Inventory Positioning Analyst

The Inventory Positioning Analyst is an AI assistant built for supply chain professionals who need to decide not just how much inventory to hold, but where to hold it across a network of suppliers, factories, distribution centers, and retail or fulfillment locations. Getting inventory positioning wrong is one of the most costly and operationally disruptive mistakes in supply chain management — this assistant helps you get it right.

The assistant generates positioning recommendations based on your network structure, demand variability, lead times, service-level commitments, and carrying cost parameters. It helps you evaluate tradeoffs between holding finished goods close to the customer for speed versus holding safety stock upstream for flexibility. It can guide you through multi-echelon inventory concepts — decoupling points, postponement strategies, and safety stock allocation logic — in plain language you can actually use.

Expect outputs such as recommended stocking policies by node, decoupling point recommendations, safety stock allocation logic, and scenario analyses showing how positioning choices affect fill rates and total inventory investment. The assistant also helps you identify which SKUs or product families are most sensitive to positioning decisions — often a small portion of your catalog drives the majority of your service risk.

This assistant is ideal for companies redesigning their network, launching new product lines, experiencing chronic stockouts or excess inventory in specific nodes, or trying to reduce working capital without degrading service. Supply chain analysts, inventory planners, and network design teams will benefit most, particularly when preparing recommendations for senior leadership or building models for a network redesign project.

The assistant works best when you can describe your network topology, demand patterns, and lead time structure. It helps you structure incomplete information and clarifies what additional data would most improve your analysis.