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Okta Integration Guide
Connect Okta identity and access data with enterprise systems through REST APIs, selected Event Hooks, Inline Hooks, and scheduled workflows.
Okta integration options at a glance
Okta’s primary integration surface is its REST API, covering Users, Groups, Applications, Policies, Factors, sessions, and System Log events. Okta also supports Event Hooks for asynchronous HTTPS notifications on selected events and Inline Hooks for synchronous callbacks at supported extension points. OAuth 2.0 and API tokens provide authentication options, with access controlled through scopes and administrator configuration. Martini can consume Okta REST APIs, receive hook requests through exposed APIs, schedule incremental System Log retrieval, and orchestrate mappings, validation, retries, checkpointing, and downstream delivery without requiring a dedicated Okta connector.
| Integration point | Supported by Okta? | Common use cases | How Martini supports it |
|---|---|---|---|
| REST APIs | Yes | Okta REST APIs support administration and identity operations for Users, Groups, Applications, Policies, Factors, sessions, System Log events, and related resources. | Martini can consume Okta REST APIs in workflows, map request and response payloads, apply business rules, expose reusable APIs, and handle pagination, retries, and errors. |
| Webhooks / outbound callbacks | Limited | Event Hooks provide asynchronous HTTPS notifications for selected Okta events, while Inline Hooks provide synchronous callbacks for selected extension points. | Martini can expose REST endpoints to receive hook requests, validate and deduplicate them, route them to workflows, and return the required response for supported callback scenarios. |
| System Log incremental retrieval | Yes | The System Log API supports time-based and cursor-based retrieval for audit, authentication, lifecycle, administrative, policy, and application activity. | Martini can schedule polling workflows, persist timestamps or cursors, transform events, suppress duplicates, and deliver results to monitoring or compliance platforms. |
| Bulk / async / batch APIs | Limited | Bulk-oriented operations exist for selected resources and use cases, particularly user administration and import, but support and job behavior vary by endpoint. | Martini can combine endpoint-specific bulk operations with batching, queues or scheduled workflows, checkpoint persistence, rate-limit handling, and item-level error processing. |
| Authentication | Yes | Okta supports OAuth 2.0 access tokens with scopes and administrator consent, as well as API tokens using the SSWS authorization scheme. OIDC supports user authentication scenarios. | Martini can store Okta domains, tokens, client credentials, scopes, and secrets in protected environment configuration and use the appropriate authentication flow per workflow. |
| GraphQL APIs | Not confirmed | No official Okta GraphQL API surface was identified in the supplied research. Okta REST APIs should be used for the documented management integration scenarios. | Martini supports standards-based API consumption generally, but an Okta GraphQL integration should not be assumed without vendor documentation. |
| SOAP APIs | Not confirmed | No current official Okta SOAP integration surface was identified in the reviewed developer documentation. | Martini can consume SOAP services generally, but Okta integrations should use the documented REST APIs or hook mechanisms instead. |
| Database access | No | Okta does not expose direct customer database access. Operational and audit data is accessed through APIs such as System Log. | Martini can persist checkpoints, integration state, and audit data in supported target stores, but it should not connect directly to an Okta database. |
How Okta exposes data and business events
Okta REST APIs
Okta REST APIs are the primary integration mechanism for administrative and identity-management operations. They cover Users, Groups, Applications, Policies, Factors, sessions, System Log events, and other supported resources. Collection endpoints may require pagination, and access depends on the configured authentication method and scopes.
Martini implementation pattern
Martini implementation pattern: A Martini workflow consumes the relevant Okta REST endpoint, validates the response, maps the vendor payload into a canonical model, applies business rules, and writes to one or more target systems. Reusable workflows or exposed Martini APIs can provide a controlled abstraction over Okta operations.
Implementation sequence
Okta Event Hooks
Okta Event Hooks send asynchronous HTTPS notifications for selected event types. They are useful for low-latency reactions, but coverage is limited to supported subscriptions and does not replace System Log retrieval for complete audit or change coverage.
Martini implementation pattern
Martini implementation pattern: Martini exposes a REST API endpoint for the Event Hook, validates the request and any verification or security requirements, derives an idempotency key, and starts a workflow that transforms and distributes the event. The workflow can retrieve current Okta state when the notification does not contain sufficient detail.
