Overstocks, out-of-stocks, dead stock … Retailers’ business depends on their ability to optimize their warehouse management. A lot of progress has been made in the last decade thanks to new management paradigms and control processes.
But stocking remains expensive, requiring infrastructure and working force. On the other hand, the market keeps asking for more reactivity, more products and more availability. Retailers must provide a first-rate level of service while reducing operational cost. Every mistake, every margin of error impacts the performance of a warehouse and improvements of the current workflows become thiner and thiner.
The recent surge in machine learning applications brings new ways to automate processes into the industry. Retailers have started to gather data from their warehouses and now want demand forecasting that is both accurate and able to capture the complexity of current market requirements while remaining easily useable by their stock managers. This is a challenge for most companies because of the multiple seasonalities and high variability in the demand at the daily, weekly, monthly and yearly scale.
Some of the state of the art algorithms are powerful enough to model the demand despite the complexity of this task. Some are even able to predict the demand product by product, or warehouse by warehouse,. With predictions at such low level, experts are able to continuously adjust the inflow of products into each stocking points.
To model this, such algorithms need the historical records about the level of stock, paired with the relevant contextual data (meteo, sales, release of new products …). Most warehouses have access to the former and vendors can provide the latter through APIs.
Sometimes experts make mistake, sometimes Artificial Intelligence does. To make experts trust the forecast application, it’s mandatory to include explanations for every decision made by the AI. Experts have to be able to understand the reason behind a prediction and correct the AI so it keeps improving itself over time.
Second key point is the capacity to deal with the fast changing customers needs. To keep producing accurate predictions, the AI within the demand forecasting application has to update itself very frequently.
A forecast application with both the ability to update itself overtime and to take expert feedback into account will empower the stock managers and greatly improve their ability to optimize the stock-related costs.
craft ai has been designed to enable business teams to quickly get the value out of their data streams. Our AI solution was built with explainability in mind and natively supports all levels of granularity and continuous learning. It can model the behavior of a product, a product line or even a warehouse if needed.
A major french retailer challenged it, asking a quarterly forecasts for a large variety of products. We outreached their expectations and reduced by 50% the forecast error while bringing full interpretability to their experts.
The retailer was also having a hard time deploying their less performing project, with limited experience on operationalizing AI on time series. Leveraging craft ai API, our 10 000 of models are ready to be deployed in their business applications in order to optimize their supply chain ressources.
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Note: Article made with by craft ai, based on a real use case.