A service bought on WooCommerce is recorded against the machine it was bought for, because IFS raises the work against a serial number rather than against a customer's name and address.
IFS attaches work to a specific asset. A work order without one is a job with no history, no warranty position and no way to tell later what was done to which machine. A WooCommerce order for a service visit or a spare part carries none of that unless somebody asks the customer for a serial number and types it in, and half the time they guess from the address. Connecting WooCommerce and IFS makes the asset part of the order, so the visit is recorded against the machine, the coverage position is known before anybody travels, and the service history stays worth reading a year later.

A WooCommerce order carries the serial number the customer selected, so IFS raises the work against the asset rather than against a customer name and an address.
Because every visit lands on the asset, the service history for a machine is complete enough to answer what was done and when, which is the whole reason it is kept.
Spare parts are checked against the asset they are being bought for, so a customer with an older unit is not sold a component that only fits the current generation.
Whether a job falls inside a coverage period is visible at the moment the order is placed, rather than being argued about after the engineer has already been and gone.
When a customer buys a service visit on WooCommerce, Alumio reads the serial number they selected and creates the IFS service order against that asset, so the work is recorded against the machine from the start.
A spare part ordered on WooCommerce is checked against the asset it is intended for, so the part that ships fits the unit the customer owns rather than the current version of the same product that superseded it two years ago.
The coverage position IFS holds for an asset is shown at the point of purchase, so a customer buying a visit knows whether they are paying for it and the argument does not end up happening later on the doorstep.
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What has to be proved rather than just done is where the next connection comes from. A calibration and inspection record is the common addition, because IFS records that a visit happened and a customer in a regulated trade needs the record that came with it, which lives with the instrument rather than the job. Alumio holds both connections, so the record and the WooCommerce order point at the same asset.
The work order is what gets configured, and the asset is what makes it valid. Alumio reads the serial number carried on the WooCommerce order, resolves it to the IFS asset, and creates the service order or part line against it. An order whose serial number cannot be resolved is held rather than raised, so nothing enters IFS with nothing to attach to.
No, and the asset is the key rather than the mapping. Which WooCommerce field carries the serial number, how it resolves to an IFS asset, and what happens when it does not resolve are settings in Alumio's interface. Serial number conventions differ by product generation, so the Code Transformer stays available for reading a format that does not match the rest.
A serial number that resolves to a real asset, because without one the engineer arrives and the record has nowhere to go. IFS attaches work to a specific machine, so a WooCommerce order that names only a customer produces a job with no history and no coverage position, and the person who loses is the customer asking next year what was done. Resolving the asset first is what makes the visit worth recording.
A work order with no asset is worse than no work order. Alumio resolves the serial number before anything is created in IFS and spots a failure the moment it happens, records what the WooCommerce order carried, alerts at once when a serial number cannot be matched, names the reason, retries where configured, and leaves the order listed until somebody resolves it, so no visit is logged against nothing and no order is quietly lost.
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