Credentials without the spreadsheet.
Central lifecycle view for certificates, SSH keys, signing material and channel secrets.
One API for payment initiation, bank-specific validation, secure delivery, status events and account data — without embedding bank complexity in your ERP or SaaS product.
Connections, payment state, acknowledgements, inbound files, exceptions and certificate health should be observable in one place — not hidden across jobs, folders and bank portals.
Separate your application contract from changing bank specifications, local practices and transport protocols.
17 <CdtrAgt>
18 <FinInstnId>
19 <BICFI>DABADKKK</BICFI>
20 </FinInstnId>
21 </CdtrAgt>
22 <RmtInf>...
Technical XML validation is only the first layer. Apply product rules, bank profiles and channel constraints before a payment leaves your platform.
Central lifecycle view for certificates, SSH keys, signing material and channel secrets.
POST /v1/payments
{
"account": "acc_dk_1042",
"currency": "EUR",
"amount": 18450.00,
"execution_date": "2026-09-16"
}202 ACCEPTED
{
"payment_id": "pay_8F41K",
"state": "validated",
"next": "delivery"
}Move beyond file-level logging. Correlate request, transformation, transmission, acknowledgement and statement events against one payment identity.
Use the platform as embedded infrastructure. Keep your own onboarding, workflows and commercial model while the bank layer operates behind your product boundary.
Search connections, replay events, inspect a payment trace or jump directly to a bank profile from one keyboard-first operating surface.
Model every bank relationship as a live connection with its own channel, credentials, capabilities, health and operational history.
Make outages, expired credentials, rejected messages and delayed acknowledgements visible as actionable operational states.
A technical concept for software vendors, finance platforms and enterprise products.