A subscription gets taken out because someone needs it. That is the quality that makes procurement and licensing data valuable when building an AI inventory. An employee who uses a language or image model without IT knowing usually still pays for it: with a credit card, through an expense claim, via a team card, via a department budget. That transaction is recorded somewhere, even if no one has flagged it as "AI use."
That makes financial data a different entry point than the IT list. Where why the IT list doesn't add up at an organization with multiple departments explains why formal approval and actual use diverge, this trail shows what does get recorded despite that gap: money spent on something.
The sources don't sit with one department. Relevant ones include:
None of these sources gives a complete picture on its own. Together they expose a pattern that the IT list doesn't show.
The goal is not a list of amounts, but a list of applications with their origin. For each subscription or contract found, it's worthwhile to record:
These fields are a starting point. A more complete overview of what's needed per application to reach a classification is described in what you record per application at an organization with multiple systems. Procurement data mainly provides the starting point: a name, a department, an amount. The rest of the classification follows later.
Procurement and licensing data mainly finds paid use. Free versions of AI tools, trial periods, and personal accounts not billed through the company remain invisible this way. Services embedded in an existing contract — an AI feature added to software that was already in use, without being billed separately — also don't surface in an invoice overview.
That's one of the reasons why financial data is one source alongside others, not the only one. Other material, such as network traffic or browser extensions, finds precisely the use that costs no money. Which technical signals are useful for that, and what they do and don't show, is described in which IT signals are useful for detecting AI use. Both trails together give a better picture than either alone.
Anyone who comes across an unfamiliar subscription in the records can ask the department that took it out directly. That works better if the question isn't posed as an audit. A department head who suspects an expense is being questioned is less likely to give complete information than someone who thinks the question is only meant to build a full picture. How to phrase that question so that someone answers instead of shutting down is worked out in how to ask employees without it feeling like a reckoning, at an organization with existing AI applications.
Procurement data is one of the building blocks in building an organization-wide inventory, not the whole process. How this source relates to employee surveys, technical signals, and the existing IT list, and in what order it's practical to tackle this, is described in how to build an AI inventory at an organization with multiple departments.
An inventory based on procurement data answers the question of which AI applications exist and who pays for them. That doesn't yet say what those applications actually deliver, or what share of the work they were bought for is genuinely being done by AI. That question falls outside the scope of a governance inventory and is answered by the work scan from FTE TO AI, which calculates per task what share of the work can be taken over by AI. Once you know which applications are running in the organization, that scan lets you determine what work they are actually shifting.
Vraag maar. Governance begint bij weten wat er draait — ook wat niemand heeft goedgekeurd.
Answers come from this site’s knowledge base. Not tailored advice, and not a scan of your company.