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Aria Systems Integration Guide
Integrate Aria Systems billing, subscription, payment, and usage processes with enterprise applications through REST APIs, selected callbacks, SOAP services, and scheduled workflows.
Aria Systems integration options at a glance
Aria Systems is primarily integrated through documented REST APIs for accounts, subscriptions, plans, invoices, payments, and related billing operations. SOAP/XML services remain relevant for some existing implementations, but their availability and lifecycle should be confirmed for the target tenant. Selected billing or payment callbacks may be available, while batch, asynchronous, usage, and file-based processing depend on the product edition and tenant configuration. Aria credentials are tenant- or client-specific and should be confirmed before implementation. Martini can consume these APIs, receive supported callbacks, process JSON, XML, or approved files, schedule synchronization workflows, and expose normalized REST APIs to downstream applications.
Common Aria Systems integration patterns
Common Aria Systems data objects used in integrations
Authentication and security considerations
Tenant-specific authentication
Aria Systems requests use tenant- or client-specific credentials. Depending on the API generation and deployment, these may include client identifiers, API keys, authentication keys, usernames, passwords, account credentials, or session values. Confirm the exact requirements for the target tenant and do not assume OAuth 2.0.
Martini security controls
Martini can store credentials in environment configuration or secrets rather than embedding them in workflow mappings or source code. API access should be restricted to the required operations and environments.
Sensitive billing data
- Minimize logging of customer, payment, invoice, and financial payloads.
- Protect callback endpoints with the authentication or signing model confirmed for the Aria tenant.
- Avoid passing full payment-card data through Martini unless explicitly required and covered by appropriate compliance controls.
Operational considerations for Aria Systems integrations
Tenant and API variation
Aria resources, authentication parameters, synchronous behavior, and API coverage can vary by product edition, API generation, enabled modules, and tenant configuration. Confirm the interface before implementation.
Pagination and synchronization
Use supported change filters, deterministic sorting, pagination controls, and a persisted watermark. Define how cancellations, deletions, invoice status changes, and payment reversals are represented.
Billing time and plan changes
Normalize time zones and explicitly model billing-period boundaries, invoice cutoffs, proration dates, effective dates, plan identifiers, charges, and late-arriving usage.
Retries and idempotency
Use stable external identifiers and correlation keys. Apply bounded retries with backoff to transient failures, but do not repeatedly replay validation errors or uncertain billing operations without checking processing state.
Testing and monitoring
Test account, subscription, invoice, payment, callback, and usage scenarios in the target tenant. Monitor workflow outcomes, correlation identifiers, partial batch failures, and schema or plan changes without exposing sensitive payloads.
Why use Martini instead of scripts or point-to-point integrations?
Orchestration across billing processes
Scripts often combine authentication, API calls, transformations, retries, and reconciliation in code that is difficult to govern. Martini workflows make these stages explicit and reusable across provisioning, synchronization, usage ingestion, and billing event distribution.
Controlled API exposure
Martini can expose normalized REST APIs so upstream applications do not need to understand Aria-specific request formats, API generations, or billing object relationships.
Reliable transformation and recovery
Martini provides workflow-based mapping, validation, business rules, scheduling, error handling, and monitoring patterns for separating transient failures from permanent billing or data-quality errors.
Maintainable enterprise integration
Centralized secrets, reusable workflows, canonical mappings, persisted synchronization state, and environment configuration reduce point-to-point coupling while preserving the flexibility to consume REST, SOAP, callbacks, batch interfaces, and approved files.