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Flexport Integration Guide
Connect Flexport logistics data with enterprise systems through REST APIs, selected webhook notifications, OAuth 2.0-based authentication, and orchestrated synchronization workflows.
Flexport integration options at a glance
Flexport provides REST APIs for logistics and supply-chain data, including Shipments, Bookings, Purchase Orders, Products, Commercial Invoices, and shipment milestones. Selected events and resources can generate webhook-style notifications, although coverage, verification, retry behavior, and payload detail must be confirmed for each account. Flexport API access uses bearer tokens with OAuth 2.0-based authorization. Document and attachment handling is available for some logistics resources but should be verified by product and endpoint. Martini can consume the REST APIs, receive supported notifications, paginate and checkpoint synchronizations, transform Flexport JSON, apply business rules, and deliver results to ERP, commerce, warehouse, document, or analytics systems.
Common Flexport integration patterns
Common Flexport data objects used in integrations
Authentication and security considerations
OAuth 2.0-based bearer authentication
Flexport API access uses bearer access tokens and developer documentation describes OAuth 2.0-based authorization. The required grant, scopes, token lifetime, tenant permissions, and enabled API products must be confirmed for each account.
Credential protection
- Store client credentials, access tokens, webhook verification material, and document access references in Martini Secrets Management.
- Do not place authorization headers or secrets in workflow definitions or application logs.
- Restrict Martini endpoints that receive Flexport notifications and validate requests according to Flexport’s documented requirements.
Sensitive logistics data
Commercial invoices, customs information, shipment data, and temporary document URLs should be treated as sensitive business data. Apply least-privilege access, controlled retention, and secure transfer practices.
Operational considerations for Flexport integrations
Rate limits and pagination
Confirm limits for the relevant Flexport API product. Use bounded concurrency, backoff for HTTP 429 responses, endpoint-specific pagination, and checkpoints for long-running synchronizations.
Events and idempotency
Webhook notifications may be duplicated or delivered out of order. Store event identifiers or stable business keys, retrieve current resources when needed, and prevent older events from overwriting newer shipment state.
Schema and status changes
Preserve original Flexport statuses alongside normalized values. Validate required fields and monitor enum, nested-object, pagination, and authentication changes without failing on harmless additive fields.
Documents and reconciliation
Confirm whether document endpoints return content, temporary URLs, identifiers, or metadata. Download expiring references promptly, validate files, and reconcile Shipments, Bookings, Purchase Orders, and Products using counts and update timestamps.
Testing and monitoring
Test representative success, validation, rate-limit, duplicate, out-of-order, and partial-update cases. Monitor workflow outcomes, retries, checkpoint progress, and unmapped statuses while avoiding sensitive payloads in logs.
Why use Martini instead of scripts or point-to-point integrations?
Centralized orchestration
Martini centralizes Flexport API calls, webhook receipt, scheduling, transformation, business rules, target writes, and exception handling in maintainable workflows rather than distributing logic across scripts.
Reusable integration assets
Teams can expose normalized APIs, reuse authentication and mapping logic, and apply consistent idempotency, checkpointing, retry, and reconciliation patterns across Flexport resources and target applications.
Adaptable implementation
Because the integration uses documented Flexport APIs and supported notifications, Martini can accommodate account-specific permissions, resource coverage, evolving status models, and different downstream data contracts without creating separate point-to-point implementations for every target.