Customer
Segment by type, language, value, relationship, risk, behaviour or service context.
The platform
tobepaid.com sits between your source systems, payment providers, communication channels and customer. It decides and activates the right next payment action without replacing the systems you already use.
Decision layers
The orchestration engine combines five decision layers. Each layer can use customer attributes, receivable status, payment behaviour, exceptions and organization policy.
Segment by type, language, value, relationship, risk, behaviour or service context.
Act before, on or after the due date and adapt timing to the customer journey.
Coordinate email, SMS, WhatsApp, letter, portal, bank text or a human task.
Offer immediate payment, a mandate, a schedule, instalments or contact.
Confirm, remind, pause, resolve, reconcile or route to a formal follow-up process.
End-to-end flow
Import receivables, customer details and status through API, secure file exchange or an existing integration.
Match the receivable to the correct workflow, payment options, communication and approval rules.
Give the customer a clear route to pay, arrange, respond or resolve the reason payment is blocked.
Register the transaction, promise, dispute or response and synchronize the source administration.
Send only the cases that need judgement to finance, service, a specialist or Incassotool.
Human control
Payment orchestration should make operations quieter, not create another inbox. Rules process predictable cases; teams receive complete context when an exception requires human judgement.
Pause the payment workflow and route the issue to the responsible person without losing the receivable context.
Detect missed instalments and select a reminder, revised arrangement or formal next step.
Prevent payment pressure when a delivery, complaint or administrative issue needs to be resolved first.
Record why a case moves to self-collection, an external partner or legal handling.
Make the architecture concrete
We map the systems, actors, decisions and exceptions, then translate them into an orchestration model that can be implemented in controlled phases.