Where the Enforcement Signal Layer is the single-account signal, the Intelligence Graph is the cross-account system. It continuously identifies relationships between advertising assets, enforcement patterns, restriction events, policy signals, advertiser behaviors, and recovery outcomes across the connected infrastructure under coverage.
What the Graph connects. The Intelligence Graph observes relationships across the full advertising stack: creative and landing-page surface, ad account state, Business Manager and Page entity relationships, identity and payment continuity, and how these surfaces interact with each other. It correlates rejection patterns, appeal outcomes, policy classifications, spend continuity signals, and restriction propagation across this surface.
Coverage spans 5,000+ ad accounts across 3+ years (since Dec 2022) of enforcement outcome data.
The three scopes the Graph observes. Compliance infrastructure operates across three observation scopes simultaneously, the trifecta the Intelligence Graph cross-references:
- Ad scope. Creative-level signals: copy, imagery, landing-page links, targeting, objective.
- Account scope. BM-level integrity, account-quality scoring, restriction history, payment continuity.
- Landing-page scope. Page-level compliance state, claim language, policy-trigger phrasing.
Single-scope monitoring misses the cross-scope cascade. The Graph operates across all three because Asset Risk Propagation (Section 6) propagates risk between scopes. A flagged landing page cascades to the ad that references it; a restricted BM cascades to every account under it.
The Dual Data Flywheel. The Intelligence Graph runs on two distinct observation surfaces, calibrated against each other:
- Subscriber pool. Enforcement outcomes, appeal results, resolution data, and payment-friction events from within the subscriber relationship. Not observable from outside the relationship.
- Public pool. Meta Ad Library and other public surface observation across thousands of accounts in the same verticals. Available to anyone with engineering capacity.
The asymmetric advantage is the calibration between the two. The public pool alone gives directional signal; the subscriber pool alone is too narrow to detect cross-vertical waves. Calibrating subscriber outcomes against public observation produces predictions no single-source layer can generate. The Graph compounds with every subscriber added. This is the Dual Data Flywheel.