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Rippling Integration Guide

Connect Rippling workforce and payroll data to enterprise applications through approved REST APIs, OAuth-based access, webhook-style events, and scheduled reconciliation.

Rippling integration options at a glance

Rippling provides developer APIs for approved applications and partners, with access to workforce and business resources determined by the customer’s tenant, product, permissions, and API approval. Martini can consume Rippling REST APIs using application authorization and OAuth-style credentials stored as environment-specific secrets. Where enabled, Rippling can send webhook-style notifications for selected events, allowing Martini workflows to process employee or organizational changes quickly. Scheduled incremental synchronization remains important for resources or events outside webhook coverage. Martini can map Employees, Companies, Departments, Teams, Locations, and authorized payroll resources into downstream applications while applying validation, business rules, idempotency, retries, and reconciliation logic.

Integration pointSupported by Rippling?Common use casesHow Martini supports it
REST APIsYesAccess and manage approved Rippling workforce and business resources such as Employees, Companies, Departments, Teams, Locations, and authorized payroll resources. Exact endpoints, fields, and operations depend on the API product and tenant.Martini can consume Rippling REST endpoints from workflows, transform payloads, apply business rules, and write results to downstream APIs or databases. Martini can also expose controlled REST APIs that standardize Rippling data for internal consumers.
Webhooks / outbound callbacksLimitedReceive notifications for selected Rippling events or integration scenarios, including supported workforce lifecycle changes. Coverage is not universal across objects or operations and must be confirmed for the customer tenant.Martini can receive webhook requests, validate documented signatures or authentication material, trigger workflows, retrieve the current Rippling resource, and route unsupported or failed events to reconciliation handling.
AuthenticationYesApproved Rippling applications can use OAuth 2.0-style authorization with application registration, redirect URIs, access tokens, scopes, and tenant authorization. Other credentials may exist for selected partner scenarios but must be confirmed.Martini stores client credentials, tokens, scopes, and related values in environment configuration and secrets management rather than embedding them in workflow definitions.
Scheduled synchronizationYesReconcile Employees and other resources when webhook coverage is unavailable, events are delayed, downstream systems were unavailable, or the business requires an auditable periodic comparison.Martini can schedule workflows, retrieve incrementally using documented timestamps or cursors, paginate results, apply overlap windows, deduplicate records, and persist progress after successful downstream writes.
Incremental retrieval and paginationLimitedRetrieve changed resources without repeatedly processing the full tenant, subject to the filtering and pagination behavior documented for the relevant Rippling endpoint.Martini can maintain synchronization timestamps or cursors, follow the endpoint’s pagination model, overlap windows to protect against clock skew, and checkpoint only completed work.
Bulk / async / batch APIsNot confirmedA universal Rippling bulk API was not established. Bulk behavior should be confirmed for the specific API product and tenant before designing a high-volume process.Martini can implement documented REST retrieval, incremental queries, scheduling, and controlled workflow concurrency without assuming a Rippling bulk API.
File / attachment APIsNot confirmedA generally applicable Rippling file or attachment API was not verified. Payroll documents, employee files, or attachments require validation against the relevant API and permissions.Martini can support file-oriented workflows when the required Rippling endpoint is confirmed, but the integration should not assume general attachment access.
Database accessNoRippling does not provide direct customer database access as a standard integration mechanism.Martini should consume approved Rippling APIs and event mechanisms rather than attempting direct database connectivity.

How Rippling exposes data and business events

Rippling REST APIs

Rippling’s developer platform is centered on APIs for approved applications and partners. REST resources and operations vary according to the customer’s API product, tenant, permissions, and authorization. Common resources include Employees, Companies, Departments, Teams, Locations, and, where enabled, Paystubs.

Martini implementation pattern

Martini uses a workflow to authenticate to Rippling, retrieve or update the required resource, transform the response into a canonical model, and invoke downstream APIs or persistence services. A Martini API can also provide a controlled façade that hides Rippling-specific payloads from internal consumers.

Implementation sequence

Obtain tenant-approved authorization and retrieve an access token
Call the documented Rippling REST resource
Follow pagination or incremental retrieval rules where applicable
Validate and transform the Rippling payload
Apply lifecycle, routing, and data-minimization rules
Write the result to the downstream system and persist the integration outcome

Rippling webhook events

Rippling supports webhook-style notifications for selected events and integration scenarios. Event coverage is resource- and tenant-specific, so a design must confirm the exact event types and security material available to the customer.

