For Developers

Build and operate Ryvra integrations with clear authority boundaries, lifecycle controls, deployment discipline, and observability.

#Purpose

This guide is for engineers integrating trading, payments, treasury, confidentiality, and operational event workflows.

#Integration prerequisites

  • Merchant account readiness and environment access are in place.
  • Secure credential storage and rotation processes are defined.
  • Engineering and operations teams agree on incident and escalation ownership.
  • The authority model for agents, operators, and deterministic services is documented before implementation begins.

#Request and response patterns

Ryvra integrations combine synchronous API requests for commands and asynchronous events for final state confirmation.

#Lifecycle and state model

  • Client or agent submits an idempotent request to create or modify state.
  • Platform returns immediate acceptance or validation failure after mandate, policy, and risk checks.
  • Final or transitional state is observed through polling and/or webhook events and reconciled against ledger and settlement truth.

#Error and failure taxonomy

  • Validation errors require request correction before retry.
  • Transient dependency or network failures can be retried with backoff.
  • Policy or compliance errors need operator intervention before reattempt.

#Retry and idempotency guidance

Use stable idempotency keys per logical operation and bounded retry policies keyed by normalized error class.

#Observability and debugging entry points

  • Track request IDs, operation IDs, and event IDs across systems.
  • Alert on prolonged pending states and delivery retry exhaustion.
  • Keep runbooks for replay, reconciliation, and incident escalation.

Last updated: 2026-08-04

Compatibility window: Applies to the currently shipped Ryvra docs portal and interfaces published through August 2026.