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Stocastic · Retail & supply chain

Stocastic: an AI control tower you can play against

Retail inventory decisions like allocation, markdown, and replenishment are high-stakes and hard to trust to a black box. So we made the AI prove itself in a head-to-head game.

ReactTypeScriptLightGBMPythongRPCKubernetesNATS

41–65%

forecast error reduction vs. baseline on 8 public datasets

1,851

simulated stores in the live playable demo

8

language SDKs on a real, versioned REST + gRPC API

The idea

Nobody trusts an AI with inventory money because vendors show slide decks, not proof. Stocastic proves AI value experientially: you run a multi-store retail network through a week of real-world chaos: demand spikes, supply shocks, markdown decisions. Then the AI runs the exact same week. The side-by-side P&L settles the argument.

What we built

  • A playable digital twin: ~1,851 stores across 43 states, multi-echelon supply (store ← DC ← supplier), deterministic simulation with seasonal demand, price elasticity, and spoilage.
  • You-vs-the-AI mode: same scenario, same shocks, compared P&L.
  • Real ML underneath: LightGBM forecasting with quantile models, live weather signals, and holiday/payday features, benchmarked on public retail datasets (Rossmann, Walmart, M5).
  • Production API: versioned REST + gRPC, OpenAPI 3.1, API-key and SSO auth, tamper-evident hash-chained audit log, policy guardrails with an autonomy circuit breaker.
  • Commercial infrastructure: pilot onboarding tooling, backtest reports, and a full contract pack.

Why it matters for your project

This is what we mean by “custom functionality”: not a widget on a template, but a real system (simulation engine, ML pipeline, APIs, audit trail) designed, built, and shipped by the same hands you’d be hiring.