Issuer, network, and retry behavior changed in measurable ways as traffic scaled.

With new methods like BNPL evolving, merchants used Pagos to track costs and A/B test offerings to attract more shoppers.

When Visa changed risk measurement (VAMP), Pagos gave merchants full visibility into exposure to avoid cost spikes.

New “Stop All Recurring” issuer controls shifted power away from merchants, impacting recovery.

Pagos’ BIN-level anomaly detection helps merchants determine when volume spikes are carding attacks.

Optimization replaced brute force. Merchants used data to identify optimal retry attempts that maximize recovery.

Issuer, network, and retry behavior changed in measurable ways as traffic scaled.

With new methods like BNPL evolving, merchants used Pagos to track costs and A/B test offerings to attract more shoppers.

When Visa changed risk measurement (VAMP), Pagos gave merchants full visibility into exposure to avoid cost spikes.

New “Stop All Recurring” issuer controls shifted power away from merchants, impacting recovery.

Pagos’ BIN-level anomaly detection helps merchants determine when volume spikes are carding attacks.

Optimization replaced brute force. Merchants used data to identify optimal retry attempts that maximize recovery.

Issuer, network, and retry behavior changed in measurable ways as traffic scaled.

With new methods like BNPL evolving, merchants used Pagos to track costs and A/B test offerings to attract more shoppers.

When Visa changed risk measurement (VAMP), Pagos gave merchants full visibility into exposure to avoid cost spikes.

New “Stop All Recurring” issuer controls shifted power away from merchants, impacting recovery.

Pagos’ BIN-level anomaly detection helps merchants determine when volume spikes are carding attacks.

Optimization replaced brute force. Merchants used data to identify optimal retry attempts that maximize recovery.