Demand forecasting by SKU and by store
Models combining sales history, local seasonality, the Panamanian calendar and external signals to forecast demand at daily store-SKU granularity. The base of every replenishment decision.
Production AI systems for Panamanian retailers: SKU-level demand forecasting, multi-store inventory optimization, personalization engines and dynamic pricing.
Retail in Panama lives on tight margins and short operating cycles. A factory order that arrives late becomes a stockout; an optimistic forecast becomes dead inventory sold at cost. The distance between a good margin and a bad one is measured in points, and that distance is defined by daily decisions about what to order, how much to order and when to order it.
On top of that: a fragmented local market —physical channels, e-commerce, marketplaces, convenience chains. Each channel has its own behavior, its own seasonality and its own replenishment logic. Managing them with spreadsheets and manual rules works until it doesn't.
AI models applied to retail aren't experiments: they're applied math. The advantage lies in having the right forecast a day before the competition and executing the decision that forecast enables.
Operating margin before and after a forecasting + automated replenishment deployment, Retail/Logistics case.
Every engine connects to the ERP and point of sale the retailer already uses.
Models combining sales history, local seasonality, the Panamanian calendar and external signals to forecast demand at daily store-SKU granularity. The base of every replenishment decision.
Over the forecast, a decision engine suggests what to move between stores, what to replenish from DC and what to mark down. Reduces stockouts without inflating total inventory.
Recommendation engines for e-commerce and app that learn from the actual behavior of Panamanian customers, not from patterns imported from other markets. Increases average ticket and conversion without operational overhead.
Models evaluating elasticity by SKU and channel, suggesting optimal prices and measuring promotion impact in near real time. Compatible with business rules and commercial constraints of the retailer.
Shelf-life prediction per batch, rotation suggestions and early markdowns for categories with short expiration windows. Attacks shrinkage before the product hits its discard date, not after. Ideal for supermarkets, pharmacies and food service in Panama.
Consolidated into a unified layer from ERP and POS.
SKU, category, store and chain. Automatic retraining.
Explainable, to commercial and supply chain, via versioned APIs.
Escalates to a human only below the defined confidence threshold.
Our reference stack for retail anchors on a data pipeline that consolidates sales, inventory, catalog and calendar into a unified layer. Over that base we train hierarchical forecasting models (SKU, category, store, chain) that retrain automatically when the distribution shifts. The models feed a decision engine that emits actionable suggestions to the commercial and supply-chain team, with explainability of each suggestion. Everything integrated with the client's ERP and purchasing system via versioned APIs. Daily operations flow through a dashboard with per-store and per-category views, plus an exception layer that only escalates to a human when the model doesn't meet a confidence threshold defined during Discovery.
Ideally 24 to 36 months of daily or weekly sales, with correlated inventory history. With less you can still start, but the forecast will be less precise in seasonal categories until more history accumulates.
No. The model suggests; the commercial team decides. In a typical deployment, between 60% and 80% of suggestions are accepted without changes, and the rest are manually adjusted based on business knowledge the model can't capture.
Models incorporate a configurable calendar of local and regional events. Events with history are learned automatically; new events are adjusted with temporary overrides from the commercial team.
Yes. We have proven integrations with ERPs common in Panama (SAP, Oracle, Odoo, local systems). When the ERP lacks a robust API, we build our own sync layer.
10 to 16 weeks for a production pilot on a business unit (a chain, a vertical). Scaling to the rest of the operation takes another 2 to 4 months depending on complexity.
A 30-minute conversation with our team. Short discovery, no cost, no commitment.