This global marketplace was facing a difficult tradeoff: raise defenses and risk turning away real customers, or loosen controls and invite costly fraud. Pipl helped them break the tradeoff, improving approval rates, cutting chargebacks by more than two-thirds, and reducing operational burden in the process.
This marketplace processes over a million transactions monthly, with a fraud team that was deeply familiar with behavioral patterns, rules-based logic, and risk thresholds. But despite their maturity, outcomes weren’t improving fast enough.
Chargeback rates remained stubbornly high. The review queue consumed too much analyst time. And the path to higher approval rates felt closed off, blocked by the fear of letting more fraud through. They needed a new way to recognize when a user should be trusted, not just when one shouldn’t.
Even real customers were getting routed to review or declined, damaging conversion and trust.
Almost 10% of their transactions required manual review, creating delays and additional cost.
Even strict rules couldn't push the chargeback rate below 12%, well above industry benchmarks.
Pipl introduced trust scores calibrated to the marketplace’s own data, using a blend of labeled and unlabeled transactions, enriched identity signals, and outcome-driven scoring thresholds. Rather than focusing solely on what looked risky, the new system prioritized what looked credible.
less fraud on emails in Pipl's identity graph
less fraud on matched phone + address
less fraud on matched email + phone
less fraud with 3+ strong identity signals
Once Pipl’s Trust Score was deployed, the impact was felt across the entire system. Approvals moved faster, review queues shrank, and fraud dropped, all while preserving the control teams needed to stay confident.
From fraud prevention to analyst operations to user experience, the entire decision funnel became sharper, cleaner, and easier to trust.
Adaptive scoring identified credible users earlier, reducing loss from risky transactions.
Calibrated trust scores allowed the team to approve more good users without increasing fraud exposure.
Model improvements delivered sharper signal separation and better fraud prediction, even in low-prevalence environments.