Implementation sequence
Okta Inline Hooks
Okta Inline Hooks are synchronous callbacks for selected Okta extension points, such as supported registration, password import, token, or telephony-related scenarios. They require a timely response and apply only where Okta documents the relevant extension point.
Martini implementation pattern
Martini implementation pattern: A Martini API receives the inline request, performs bounded validation and lookup logic, and returns the required response structure within the callback contract. Longer-running work should be separated from the synchronous decision while the workflow records correlation and audit data.
Implementation sequence
Okta System Log API
The System Log API supports time-based and cursor-based retrieval of Okta activity. It provides a polling-based incremental synchronization option for authentication, administration, lifecycle, policy, and application events when Event Hooks do not provide sufficient coverage.
Martini implementation pattern
Martini implementation pattern: A scheduled Martini workflow loads the last successful timestamp or cursor, retrieves subsequent pages, normalizes and routes events, and persists the next checkpoint only after successful downstream handling. Duplicate suppression and clock-skew tolerance protect against overlap and missed processing.
Implementation sequence
Common Okta integration patterns
Pattern 1: Synchronize joiners, movers, and leavers
When to use this pattern
Use this pattern when an HR or directory system is the source of employee lifecycle data and Okta must be kept aligned with user profiles, memberships, and lifecycle states. It supports controlled activation, suspension, deactivation, and attribute changes rather than relying on manual administration.
Integration direction
Example Mapping
| Okta Field | Canonical Field | Target Field |
|---|---|---|
| workerId | externalPersonId | profile.employeeNumber |
| workEmail | profile.email | |
| employmentStatus | lifecycleState | status |
| department | organizationalUnit | profile.department |
Martini implementation pattern
A scheduled Martini workflow retrieves source changes, matches Users using an immutable external identifier, validates required profile fields, maps group assignments, and calls Okta lifecycle and membership APIs. It applies rate-limit-aware batching, records per-user results, retries transient failures, and routes invalid profiles or authorization failures for correction.
Martini capabilities used
- workflows
- scheduling
- API consumption
- data mapping
- business rules
- error handling
Pattern 2: Distribute Okta security events
When to use this pattern
Use this pattern when selected Okta events should trigger near-real-time activity in an IT operations, security, or audit platform. Event Hooks provide low-latency notifications for supported events, while System Log polling can supplement coverage that is not available through hooks.
Integration direction
Example Mapping
| Okta Field | Canonical Field | Target Field |
|---|---|---|
| eventType | securityEventType | incident.category |
| actor.alternateId | actorIdentifier | incident.caller |
| published | eventTimestamp | incident.occurredAt |
| outcome.result | eventOutcome | incident.state |
Martini implementation pattern
Martini receives the Event Hook through an exposed API, validates and deduplicates the request, optionally retrieves current Okta state, and transforms the event for ServiceNow or another target. A scheduled System Log workflow handles broader audit coverage, with checkpoints, bounded retries, and dead-letter handling for failed deliveries.
Martini capabilities used
- API exposure
- webhook consumption
- workflows
- data mapping
- idempotency
- error handling
Pattern 3: Process incremental Okta audit data
When to use this pattern
Use this pattern for compliance reporting, security analytics, or operational monitoring that requires reliable incremental retrieval rather than depending only on selected Event Hook coverage.
Integration direction
Example Mapping
| Okta Field | Canonical Field | Target Field |
|---|---|---|
| uuid | sourceEventId | event.id |
| eventType | activityType | event.type |
| actor.alternateId | principal | event.actor |
| client.ipAddress | sourceIp | event.sourceIp |
Martini implementation pattern
A scheduler-triggered Martini workflow loads a timestamp or cursor checkpoint, reads paginated System Log results, filters and enriches relevant events, and writes them to the monitoring target. The checkpoint advances only after successful handling, with overlap windows, duplicate suppression, rate-limit backoff, and retry routing protecting continuity.
Martini capabilities used
- scheduling
- API consumption
- checkpoint persistence
- data transformation
- retry handling
- monitoring
Pattern 4: Expose a controlled Okta administration API
When to use this pattern
Use this pattern when internal applications need a governed interface for selected Okta operations without receiving broad Okta credentials or learning vendor-specific payloads.
