ANY ONE OF THEMTodayCommit what cannot waitRe-decide as it resolvesOutcome in rangePOSSIBLE FUTURES FROM TODAY; TRAVEL DOWN ANY ONE OF THEM
Commitments bind tomorrow

Test today's commitments by moving forward through the futures.

A capacity reservation made this month binds a line three months out. A purchase made now cannot be undone when the outlook changes. So VYAN moves today's commitments forward through possible futures and re-decides at each new state, using only the choices still open.

Only the decisions needed now are committed. Later choices stay open, as decisions to be made when their time comes.

Three ways to protect a plan

Automating the expedite is not resilience.

Single-forecast planning
Automated single-number plans
VYAN
How uncertainty enters
One forecast; buffers by rule of thumb
One forecast; alerts when reality departs
Ranges, across many plausible futures
Where protection comes from
Inventory protection added after the plan, everywhere
Expedites and premium freight, automated
Chosen with the plan, where it pays
What leadership sees
A plan and a service target
A stream of exceptions
The cost of protection beside the exposure it removes
A bad quarter
Discovered as it happens
Fought faster, at full cost
Inside limits leadership chose in advance
Price your protection

Find out what your buffers actually buy.

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.
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