Martini implementation pattern

Martini exposes a webhook-consuming workflow that validates the request before business processing. The workflow should use the notification to retrieve the current Rippling object, apply idempotency and business rules, and send unsupported or failed changes to scheduled reconciliation or exception handling.

Implementation sequence

Receive the Rippling webhook notification
Validate the documented signature or authentication material
Reject malformed, unauthorized, or unsupported events
Check the event or object identifier for prior processing
Retrieve the current Rippling resource when required
Map and route the change to downstream systems and record the outcome

Scheduled Rippling synchronization

Scheduled reconciliation is appropriate when an object or event is outside Rippling webhook coverage, when delivery may be delayed, or when the business requires an auditable comparison between Rippling and downstream systems.

Martini implementation pattern

Martini starts a scheduled workflow that uses the documented Rippling filtering, timestamp, cursor, and pagination behavior. It stores progress only after successful downstream processing, uses a small overlap window, deduplicates results, and separates transient failures from permanent data or authorization errors.

Implementation sequence

Start the workflow on the required schedule
Load the last successful timestamp or synchronization cursor
Query Rippling for the documented incremental range
Retrieve all pages and deduplicate overlapping results
Map resources and apply ownership and update rules
Write successful changes and persist the new checkpoint

Common Rippling integration patterns

Pattern 1: Synchronize employee lifecycle changes

When to use this pattern

Use this pattern when Rippling Employees should drive identity, IT, finance, or business-application updates. Webhook-style notifications can provide low-latency processing for supported events, while scheduled incremental retrieval covers events or objects without notification coverage.

Integration direction
Rippling
Martini
Okta
Example Mapping
Rippling FieldCanonical FieldTarget Field
Employee.idworker.externalIdOkta profile.externalId
Employee.employmentStatusworker.statusOkta user.lifecycleState
Departmentorganization.departmentOkta profile.department
Locationorganization.locationOkta profile.location
Martini implementation pattern

Martini receives a supported event or retrieves changed Employees, then fetches the current resource and related organizational data. It validates the manager, Department, Team, and Location mappings, provisions only active workers, deprovisions terminated workers, and uses the employee identifier plus event identity to make retries idempotent. Missing assignments are routed for correction instead of repeatedly retried.

Martini capabilities used
  • workflows
  • API consumption
  • webhook handling
  • data mapping
  • business rules
  • error handling

Pattern 2: Provision workforce access to business applications

When to use this pattern

Use this pattern when employee attributes from Rippling determine accounts, groups, roles, or workspace membership in applications such as Microsoft 365, Google Workspace, Slack, or Salesforce.

Integration direction
Rippling
Martini
Microsoft 365
Example Mapping
Rippling FieldCanonical FieldTarget Field
Employee.emailidentity.emailMicrosoft 365 user.mail
Employee.firstNameidentity.givenNameMicrosoft 365 user.givenName
Employee.lastNameidentity.familyNameMicrosoft 365 user.surname
Teamorganization.teamMicrosoft 365 group.assignment
Martini implementation pattern

A Martini workflow consumes current Rippling employee data, applies rules based on employment status, Department, Team, Location, and worker type, and calls the target application API. It records the source-to-target identifier relationship, avoids duplicate account actions, retries transient target failures with bounded handling, and sends incomplete role or group assignments to an exception path.

Martini capabilities used
  • workflows
  • API consumption
  • data mapping
  • business rules
  • idempotency
  • error handling

Pattern 3: Synchronize authorized payroll data to finance

When to use this pattern

Use this pattern only when the customer’s Rippling authorization includes Paystubs or other required payroll resources and the target finance process has approved handling for sensitive data.

Integration direction
Rippling
Martini
NetSuite
Example Mapping
Rippling FieldCanonical FieldTarget Field
Paystub.idpayroll.statementIdNetSuite externalId
Paystub.employeeIdpayroll.workerExternalIdNetSuite employee reference
Paystub.grossPaypayroll.grossAmountNetSuite gross amount
Paystub.payDatepayroll.payDateNetSuite transaction date
Martini implementation pattern

Martini retrieves only the authorized payroll fields, validates the target period and employee reference, masks sensitive values in operational logs, and maps approved data into NetSuite finance structures. Corrections are handled through stable identifiers and reconciliation rules. Authorization, validation, and downstream outage errors are separated so sensitive payloads are not endlessly retried or broadly exposed.

