Payment Infrastructure That Scales Without Surprises

PCI-DSS compliance is embedded in our development process, not treated as a final audit. We apply secure coding practices, tokenize sensitive data from the start, enforce network segmentation in infrastructure, and use PCI-compliant CI/CD pipelines. Our architectures are designed to minimize PCI scope while maintaining full functionality.

Yes. We have experience integrating with major acquirers and processors across Europe and globally. Our payment orchestration layer supports multi-acquirer routing, failover, and dynamic provider selection. We design integrations to be provider-agnostic so you can add or switch processors without platform changes.

We implement strong customer authentication (SCA), secure communication channels, and consent management as architectural components — not bolt-on features. Our designs anticipate PSD3 changes including IBAN verification mandates and updated fraud liability rules, allowing your platform to adapt through configuration rather than code changes.

We build event-driven, horizontally scalable architectures designed for sub-second processing. This includes SEPA Instant Credit Transfer, Faster Payments, and domestic real-time clearing networks. Our systems use async processing, circuit breakers, and graceful degradation to maintain performance under peak loads.

Our AI fraud detection uses behavioral analytics, transaction pattern recognition, and network analysis to score transactions in real time. Models learn continuously from your transaction data, adapting to new fraud patterns while optimizing the balance between security and authorization rates. We track false decline rates alongside fraud rates to ensure you are not losing good customers.

Yes. We use the strangler fig pattern to incrementally wrap legacy components with modern APIs and services. This lets you migrate functionality gradually while maintaining continuous operations. New features run on modern infrastructure while legacy systems handle existing flows until they are ready for retirement.

A focused module — such as a fraud detection engine, reconciliation pipeline, or open banking API — typically takes 8–14 weeks. A full payment platform build or major modernization ranges from 4–9 months depending on scope, integrations, and regulatory requirements. We always start with a defined scope that delivers production value quickly.

Yes. Our payment architectures support multi-currency processing, dynamic currency conversion, and cross-border payment routing. We design for market-specific regulatory requirements, settlement flows, and payment methods within a single platform architecture.