A System of Intelligence for enterprise-wide decisions.
Five layers · two engines · one scenario set
VYAN is a new layer that sits above the stack you already run. It does not produce a single best-guess plan that breaks the moment reality shows up. It decides, across the full range of futures, against goals in tension, with the floors leadership sets held no matter which future arrives.
How VYAN works, in plain terms.
VYAN sits above your planning and record systems. It reads how your drivers actually behave, demand, lead times, yields, capacity, from your own history, and represents them as ranges rather than single numbers. It builds hundreds of plausible futures from those ranges. It evaluates the decisions you face across all of them at once, and commits the one plan that holds across the range you choose to protect, with the cost of that protection priced. Your ERP stays the system of record. Your planning system keeps planning. VYAN decides.
You can’t patch this into a planning system.
The layers below stay. The new layer changes what they’re allowed to produce. A better planning system still plans against one future. Resilience is a different layer, and it must come first.
From your data lake to your boardroom.
Read top-down, the way an executive sees it: source systems feed a workspace, the workspace is shaped in the studio, the engines run in the hub, and the outcome reaches the boardroom. Open at every layer: data, agents and reference models are yours to bring.
Where leadership reads the decision, and what it cost to be resilient.
Where the engines run, third-party agents run beside them, and the artifacts live.
Where intent is authored: policies, drivers, filters, risks, scenarios, flows.
Where source data becomes a working decision-intelligence model.
The stack you already run: ERP, CRM, MES, and the rest.
See the risk. Then commit a plan that survives it.
Both engines read the same set of futures, calibrated from your own history. Risk Diagnostics maps what could happen as ranges; Resilience Optimization commits the one plan that holds across them. Diagnose, then decide.
Maps the risk spectrum.
- ·Calibrates variability from your own history
- ·Runs many scenarios, one optimal solve per future
- ·Produces KPI ranges, bands and resilience metrics
- ·Reveals which drivers move which KPIs
Commits one resilient plan.
- ·Applies your objectives, constraints and risk tolerance
- ·Solves one plan across all futures at once
- ·Commits a single set of buys, builds and moves
- ·Balances value creation against risk exposure
Every part of the platform, in one place.
Why a new layer
SOI above SOP and SOR: why the decision layer must sit above planning and record.
Architecture
Five layers in detail: source systems to boardroom, plus the runtime Response and Learning behaviour.
Risk Diagnostics · RDA
What could happen? Drivers as distributions, hundreds of futures, KPI ranges.
Resilience Optimization · ROA
What should we do? One solve across all futures, with policy as a first-class object.
Decision Policy
Intent as a first-class governed object: a profile sets parameters, a policy sets intent.
Balanced Scorecard
The same scorecard, three ways: only the decision layer prices uncertainty.
SAGE
The reasoning surface: ask the decision what it is doing, and why.
Open platform
Bring your own models and agents, governed by one Decision Policy. An ecosystem, not lock-in.
See the platform run against your own decisions.
A PULSE workshop assesses where you sit on the decision-maturity curve, showcases VYAN on problems you recognise, and benchmarks the value: days to a business case, not months to slideware.