Martini capabilities used
  • API consumption
  • data minimization
  • data mapping
  • business rules
  • secrets management
  • error handling

Pattern 4: Reconcile Rippling workforce data on a schedule

When to use this pattern

Use this pattern when webhook coverage is limited, events may be missed or delayed, downstream systems were unavailable, or the organization requires a recurring audit of workforce data consistency.

Integration direction
Rippling
Martini
Jira
Example Mapping
Rippling FieldCanonical FieldTarget Field
Employee.idworker.externalIdJira issue.customfield_ripplingId
Employee.employmentStatusworker.statusJira issue.lifecycleStatus
Departmentorganization.departmentJira issue.department
terminationDateworker.terminationDateJira issue.dueDate
Martini implementation pattern

A scheduled Martini workflow loads the prior checkpoint, queries documented incremental ranges, follows pagination, and compares Rippling values with downstream state. It creates or updates Jira work items for exceptions, uses overlap windows and deduplication, and advances the checkpoint only after successful processing. Records that fail due to temporary outages remain eligible for retry.

Martini capabilities used
  • scheduled workflows
  • API consumption
  • pagination handling
  • data mapping
  • reconciliation
  • error handling

Applications commonly integrated with Rippling

Rippling commonly participates in workforce, identity, application-management, recruiting, and finance processes. Exact application availability and object coverage depend on the customer’s Rippling configuration, approved API access, and the target application’s APIs.

Application Scenario Direction Martini Pattern
Okta Synchronize employee joiner, mover, and leaver information with enterprise identity and access-management processes. Rippling → Martini → Okta Martini consumes authorized Rippling Employees and organizational attributes, applies provisioning and deprovisioning rules, and calls Okta APIs. The workflow records stable identifiers, handles retries for transient failures, and routes incomplete assignments for review.
Microsoft 365 Create, update, or disable Microsoft accounts based on employee lifecycle changes and organizational data. Rippling → Martini → Microsoft 365 A Martini workflow receives supported events or runs an incremental synchronization, maps employee identity and department fields, applies active-status rules, and invokes Microsoft 365 APIs. Idempotent upserts and exception handling prevent duplicate or incomplete account actions.
Google Workspace Provision or deprovision user accounts and synchronize organizational attributes for workforce administration. Rippling → Martini → Google Workspace Martini retrieves current Employees, validates required email and organizational fields, transforms Rippling values to Google Workspace attributes, and executes account lifecycle operations. Failed operations are retried when transient and retained for reconciliation when authorization or data validation fails.
Slack Manage workspace access and membership as employees join, change roles, or leave the organization. Rippling → Martini → Slack Martini processes Rippling lifecycle events where available, determines the appropriate Slack action from employment status and Team or Department, and calls Slack APIs. Duplicate events are suppressed using employee or event identifiers.
Salesforce Support employee access provisioning, onboarding, and offboarding controls for sales and business teams. Rippling → Martini → Salesforce Martini maps Rippling Employees, Teams, Departments, and Locations into Salesforce user or access-management workflows, applies role-assignment rules, and exposes reusable APIs for controlled downstream requests. Errors are logged with sensitive fields minimized.
NetSuite Transfer workforce, department, or approved payroll-related information into finance and accounting processes. Rippling → Martini → NetSuite A scheduled or event-driven Martini workflow retrieves authorized Rippling resources, minimizes sensitive payroll fields, maps Companies and Departments to NetSuite structures, and writes results through target APIs. Reconciliation checkpoints and controlled retries address corrections and downstream outages.
Jira Create onboarding, access-request, or offboarding work items from workforce lifecycle changes. Rippling → Martini → Jira Martini receives or retrieves Rippling employee changes, applies routing rules based on Department, Team, Location, or status, and creates or updates Jira issues. The workflow stores the relationship between the Rippling identifier and Jira issue to make reruns idempotent.
Greenhouse Coordinate candidate-to-employee onboarding information between recruiting and workforce administration. Greenhouse → Martini → Rippling Martini accepts approved Greenhouse hiring information, validates required attributes, and calls the authorized Rippling API or downstream onboarding process. Status responses can be mapped back to Greenhouse, while validation and authorization failures are separated from retryable transport errors.

How to build a Rippling integration in Martini

Objective

Establish approved Rippling application access and configure environment-specific credentials without embedding secrets in workflows.

Instructions in Martini

  • Confirm the Rippling API product, tenant approval, scopes, and permitted objects
  • Configure OAuth-style client credentials, tokens, and endpoint settings as environment values
  • Store sensitive values with Martini secrets management
  • Configure target-system authentication separately and minimize granted permissions

Objective

Select event-driven, scheduled, or API-led execution according to Rippling event coverage and business latency requirements.

