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Oracle Hospitality OPERA Cloud Integration Guide
Oracle Hospitality OPERA Cloud integrates with enterprise systems primarily through OHIP REST APIs, OAuth 2.0 authentication, and selected event notifications.
Oracle Hospitality OPERA Cloud integration options at a glance
Oracle Hospitality OPERA Cloud integrations are primarily implemented through the Oracle Hospitality Integration Platform (OHIP) REST APIs. These APIs support operations involving Reservations, Profiles, Properties, Rooms, Rates, and Inventory, subject to tenant configuration, modules, permissions, and API availability. Selected OPERA Cloud events can be delivered through event-oriented notification mechanisms, while scheduled polling provides a fallback where event coverage is incomplete. OHIP commonly uses OAuth 2.0 application credentials together with enterprise, hotel, or property context. Martini can securely manage credentials, call REST endpoints, receive supported notifications, orchestrate workflows, transform payloads, and expose controlled APIs for downstream applications.
Common Oracle Hospitality OPERA Cloud integration patterns
Common Oracle Hospitality OPERA Cloud data objects used in integrations
Authentication and security considerations
OAuth 2.0 application authentication
OHIP integrations commonly use OAuth 2.0 client credentials, access tokens, application registration, and approved permissions or scopes. The exact token settings depend on the Oracle Hospitality environment.
Enterprise and property context
Requests may require enterprise, hotel, property, application, or organization context. Martini workflows should pass the required headers and prevent credentials authorized for one property from being used outside their intended scope.
Secrets and sensitive data
- Store client IDs, client secrets, tokens, and environment values as protected Martini secrets.
- Separate development, test, and production credentials.
- Minimize downstream copies of guest, reservation, contact, preference, and payment-related data.
- Apply access, retention, and encryption controls appropriate to hospitality and personally identifiable information.
Operational considerations for Oracle Hospitality OPERA Cloud integrations
Pagination and incremental retrieval
Confirm pagination and filtering behavior for every OHIP collection endpoint. Use property, date, status, or modification filters where available and persist a successful checkpoint rather than repeatedly retrieving all Profiles or Reservations.
Events and polling
OPERA Cloud event notifications are selective. Confirm event coverage, payload completeness, ordering, retry behavior, and property scope. When a notification contains only a reference, retrieve the current object through REST. Use scheduled polling for unavailable events.
Reliability and idempotency
- Design for throttling, temporary service failures, token expiration, and late-arriving updates.
- Use stable OPERA identifiers and event IDs to prevent duplicate writes.
- Do not retry non-idempotent requests without a deduplication strategy.
- Record source IDs, target IDs, request outcomes, and retry state for reconciliation.
Schema and testing
Pin integrations to supported API versions where possible, validate required fields and enumerated statuses, and test representative reservation, profile, property, rate, and inventory data before production deployment.
Why use Martini instead of scripts or point-to-point integrations?
Centralized orchestration
Martini provides a maintained workflow layer for authentication, API calls, event intake, scheduled polling, transformations, business rules, and downstream delivery instead of scattering logic across scripts.
Reusable integration assets
Teams can expose controlled APIs, reuse workflow logic, standardize mappings, and create consistent handling for property context, identifiers, validation, retries, and reconciliation.
Operational control
- Use event-driven processing where OPERA Cloud supports the required event.
- Use scheduled incremental synchronization when event coverage is incomplete.
- Apply consistent error routing, logging, monitoring, and retry behavior.
- Keep vendor-specific API details separate from downstream application models.