Payment integration you can trust

We work provider-agnostic and have shipped integrations with Adyen, Worldline, Stripe, Mollie, regional acquirers and bank-direct SEPA rails. An orchestration layer normalizes every PSP behind one internal contract for authorization, capture, refunds and webhooks, so product code never calls a provider SDK directly. This lets you add providers, reroute incidents and negotiate with real switching power. We benchmark candidates against your transaction mix, including card versus SEPA share, ticket size, recurring ratio and dispute rate, because pricing and authorization performance vary by segment.

The goal is for raw card data to never touch infrastructure you operate. Hosted fields or PSP-side tokenization send the account number directly from the customer's browser to the provider, while your platform stores opaque tokens. This can move merchants from SAQ-D toward SAQ-A or SAQ-A-EP. Where card references must work across providers, we use network tokens or an independent vault to preserve portability. We also check leak paths such as logs, support tickets, analytics events and backups. The result is a documented cardholder-data flow your QSA can review, with a tightly defined compliance boundary around third parties rather than your platform.

Yes. We normalize each provider behind one internal API for authorization, capture, refunds, mandates and webhooks, turning a new PSP into an adapter instead of a checkout rewrite. Stored credentials require network tokens, provider migration programs or progressive re-tokenization at the customer's next successful payment. Routing can then follow country, scheme, cost or recent authorization rates. Most clients first send a small share of live traffic to the new PSP in shadow mode and compare reconciliation outputs before shifting meaningful volume.

Duplicate charges are an architecture problem addressed at three levels. Every payment attempt carries an idempotency key, so retries return the original result. Each payment uses a persisted state machine, allowing interrupted captures to resume. A recovery job reconciles PSP webhooks with our records and resolves provider-side successes that were never confirmed internally. During outages, requests queue and replay under the same keys after recovery. Monitoring flags authorization-rate drops and webhook lag before customers notice.