FLOW CONTROLDIGITAL THREAD / SYNTHETIC DEMO
MODEL ONLINE SOURCE

DECISION WINDOW / 21 DAYS

Trace the part.
Protect the build.

A deterministic multi-level BOM engine connects inventory and inbound timing to the integrated plan—then shows exactly which leaf component changes the decision.

DETERMINISTICEXPLAINABLE100% SYNTHETIC
READY / TARGET— / —

Loading deterministic model…

BUILD GAP—

integrated vehicles

ACTIVE CONSTRAINTS—

leaf-level shortages

SHORTAGE VALUE—

synthetic unit cost

01 / CAUSAL MODEL

Interactive digital thread

NominalConstraint pathLimiting leaf

Select a node or use arrow keys; press Enter to inspect the selected component.

02 / EXCEPTION QUEUE

Constraint radar

RANKED BY IMPACT

PRIORITY SCORE / BUILD GAP + TIMING + LEAD-TIME EXPOSURE

03 / PROPAGATION

Critical path

—
WHY THIS MATTERS

A late order is not automatically the constraint. Supply is propagated through quantity-per-parent until the actual integrated-build consequence is visible.

04 / RECOVERY TIMING

Inbound order board

HORIZON-AWARE
ORDERCOMPONENTQTYARRIVALCONFIDENCEPLAN STATUS

MODEL INTEGRITY

Built to fail loudly.

MODEL CARD

What this proves—and what it does not.

Inputs

Multi-level bill of materials, on-hand inventory, inbound order dates, confidence, target builds, and planning horizon.

Decision

Surface leaf shortages, propagate the limiting path, rank recovery work, and compare scenarios without mutating the baseline.

Boundaries

No yield loss, supplier capacity, substitutions, partial assemblies, or production routing. Risk score prioritizes; it does not predict failure.

Why deterministic

Inventory arithmetic is consequential. Explainable constraints and fault-tested validation matter more here than generative output.