Reorder points and quantities proposed per item, with reasons shown for a buyer to approve.
AI Inventory Optimisation looks at how fast each item sells, how long its supplier takes and how much cash sits on the shelf, then proposes a reorder point, safety stock and quantity. It also lists dead stock and items running short. A storekeeper or buyer accepts or changes every proposal.
Reorder levels are usually set once and never revisited. They sit on a bin card. Months later the fast mover runs out every second Friday while a slow one fills a whole rack.
This capability recalculates the levels as sales and supplier habits change, and puts the suggested changes in a queue. Each line says what moved and why. The buyer opens the queue, accepts some lines, edits others and leaves the rest alone.
The problems this is meant to ease.
What AI inventory optimisation does.
What this looks like in a working week.
The people who open this every day.
From first conversation to daily use.
Discovery with store and buying staff
We walk through how reorder levels are set today, who changes them, and which items cause the most trouble. Locations, suppliers and planning habits are written down.
Data readiness for stock records
Counts, item codes, pack sizes, supplier delivery dates and receipts are checked against the shelf. Where bins have been guessed, we advise a physical count before anything else.
Trial on last year’s sales
One group of items is run through twelve months of past sales. The proposed levels are set beside the levels actually used and the shortages that occurred.
Walkthrough with storekeeper and buyer
Both of them read the queue line by line. Each proposal is accepted or edited, and any that missed a fact absent from the data is marked.
Going live with one location or group
The queue is switched on for one group of items or one site. Draft purchase orders and transfers appear for the buyer and storekeeper to approve.
Review after each ordering cycle
The team compares accepted and rejected lines with what happened on the shelf. Levels, exclusions and rules are adjusted, and the dead-stock list is acted on.
How you would know it is working.
Record where you stand before it goes live, so the change is measured against your own figures.
- Inventory holding cost is the value of stock carried, with the carrying charges you already record. The baseline is the last full period before go-live.
- Stock availability is the share of requested items found on the shelf when asked for. The starting figure comes from stock-out entries and missed sales recorded before go-live.
- Turnover ratio is how many times stock is sold and replaced over a period, and the last full year of sales and stock records gives the starting figure.
- Dead stock value is the cost of items with no movement for the period you choose, counted from the stock list on the day the system is switched on.
Where a person stays in charge.
A named person accepts each proposal
Nothing is ordered, moved or written off until a buyer or storekeeper approves it. Automatic reordering for a few steady items can be switched on later, but only if you ask.
Counts decide the quality of advice
If the stock on screen differs from the shelf, the proposals will be wrong. The storekeeper confirms what physically exists before approving.
Items that suit no rule are excluded
Made-to-order and one-off items have no steady pattern, so they can be left out and handled by the people who know the order.
Write-off decisions stay with the business
The dead-stock list shows age and value only. Markdowns, supplier returns and write-offs are decisions for the owner. Their treatment in the books is settled with the accountant under local rules.
It is one part of a system, not an island.
A module earns its place by what it passes to the next one. These are the connections we set up most often.
- Stock tracking and alerts
- Purchase order management
- Goods receipt
- Warehouse management
- Multi-outlet stock
- Barcode and labels
Products that include it.
How we would put it in.
Questions owners ask about AI inventory optimisation.
Will it reorder stock without asking anyone?
No. Proposals land in a queue and a named person accepts them. Automatic ordering for a few steady items can be switched on later. It happens only if you ask.
What has to be true of our stock records first?
Counts must be close to the shelf. Items need one code each, and receipts and issues must be entered on the day. If bins are guessed rather than counted, we recommend a physical count first.
How does it treat items that are bought only against orders?
They can be excluded. Made-to-order and one-off items have no steady pattern to learn from, so the capability leaves them to the people who handle those orders.
How accurate are the reorder points?
They are only as good as the sales, delivery and count records behind them, and no result is promised. The accepted-and-rejected history shows over a few months how often the proposals held up.
What does it connect to?
The tools holding your stock, sales and purchasing records. Some allow a direct link and others need a scheduled export. We confirm which applies before any work begins.
Who can see the stock values?
Access is limited to the roles you list. Values and supplier prices can be hidden from storekeepers who need quantities alone. Your security adviser should review the list of who sees what.
How much work does it take?
The main effort is cleaning item codes and counts at the start, then a short weekly review of the queue. The software does the arithmetic, and a person still does the checking.
Is it useful for a single small shop?
Rarely. If one person sees every shelf each day, their eye is better. It helps once stock sits in several places or the item list is too long to watch.
Businesses that ask for this.
Modules that work with it.
Tell us how you handle AI inventory optimisation today.
A spreadsheet, a register or another system: say which, and we will tell you plainly what is worth changing.
- No obligation
- A reply within one business day
- Your details stay private
Start with your requirements
Seven short steps that tell us what you need. An engineer reads them before getting in touch.
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