- A pricing model estimates price elasticity for each item, so a markdown goes only as deep as it needs to move the stock.
- H2O Driverless AI builds demand and elasticity models from your sales, price, inventory, and competitor data, with reason codes on every suggestion.
- Your team sets the pricing rules and approves every price, and each suggestion states the data behind it.
- Suggested prices feed the pricing systems you already run; H2O Driverless AI is the scoring layer underneath them.
Calendar markdowns in a market that moves every day
Your prices come from central guidelines and a markdown calendar: a set percentage off at six weeks, more at eight. Your range keeps growing and turning faster, and the calendar treats every color, size, and store the same.
Competitors with better price data move faster. You mark down items that would have sold at full price, and you hold price on items that needed a nudge weeks ago.
Every price change also has to be explained. Merchants, finance, and increasingly regulators ask what data drove a price and who decided it.
How pricing optimization works
Your pricing team builds explainable demand models in H2O Driverless AI and uses them to suggest prices inside the rules you set.
Step 1: join the signals
Bring together sales and price history by item and store, seasonality, inventory on hand and on order, promotions, and competing prices.
Step 2: model demand and elasticity
H2O Driverless AI builds regression and time series models with automatic feature engineering, to estimate how each item's demand moves with price.
Step 3: suggest prices inside your rules
The model proposes the price or markdown for each item that best meets your margin and sell-through goals, within the floors, ceilings, and brand rules your team sets.
Step 4: explain every suggestion
Reason codes show which factors drove each price, such as stock depth, a trend, or a competing offer.
Step 5: approve, measure, and refresh
Your team approves the prices, and updated forecasting shows how each change performed.