Stock in WooCommerce drifts away from stock in real life, and you usually find out from a customer who has bought something you cannot send. Making WooCommerce automate inventory properly is not one job: it is deciding which system is allowed to be right, and making everything else follow it. Done well, WooCommerce automated inventory updates run overnight and you stop thinking about them.
Send enquiryNot quite what you are after? This page is about keeping stock numbers correct automatically. If your problem is that orders are failing at payment, or that shipping rates have stopped appearing, those are different faults with different causes and we have separate pages for them.
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This is the whole job and almost nobody starts here. If your warehouse software, your POS and WooCommerce can all change a stock number, they will disagree within a week and no amount of syncing fixes it. One system is authoritative and the rest read from it. Getting that decision wrong is why most inventory integrations get switched off six months in.
Australian suppliers send stock files in whatever format suits them: a CSV dropped on FTP overnight, a spreadsheet attached to an email, occasionally a real API. All of them can be automated. The work is in the mapping and the failure handling: what happens when a column moves, when a SKU appears that you do not stock, or when the file simply does not arrive on Tuesday.
Each scheduled run follows the same steps. It collects the latest file or API response from the supplier, warehouse or POS. It checks the file before trusting it: the expected columns are present, the row count is close to last time, and quantities are numbers rather than text such as on order. It matches each row to a product or variation by SKU and works out what has actually changed. It writes only those changes to WooCommerce through its API in batches, so a large catalogue does not time out or slow the store. Then it records what it did. A file that fails the checks is set aside and reported, instead of zeroing half your catalogue at 2am.
One-way is a supplier or warehouse telling WooCommerce what the number is. Two-way is WooCommerce also telling them, which you need when the store sells stock that other channels draw from. Two-way needs conflict rules for what happens when both change in the same minute, and if nobody has written those rules down it is not a sync, it is a race.
Selling the same stock in more than one place is where overselling actually happens, because each channel holds its own copy and each one is briefly wrong. The fix is a single stock pool every channel decrements against, plus a buffer on fast-moving lines so a few seconds of lag does not sell an item twice.
A variable product with thirty variations is thirty stock records, and a supplier feed keyed to a parent SKU cannot update them. Bundles are worse: the sellable quantity is derived from the scarcest component, so it has to be recalculated rather than imported. Any automation that ignores this looks correct on simple products and quietly corrupts the rest.
Inventory automation fails silently by default: the feed does not arrive and yesterday's numbers just persist, looking perfectly normal. Every build we do reports its own health: when it last ran, how many rows changed, and what it refused to import. An integration that cannot tell you it has stopped is worse than no integration, because you have stopped checking.
A single supplier feed into WooCommerce is a small, fixed-quote job from $300 AUD. Multi-channel stock pooling with conflict rules and monitoring is a real build and runs to $6,000 AUD depending on how many systems have an opinion about stock. We quote it after looking at your actual feeds, because the format of the file decides most of the effort.
Yes, and that is the most common case. A file arriving by email or FTP can be collected, parsed and applied on a schedule. The format matters less than the consistency: a spreadsheet with the same columns every week is easier to automate than an API that changes without notice.
It stops the overselling caused by stale numbers, which is nearly all of it. It cannot stop two customers buying the last item within the same second, which is a checkout concurrency problem rather than an inventory one. A small safety buffer on fast lines handles that far more cheaply than engineering around it.
That is a rule you choose rather than something the automation should guess. The usual options are setting the product to out of stock, hiding it from the catalogue, or flagging it for someone to review. Deleting it outright is almost never right, because the product page, its reviews and its search history go with it.
Yes, as often as the source allows. A supplier that sends one file a day sets the pace for that supplier. A warehouse system or POS with an API can be polled every few minutes, or can push changes as they happen if it supports webhooks. More frequent runs make the health checks more important, not less.
Usually. We start with a fixed-price diagnostic from $249 AUD to find out whether the plugin is misconfigured or genuinely cannot do what you need. Both happen, and it is cheaper to know which before replacing anything.
It needs someone to notice when it breaks, because feeds and APIs change without asking. That can be you, watching the health report, or it can sit inside a WordPress care plan from $159 AUD a month where the alerts come to us instead.
Tell us what is happening and we will come back with a fixed quote and a timeline, usually within one business day.
Get in touchAutomate WooCommerce inventory updates from supplier CSV, FTP, POS or warehouse feeds, with validation and health alerts so stock never silently drifts.
Get in touchEvery CloudyWP project runs the same way, whether it is a one-page site or a store with a thousand SKUs. Here is exactly what happens.
A single scoping call, then a written plan: what gets built, what it costs, and when it ships. No discovery-phase invoices, no moving targets.
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Your site talks to the tools you already run: CRM, invoicing, email, stock. The repetitive admin stops being someone's job and starts running itself.
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