Integration direction
Example Mapping
| Okta Field | Canonical Field | Target Field |
|---|---|---|
| employeeId | userExternalId | profile.employeeNumber |
| requestedAction | lifecycleAction | Okta operation |
| groupKey | accessGroup | group.id |
| requester | requestedBy | audit.actor |
Martini implementation pattern
Martini exposes a REST API that authenticates and authorizes callers, validates an allowlisted operation, transforms the request, and invokes the appropriate Okta Users, Groups, Applications, or Policies endpoint. The workflow records audit details, prevents unsafe operations, and distinguishes validation, authorization, rate-limit, and transient failures.
Martini capabilities used
- API exposure
- authentication and authorization
- workflows
- data mapping
- business rules
- audit and error handling
Applications commonly integrated with Okta
Okta commonly participates in enterprise identity, access, provisioning, and single sign-on architectures. The exact direction and supported operations depend on the tenant, application configuration, provisioning protocol, and selected source of authority. Martini can orchestrate these flows through Okta APIs, callback endpoints, scheduled workflows, mappings, and business rules.
| Application | Scenario | Direction | Martini Pattern |
|---|---|---|---|
| Microsoft Entra ID | Coordinate identities, groups, and access relationships across identity domains or support coexistence during an identity migration. | Microsoft Entra ID → Martini → Okta | Use scheduled or event-driven workflows to normalize users and groups, apply deterministic matching and lifecycle rules, and call the relevant Okta REST APIs. Use checkpoints, rate-limit handling, and reconciliation reports for migration controls. |
| Active Directory | Synchronize on-premises users and groups with Okta as part of a hybrid identity architecture. | Active Directory → Martini → Okta | Retrieve directory changes through the approved enterprise integration interface, map profile and group attributes, validate required values, and invoke Okta Users and Groups operations with idempotent lifecycle handling. |
| Salesforce | Support single sign-on, lifecycle provisioning, deprovisioning, and attribute- or group-based access assignment. | Okta → Martini → Salesforce | Receive selected Okta notifications or poll relevant changes, transform identity attributes into the Salesforce user model, apply assignment rules, and route validation or authorization failures for review. |
| ServiceNow | Synchronize identity information, support access workflows, and make identity or security events available to IT operations processes. | Okta → Martini → ServiceNow | Use Okta REST APIs or Event Hooks as inputs, normalize Users, Groups, and relevant events, then call ServiceNow APIs through a Martini workflow with duplicate protection and retry handling. |
| Workday | Use worker lifecycle data as an authoritative source for Okta user profiles and access-related attributes. | Workday → Martini → Okta | Schedule extraction or receive supported source events, map worker identifiers and lifecycle states to Okta Users and Groups, validate profile requirements, and apply activation or suspension rules. |
| Google Workspace | Coordinate users, groups, and single sign-on across cloud productivity environments. | Google Workspace → Martini → Okta | Build a reconciliation workflow that compares source-of-authority attributes, maps group memberships, and applies only changed operations to Okta while recording outcomes and exceptions. |
| Slack | Provide centralized single sign-on and automate user lifecycle or group-based access management. | Okta → Martini → Slack | Use Okta lifecycle or group information as workflow input, apply policy-driven mappings, and invoke the target application interface with idempotent provisioning and compensating error handling. |
| AWS IAM Identity Center | Federate or provision workforce identities and groups for access to AWS accounts and permission sets. | Okta → Martini → AWS IAM Identity Center | Expose a controlled Martini API or schedule reconciliation, normalize identity and group data, enforce approval and allowlist rules, and pass eligible changes to the selected AWS identity interface. |
How to build a Okta integration in Martini
Objective
Configure the Okta org URL, authentication method, scopes, and environment-specific credentials without embedding secrets in workflow logic.
Instructions in Martini
- Choose OAuth 2.0 with narrowly scoped permissions where the Okta application configuration supports it
- Use an API token only when appropriate and protect the SSWS credential
- Store tokens, client secrets, domains, and callback secrets in Martini secrets or environment configuration
- Use separate Okta tenants, credentials, and callback URLs for development, test, and production
Objective
Select a trigger that matches the required latency and event coverage, recognizing that Event Hooks cover selected events while System Log polling provides broader retrieval.
