How to Choose a PIM System: Criteria and Comparison Methodology

How to choose a PIM system: first define the boundaries - PIM owns product content (attributes, categories, media), while stock, prices, and orders remain in ERP/WMS.

Then evaluate candidates against seven criteria: data model, interface, integrations, catalog scale, customization, security requirements, and total cost of ownership.

Select two or three systems, run a demo using the vendor question checklist, and confirm the choice with a pilot on a real catalog slice.

Most systems look similar on paper, so the deciding factor is not the feature list but how the system fits your architecture and processes.

We covered specific platforms separately - see a full comparison of PIM platforms in the CIS market.

Each product has 200 or more attributes: descriptions, SKUs, prices, photos, seasonality, and product relationships.

Attributes have to be assigned, edited, approved, and sent to sales channels, and each attribute can be a separate reference list used by procurement, manufacturing, and suppliers.

Back in 2012, the research company Goodmasters estimated that manually collecting and updating data for one SKU takes about 25 minutes per year.

For a catalog of 5,000 SKUs, that is roughly 12 person-months per year: one employee spends all working time only on product data.

According to the same research, a PIM system cuts the time to update data for one SKU to about 4 minutes per year, and speeds up product launch by three to four times.

Data quality is just as important: the larger the catalog, the more expensive manual-entry mistakes become, and the more processes live in people’s heads rather than in systems.

When a vendor says integrations with 1C or marketplaces are available out of the box, they usually mean ready-made APIs or point-to-point connectors.

At the start, this is convenient: you do not need to think about export logic or maintaining links.

The downside is tight coupling: replacing or updating one system forces changes to all its connections, and the exchange logic stays trapped inside the box.

For a landscape with multiple systems, we recommend building exchange through an ESB layer: each system connects to the bus via a contract, and the links do not need to be rewritten every time something is replaced - more in the breakdown marketplace integrations via ESB.