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E2open Integration Guide
E2open integrates supply-chain applications with enterprise systems through product-specific REST APIs, selected callbacks, bulk processing, and file or B2B exchange.
E2open integration options at a glance
E2open integration capabilities vary by application, tenant, contract, and deployment configuration. REST APIs are the primary standards-based option for accessing selected supply-chain objects, while bulk, batch, asynchronous, and job-based processing may support high-volume exchanges. E2open also supports file and B2B patterns that can include SFTP, CSV, XML, AS2, or EDI-related flows, subject to partner configuration. Selected products or events may provide webhook-style callbacks. Authentication can include OAuth 2.0, API credentials, tenant-specific service accounts, SFTP credentials, or SSH keys. Martini can consume these interfaces, orchestrate workflows, transform data, expose normalized APIs, and manage retries and reconciliation.
Common E2open integration patterns
Common E2open data objects used in integrations
Authentication and security considerations
Tenant-specific authentication
E2open authentication depends on the product, tenant, and integration arrangement. Confirm the token endpoint, scopes, audience, API-key requirements, service account permissions, and object access in the applicable E2open onboarding material.
Secure transport and credentials
Use HTTPS/TLS for API traffic. Store OAuth client secrets, API keys, SFTP credentials, SSH keys, and B2B signing material in Martini secure environment configuration or secrets management rather than in workflows.
Least-privilege access
Limit E2open service accounts and Martini endpoints to the objects, operations, tenants, and partner exchanges required by the integration. Validate callback authenticity and protect exposed APIs with appropriate authentication and authorization.
Operational considerations for E2open integrations
Rate limits and pagination
Confirm tenant-specific quotas, concurrency limits, pagination behavior, and export limits. Use controlled concurrency, incremental filters, checkpoints, and backoff rather than repeated full scans.
Asynchronous jobs and files
Persist bulk job identifiers, poll documented status intervals, process partial-success results, and retain acknowledgments. For SFTP, AS2, or related exchanges, define naming, encryption, signing, retention, duplicate-file, and quarantine rules.
Idempotency and ordering
Use E2open identifiers, source business keys, event IDs, versions, or timestamps to prevent duplicate writes and handle callback retries or out-of-order delivery.
Schema and tenant variation
Validate the exact E2open product, API version, object model, and enabled modules. Version mappings, isolate product-specific transformations, and test representative Orders, Shipments, Forecasts, Items, Trading Partners, and Invoices.
Monitoring and recovery
Capture correlation identifiers, request outcomes, rejected rows, checkpoints, and workflow metrics. Separate authentication failures, throttling, transport errors, validation failures, and business rejections so each can be corrected or retried appropriately.
Why use Martini instead of scripts or point-to-point integrations?
Orchestrate more than a point-to-point call
E2open integrations often span APIs, callbacks, asynchronous jobs, files, B2B transports, and multiple enterprise applications. Martini coordinates these mechanisms in workflows rather than embedding logic in isolated scripts.
Reuse mappings and business rules
Martini centralizes transformations for identifiers, units, dates, planning periods, statuses, and object relationships. Shared workflow logic can be reused across E2open products and target systems while keeping tenant-specific mappings configurable.
Build controlled API façades
Martini can expose normalized REST APIs so downstream consumers do not need to understand every E2open product-specific resource or authentication detail.
Improve operational reliability
Checkpoints, idempotency, validation, retries, reconciliation, error routing, and monitoring provide a maintainable operating model for supply-chain synchronization and high-volume exchanges.