Instructions in Martini
- Use an exposed Martini API for Event Hook or Inline Hook requests
- Use a scheduler for reconciliation and incremental System Log processing
- Use an API-triggered workflow for controlled internal administration requests
- Define correlation identifiers and checkpoint behavior before processing begins
Objective
Call the relevant Okta API or receive the callback payload, then account for pagination, cursors, current-state lookups, and endpoint-specific response behavior.
Instructions in Martini
- Call Users, Groups, Applications, Policies, Factors, or System Log endpoints as required
- Follow Okta pagination and preserve cursors where applicable
- Retrieve current resource state when a hook payload is only a notification
- Detect rate-limit responses and apply bounded exponential backoff
Objective
Coordinate validation, enrichment, routing, and target delivery as a maintainable Martini workflow rather than a collection of point-to-point calls.
Instructions in Martini
- Separate synchronous Inline Hook decisions from longer-running asynchronous processing
- Route different event types or lifecycle actions through explicit branches
- Persist checkpoints only after successful downstream handling
- Use reusable workflow logic for common authentication, mapping, and error paths
Objective
Convert Okta payloads into canonical and target-specific models while tolerating optional and custom profile attributes.
Instructions in Martini
- Map immutable identifiers and lifecycle fields explicitly
- Validate required attributes before creating or updating Users
- Normalize Groups, Applications, and System Log event structures
- Version mappings so profile or application schema changes can be introduced safely
Objective
Enforce authorization, approval, allowlist, lifecycle, and idempotency rules before writing changes to Okta or downstream systems.
Instructions in Martini
- Use deterministic user matching instead of display names alone
- Prevent unauthorized policy, application, or group changes
- Derive event idempotency keys from event or object identifiers
- Separate validation and authorization failures from retryable infrastructure failures
Common Okta data objects used in integrations
| Object | Typical Use | Common target systems | Martini handling |
|---|---|---|---|
| Users | Provision, update, activate, suspend, deactivate, and reconcile identities with profile attributes, lifecycle state, credentials, enrollment data, and memberships. | Workday, Active Directory, Microsoft Entra ID, Salesforce, ServiceNow, Google Workspace | Martini maps profile fields, validates required attributes, applies deterministic matching and lifecycle rules, and performs idempotent REST operations with pagination and retry handling. |
| Groups | Represent authorization, application assignment, policy targeting, administrative collections, and group membership relationships. | Active Directory, Microsoft Entra ID, Salesforce, ServiceNow, AWS IAM Identity Center | Martini normalizes group identifiers and memberships, applies allowlists and business rules, and synchronizes only changed memberships where the workflow supports that comparison. |
| Applications | Manage configured OIDC, SAML, SWA, and other application integrations, including selected assignments and profile settings. | Salesforce, ServiceNow, Slack, Google Workspace, AWS IAM Identity Center | Martini exposes controlled application-management APIs or scheduled workflows, validates permitted operations, and invokes Okta Application and assignment endpoints using scoped credentials. |
| System Log events | Retrieve administrative, authentication, lifecycle, policy, and application activity for audit, monitoring, reconciliation, and security operations. | ServiceNow, security monitoring platforms, compliance repositories, data warehouses | Martini polls by timestamp or cursor, stores checkpoints, transforms event structures, suppresses duplicates, and retries transient delivery failures. |
| Policies | Represent authentication, password, sign-on, enrollment, and related rules governing identity behavior. | Internal administration portals, compliance repositories, configuration stores | Martini can read or modify supported policy resources through scoped workflows, applying approval, validation, allowlist, and audit controls before writes. |
| Factors | Represent multifactor authentication enrollments and factor-related operations for Users. | ServiceNow, security operations platforms, internal identity tools | Martini can retrieve or act on supported factor operations, map status information, and route sensitive or invalid operations through explicit business rules. |
Authentication and security considerations
Authentication and authorization
Okta supports OAuth 2.0 access tokens with scopes and administrator consent, as well as API tokens using the SSWS authorization scheme. OIDC is relevant when Martini exposes an application-facing API that authenticates users through Okta.
