BE-terna Stock Replenishment Automation
avtor: BE-terna
Ordering and stock replenishment automation platform for end-to-end supply chain optimisation
BE-terna Ordering Automation platform has state-of-the-art AI-based algorithms used for sales forecasting and inventory optimisation. It is tailor-made for various item types; standard items, slow-movers, seasonal items etc.
Making purchase orders using a platform’s suggestion has proven to cut stock levels, but still decreases the number of stock-outs. It also decreases stock turnover time and helps warehouses run operations smoothly and avoid warehouse jams. Using state-of-the-art deployments on cloud allows customers to get top-level service and pay only for what they use, making platform usage really cost-effective. In addition, a customer can rely on the world-leading security and design of the whole platform.
Key components of the solution are:
Demand Forecasting: Algorithm forecasting sales based on historical data, 3rd party data and all relevant constraints
- Stock Optimisation: Optimisation algorithm providing user quantity to order based on all relevant constraints
- Multi-location planning: Stock optimisation based on goods distribution to multiple locations (warehouses or retail stores)
- KPI’s and reporting: Comprehensive reporting of all relevant KPI’s to help users with solution adoption and decision making
- Transfers planning: Modul dedicated to replenishment between stores in a complex retail environment
- Cargo optimisation: Module which makes optimal filling of each truck or container in order to lover transopratition cost per unit
- Seasonality analytics: Drill-down insight into seasonal trends, comparison between locations, years, items etc.
- Promotion planning: Deep insight into promotion success helping a purchaser make orders and understand performance
- Manufacturing: Deliver raw materials and semi-product planning quantities derived from sales forecast and bill-of-materials information
- Production planning: Work orders schedule optimisation based on the plan and various other constraints