Your vendor register describes procurement. Not production.
Build a live processor register from the models and MCP servers that actually receive traffic, including region, data categories, DPA status and the projects behind every call.
Live processor blindness is not being able to say which providers and subprocessors receive your data right now, from which region, and under which data classification.
Nobody discovers this problem in a planning meeting
The register describes last year of architecture.
Procurement answers from a spreadsheet, engineering knows better.
It adds a subprocessor nobody assessed.
The default endpoint moves, and residency claims quietly break.
Data categories per processor have to be stated, not estimated.
Nobody knows whether that vendor still receives traffic at all.
The bill arrives as delay, not as an incident
Annual surveys cannot track weekly integrations.
SCCs on file, no evidence of what actually crossed.
Every enterprise buyer asks, and the answer takes weeks.
The vendor is live before the assessment starts.
You cannot say what a compromised provider actually held.
The gap
The control
A processor record that is true at the moment you read it.
This is the shape of the record obstruo produces. It is the same artefact a reviewer, an auditor and an enterprise buyer each ask for, and it exists before they ask.
They arrive together, and the same controls answer them
Your AI. Your data. Your control.
Bring your current subprocessor list. We will show what a register built from live traffic looks like next to it.