Cycle and safety stock determination systems

A computer-implemented method for intelligent distribution of products, the method comprising:

• retrieving, from at least one database, forecasting data comprising an expected demand of a stock keeping unit (SKU);
• determining, based on the received forecasting data, a target inventory of the SKU to satisfy the expected demand, the target inventory comprising:
• a cycle stock for the SKU;
• and
• a safety stock for the SKU;
• determining, based on the target inventory of the SKU, a regional target inventory of the SKU of a region comprising a plurality of fulfillment centers, the regional target inventory comprising:
• a regional cycle stock for the SKU;
• and
• a regional safety stock for the SKU;
• retrieving, from at least one database, historical data comprising the inbound and outbound shipment history of each fulfillment center in the plurality of fulfillment centers;
• generating, based on the retrieved historical data, a data model configured to determine capabilities of each fulfillment center;
• training the data model with the retrieved historical data;
• generating, using the trained data model, a profile for each fulfillment center, the profile comprising:
• an inbound capacity;
• an outbound capacity;
• and
• a current inventory of the SKU;
• assigning, based on the profile of each fulfillment center, a portion of the regional target inventory to each fulfillment center;
• and
• causing at least one user device to display-instructions to stock a number of SKUs in each fulfillment center based on the portion.

A computer-implemented system for intelligent distribution of products, the system comprising:

• a memory storing instructions;
• and
• at least one processor configured to execute the instructions for:
• retrieving, from at least one database, forecasting data comprising an expected demand of a stock keeping unit (SKU);
• determining, based on the received forecasting data, a target inventory of the SKU to satisfy the expected demand, the target inventory comprising:
• a cycle stock for the SKU;
• and
• a safety stock for the SKU;
• determining, based on the target inventory of the SKU, a regional target inventory of the SKU of a region comprising a plurality of fulfillment centers, the regional target inventory comprising:
• a regional cycle stock for the SKU;
• and
• a regional safety stock for the SKU;
• retrieving, from at least one database, historical data comprising the inbound and outbound shipment history of each fulfillment center in the plurality of fulfillment centers;
• generating, based on the retrieved historical data, a data model configured to determine capabilities of each fulfillment center;
• training the data model with the retrieved historical data;
• generating, using the trained data model, a profile for each fulfillment center, the profile comprising:
• an inbound capacity;
• an outbound capacity;
• and
• a current inventory of the SKU;
• assigning, based on the profile of each fulfillment center, a portion of the regional target inventory to each fulfillment center;
• determining, based on the current inventory of the SKU and the portion, whether the current inventory of the SKU meets the assigned portion;
• and
• based on a determination that the current inventory does not meet the assigned portion, causing at least one user device to display-instructions to modify or maintain an inbound flow of a SKU at each fulfillment center until the current inventory of the SKU meets the assigned portion.