Instructions in Martini

  • Use a Rippling webhook where the required event is confirmed for the tenant
  • Use a scheduler for reconciliation and resources without webhook coverage
  • Define a Martini API when internal applications need a controlled Rippling façade
  • Plan a replay or reconciliation path for missed or delayed events

Objective

Obtain the authoritative Rippling resource and related organizational data needed by the integration.

Instructions in Martini

  • Validate webhook requests before processing them
  • Retrieve the current Employee or other resource after a notification when appropriate
  • Implement the pagination and filtering behavior documented for each endpoint
  • Store a timestamp or cursor only after successful downstream processing

Objective

Coordinate API calls, enrichment, routing, and target operations as a maintainable Martini workflow.

Instructions in Martini

  • Separate transport, validation, transformation, and target-write stages
  • Enrich Employees with required Departments, Teams, Locations, or Companies
  • Route lifecycle actions according to status, worker type, and organizational rules
  • Keep event processing and scheduled reconciliation aligned through shared reusable logic

Objective

Transform Rippling payloads into canonical and target-specific models while protecting sensitive workforce and payroll information.

Instructions in Martini

  • Map stable Rippling identifiers to target external keys
  • Validate required email, status, organizational, and date fields
  • Normalize Department, Team, Location, and company values
  • Mask or omit unnecessary personal and payroll fields from logs and downstream payloads

Objective

Ensure that only valid and authorized workforce changes produce downstream actions.

Instructions in Martini

  • Provision only Employees that satisfy active-status rules
  • Apply access assignments based on Department, Team, Location, and worker type
  • Prevent duplicate processing using event and object identifiers
  • Route missing mappings, authorization failures, and invalid data to exception handling

Common Rippling data objects used in integrations

ObjectTypical UseCommon target systemsMartini handling
EmployeesSynchronize worker profiles, employment status, contact details, manager, Department, Team, Location, hire date, and termination date.Okta, Microsoft 365, Google Workspace, Slack, Salesforce, Jira, and finance applicationsMartini retrieves the current Employee after an event or during incremental synchronization, validates required fields, applies lifecycle rules, maps the object to the target model, and uses the Rippling identifier for idempotency.
CompaniesRepresent legal entities, employing organizations, or companies managed within a Rippling tenant.NetSuite, finance applications, reporting stores, and enterprise directoriesMartini maps company identifiers and organizational attributes to downstream legal-entity models while enforcing tenant scope and avoiding unnecessary personal or payroll data.
DepartmentsRepresent organizational units used for workforce administration, access rules, and reporting.Okta, Microsoft 365, Google Workspace, Salesforce, Jira, and reporting platformsMartini can cache relatively stable reference data, translate department identifiers into target values, and use the result in routing and application-assignment rules.
TeamsRepresent workforce groupings used for organization, access management, and application provisioning.Okta, Slack, Salesforce, Google Workspace, and internal access servicesMartini maps Team membership or attributes into target groups and roles, validates assignment rules, and prevents repeated group operations during event retries.
LocationsRepresent work locations, offices, or employee location assignments.Identity platforms, workplace applications, finance systems, and reporting storesMartini normalizes location identifiers and values, applies location-specific business rules, and routes records with missing or ambiguous mappings to an exception path.
PaystubsRepresent payroll statement data when the customer’s Rippling API authorization includes payroll resources.NetSuite, finance applications, payroll reporting stores, and controlled employee-facing systemsMartini processes only authorized fields, minimizes and masks sensitive values, restricts access and logging, and reconciles corrections using stable identifiers and controlled retention.

Authentication and security considerations

Application authorization

Rippling developer integrations use application-based authorization for approved applications and partners. OAuth 2.0-style flows may include application registration, redirect URIs, access tokens, scopes, and tenant authorization, with exact details determined by the Rippling application and customer configuration.

Secrets and permissions

Martini can store Rippling client credentials, tokens, and other sensitive values in environment-specific secrets rather than workflow definitions. Request only the scopes and objects required for the integration.

Webhook protection

Where Rippling webhook subscriptions are enabled, Martini should validate the signature or other authentication material documented for the event subscription before applying business logic. Personal and payroll information should be minimized and masked in logs.

Operational considerations for Rippling integrations

Rate limits and pagination

Use the applicable Rippling rate-limit guidance, bounded backoff, and controlled concurrency. Do not assume a single request returns all Employees or other resources; implement the pagination model documented for each endpoint.