- Prefer narrowly scoped OAuth permissions for new server-to-server integrations where supported.
- Protect API tokens, client secrets, refresh tokens, and callback secrets in Martini secrets or environment configuration.
- Use HTTPS for API calls and callback endpoints.
- Keep Okta org URLs, credentials, scopes, and callback configuration environment-specific.
- Design token and secret rotation without requiring workflow code changes.
Operational considerations for Okta integrations
Reliability and operations
Okta integrations should account for tenant-specific URLs, endpoint rate limits, paginated collections, callback coverage, and profile differences between organizations.
- Honor rate-limit response headers and use bounded exponential backoff.
- Follow pagination and persist System Log timestamps or cursors.
- Use event identifiers, object identifiers, or compound keys for idempotency.
- Treat Event Hooks as selected notifications rather than a universal change feed.
- Tolerate optional and custom profile attributes and version mappings.
- Separate transient failures from validation, authorization, and missing-resource errors.
- Test against separate development, test, and production tenants and monitor workflow outcomes.
Why use Martini instead of scripts or point-to-point integrations?
Maintainable Okta integration delivery
Scripts and point-to-point integrations often combine authentication, pagination, transformation, retry logic, and vendor-specific rules in isolated codebases. Martini provides a governed workflow and API layer for coordinating those concerns across Okta and downstream systems.
- Consume Okta REST APIs and receive supported hooks through reusable workflows.
- Expose controlled APIs so internal applications do not need broad Okta credentials.
- Centralize mappings, validation, lifecycle rules, idempotency, and error handling.
- Combine real-time hook processing with scheduled System Log reconciliation.
- Keep secrets and tenant configuration outside workflow logic.
- Use workflow logs, monitoring, testing, and deployment practices to support operational ownership.
Frequently asked questions
Okta can be integrated primarily through its REST APIs for Users, Groups, Applications, Policies, Factors, and System Log events. Selected Event Hooks provide asynchronous HTTPS notifications, while Inline Hooks support synchronous callbacks at documented extension points. OAuth 2.0 and API tokens are available authentication options.
Yes. Martini can consume Okta REST APIs, expose endpoints for supported Event Hook and Inline Hook requests, schedule incremental System Log retrieval, transform Okta objects, and orchestrate delivery to enterprise applications. No native Martini Okta connector is documented in the supplied sources.
No. A dedicated Okta connector is not required. Martini can integrate using Okta’s confirmed native mechanisms, including REST APIs, OAuth 2.0 or API tokens, selected Event Hooks, Inline Hooks, and System Log retrieval.
Lonti does not charge an additional per-connector or per-vendor fee to integrate Okta. The integration is subject to the provisioned capacity of the Martini environment. Separate costs may apply from Okta, cloud infrastructure, or other third-party systems based on subscriptions, usage, and deployment model.
Use Okta REST APIs as the primary mechanism for administration and identity synchronization. Use Event Hooks for selected low-latency notifications, Inline Hooks for supported synchronous extension points, and the System Log API for incremental audit or operational retrieval when hook coverage is insufficient. GraphQL and current SOAP APIs were not confirmed.
Yes, but coverage is selective. Okta Event Hooks send asynchronous HTTPS notifications for supported event types, and Inline Hooks send synchronous callbacks for supported Okta flows. Martini can expose APIs to receive and route these requests, while System Log polling can provide broader event coverage.
Martini can use scheduled REST workflows with pagination, timestamps or cursors, deterministic matching, checkpoint persistence, and idempotent writes. Event Hook processing should include duplicate suppression, and System Log checkpoints should advance only after successful downstream handling.
Martini can map Users, Groups, Applications, Policies, Factors, and System Log events into canonical or target-specific models, validate required fields, and apply business rules. Workflows can retry transient network or rate-limit failures with bounded backoff, while validation, authorization, and missing-resource errors can be routed for correction instead of repeatedly retried.
Related Martini documentation
API Integration
Workflows
Connect Okta with Martini
Use Martini to build maintainable Okta integrations with REST APIs, selected hooks, scheduled synchronization, secure authentication, data mapping, and operational error handling.