The façade view
CRM, reviews, ads, and bookings each report their own surface. The operating pattern between them stays hidden.

The problem.
CRM, reviews, ads, and bookings each report their own surface. The operating pattern between them stays hidden.
Without a vertical view, evidence never resolves into one ranked move, an owner, and an approval-ready action.
How it works.
Three stages turn scattered system exhaust into one ranked, owned, approval-ready action.
Every system an operator already runs is read continuously, including the surfaces that never reach a dashboard.
Cleaned signals move through repeatable pipelines into typed marts, feature layers, and checks skeptical operators can audit.
Models turn measured patterns into prioritized plays, with weak sections downgraded instead of inflated into strategy.
The deliverable
The three stages converge on one thing an operator can say yes to. This is what it carries with it.
Cross-source, with the nulls kept
Each move arrives attached to the cross-source evidence behind it, including the tests it survived and the ones that came back empty.
Ordered by where the leverage is
Not a list of everything wrong. One move goes first, and it carries the reason it goes before the others.
How the loop is designed to close
Nothing executes on its own. The move arrives with an owner and an approval attached, so the decision to act stays with a person.
What the operating history reveals
The façade resolves whole-floor platform silos into a repeating map of window-level metrics.
Stop buying facade dashboards
02The turn
VIML looks deeper into the vertical.
Turn it and the building does not change. The same structure becomes a system you can address.
03The sources
Every floor becomes a field of sources.
CRM. Reviews. Ads. Bookings. Each platform traces its line, then resolves into comparable window-level signals.
Turn it and the building does not change. The same structure becomes a system you can address.
CRM. Reviews. Ads. Bookings. Each platform traces its line, then resolves into comparable window-level signals.