Most teams cannot answer a simple question: “Is our product data good?” They have spreadsheets full of attribute counts, screenshots of empty fields, and a vague sense that things could be tidier.
PIM cost rarely matches what the first vendor quote suggests. For a mid-market distributor running 50,000 to 100,000 SKUs, all-in first-year PIM pricing usually lands between £120,000 and £350,000.
Buyers ask us some version of the same question every month: do I need a PIM, an MDM, or do I just need to push my ERP harder? PIM vs MDM vs ERP is a confusing comparison because the three systems overlap in real ways, and vendor marketing has muddied where the lines sit.
Most failed PIM projects can be traced back to a flawed selection. The vendor was picked before the requirements were clear, demos showed scripted scenarios rather than real catalogue conditions, and the scoring framework was assembled after the favoured vendor had already emerged.
A typical PIM vendor demo ends with a slide that says twelve weeks to go-live. The number is real for a specific kind of project: a small catalogue, one channel, no integrations, no governance, no change management.
Dirty product data slows launches, weakens SEO, breaks filters, and increases returns. This eBook explains how to cleanse your catalogue step by step and build the controls needed to keep it clean.
A well-designed taxonomy will still fail if no one governs it. This article explains how to maintain category consistency over time through ownership, change control, documentation, and continuous monitoring.
PIM ROI can be measured across four key areas: internal efficiency gains, data quality improvements, revenue impact, and time-to-market acceleration. Businesses typically recover implementation costs within 12–24 months, with ongoing returns compounding as product data scales.
AI can generate descriptions, extract attributes, and speed up enrichment. It cannot replace the governed structure, workflows, and single source of truth that PIM systems provide. This article explains why AI is making PIM more important, not less.
PIM implementations fail when teams treat them like software installs rather than operating model change. This 10-step checklist covers the critical stages, from objectives and data audit to migration, training, and post-launch governance.
AI is changing Product Information Management from a static system of record into an active engine for enrichment, validation, localisation, and automation. This eBook explains what is changing, where the value lies, and what foundations organisations need to benefit safely.
AI can generate product content faster than any team. It can also mislead, overclaim, and create regulatory risk if left unchecked. This article explains the main ethical issues and how to manage them properly.
Industrial buyers search by specification, compatibility, and standards, not broad category names. This article explains how to build a technical catalogue taxonomy that supports findability, filtering, and long-term scale.
Industrial component suppliers face complex data, strict compliance, and rising digital expectations. Discover why PIM is a game changer for managing technical specifications, reducing errors, accelerating time-to-market, and enabling scalable B2B and distributor-led growth
Product data problems rarely arrive alone. Missing fields, inconsistent values, duplicate records, weak taxonomy, and outdated information all damage performance. This article explains the five most common issues and how to fix them in a sustainable way.
Spreadsheets work for small catalogues and simple workflows. They do not scale to multi-channel product data, cross-team collaboration, or governed publishing. This article explains where Excel breaks down and why PIM becomes essential as complexity grows.
B2B distributors face a product data problem at industrial scale. This article explains how PIM helps manage thousands of SKUs, standardise supplier data, reduce errors, and support digital growth across multiple channels.
Starting with PIM can feel daunting, especially with fragmented product data and unclear ownership. These five best practices explain how to begin well, avoid common failures, and build a PIM foundation that supports scale, governance, and faster time-to-market.
Product data quality degrades unless it is actively maintained. This article explains why catalogues slip, how continuous improvement works, and what retailers, distributors, and manufacturers need to keep product data accurate over time.
AI can write product descriptions faster than any team. It cannot judge claims, fix poor product data, or protect brand voice on its own. This article explains where AI adds value, where humans still matter, and why structured product data is the deciding factor.