For Payment Institutions
Fynrex is built for the specific NCA reporting obligations of EU/UK-authorized payment institutions under PSD2 — not a generic compliance tool repurposed for regulatory reporting.
Scenario
A typical quarterly PSD2 reporting cycle with Fynrex
-
016 weeks before deadline — Schema checkFynrex has already detected and notified about any schema version changes since your last submission. Your compliance officer receives an impact report, and Fynrex has pre-generated a compliant test package against the new schema version.
-
023 weeks before deadline — Package generationFynrex generates your quarter-end report package from your transaction data extract. The package is validated against the current schema version for each covered NCA. Any validation failures are surfaced with field-level detail.
-
03Submission window opens — One-click deliveryPackages for each NCA are ready. Your compliance officer reviews the pre-deadline status dashboard and initiates submission via SFTP or manual portal upload. Confirmation codes are captured and archived automatically.
-
04Post-submission — Audit trail completeEvery submission event is logged: schema version used, timestamp, confirmation code, and the specific compliance officer who initiated the submission. The record is available for NCA examination immediately.
Why Fynrex
Built for payment institution compliance teams
-
Schema change detection before rejectionKnow about NCA schema version changes within hours of publication — not after a submission is rejected.
-
Multi-NCA single workflowInstitutions authorized across multiple jurisdictions manage all NCA submissions from a single platform — no separate tools per regulator.
-
Compliance officer time reclaimedFynrex customers report recovering 1–2 weeks of compliance officer time per quarter that was previously spent on manual XML validation.
-
Penalty exposure reducedDeadline misses and technical rejections are the two primary sources of NCA penalty exposure for payment institution compliance teams. Fynrex addresses both.