Incremental synchronization

Store the last successful timestamp or cursor, use a small overlap window for delayed updates and clock skew, deduplicate overlapping results, and advance progress only after downstream writes succeed.

Events and idempotency

Webhook coverage is resource- and tenant-specific. Combine event processing with scheduled reconciliation, use stable object or event identifiers, and prevent repeated hire, update, or termination actions.

Schema and sensitive data

Validate employment status, dates, Department, Team, Location, manager, legal entity, and payroll fields explicitly. Apply data minimization, retention controls, restricted access, and masking for employee and payroll information.

Testing and recovery

Test approved scopes, representative lifecycle changes, duplicate events, pagination, rate limits, downstream outages, and schema changes. Separate retryable transport failures from permanent validation or authorization failures and retain an auditable reconciliation path.

Why use Martini instead of scripts or point-to-point integrations?

Centralized orchestration

Martini coordinates Rippling API calls, webhook processing, scheduled reconciliation, downstream writes, enrichment, and exception handling in maintainable workflows rather than scattering logic across scripts.

Reusable integration logic

Shared mappings, validation rules, idempotency behavior, and error paths can be reused across identity, finance, HR, and business-application processes. Martini can also expose controlled APIs that shield internal consumers from Rippling-specific payloads.

Operational reliability

Martini supports event-driven and scheduled execution, checkpointing patterns, data transformation, business rules, bounded retries, and monitoring-oriented error handling. This makes it easier to reconcile missed events and manage changes as Rippling access or downstream schemas evolve.

Developer control

Martini provides a low-code development experience for integration workflows while allowing custom logic where required. Teams can use standards-based HTTP integration without depending on an unverified native Rippling connector.

Frequently asked questions

How can Rippling be integrated with enterprise systems?

Rippling can be integrated through its developer REST APIs for approved applications and partners, OAuth-style application authorization, and webhook-style notifications for selected events and integration scenarios. Scheduled incremental synchronization is useful for resources or changes outside webhook coverage. Exact objects, fields, permissions, and events depend on the customer’s Rippling product and tenant.

Can Martini integrate with Rippling?

Yes. Martini can integrate with Rippling by consuming its documented REST APIs, receiving supported webhook events, storing OAuth credentials as environment-specific secrets, mapping Rippling objects, and orchestrating downstream API calls and reconciliation workflows. No native Martini Rippling connector was verified in the supplied information.

Do I need a connector to integrate Rippling with Martini?

No. A dedicated Rippling connector is not required. Martini can use Rippling’s confirmed native integration mechanisms, including approved REST APIs, OAuth-style authentication, supported webhook events, and scheduled API-based synchronization.

Is there any extra Lonti cost to integrate Rippling with Martini?

Lonti does not charge an additional per-connector or per-vendor fee to integrate Rippling. The integration is subject to the provisioned capacity of the Martini environment. Separate costs may apply from Rippling, cloud infrastructure, or other third-party systems depending on subscription, API usage, and deployment model.

Which Rippling integration methods should an enterprise use?

Use Rippling REST APIs as the primary integration method, with OAuth-style application authorization where applicable. Use webhook-style notifications for confirmed event types and scheduled incremental reconciliation for unsupported, delayed, or missed events. GraphQL, SOAP, a universal bulk API, general-purpose attachment APIs, and direct database access were not confirmed as standard Rippling mechanisms.

Are Rippling webhooks or event notifications available?

Rippling supports webhook-style notifications for selected events and integration scenarios, but coverage is not universal across every resource or operation. Martini can receive and validate supported notifications, retrieve the current resource, process it idempotently, and use scheduled reconciliation for changes outside event coverage.

How does synchronization between Rippling and other systems work?

Martini can process supported events in near real time or run scheduled incremental queries using the filtering, timestamp, cursor, and pagination behavior documented for the relevant Rippling endpoint. It maps Employees and related objects into target models, stores checkpoints after successful writes, uses overlap windows and deduplication, and reconciles missed or failed changes.

How does Martini handle Rippling errors, retries, and duplicate events?

Martini can classify authentication, permission, validation, rate-limit, transient outage, and duplicate-processing errors separately. Stable Rippling object or event identifiers support idempotent create-or-update behavior. Transient failures can be retried with bounded handling, while permanent data or authorization failures should be routed for correction rather than repeatedly retried.

Related Martini documentation

APIs

Workflows

Transformation

Security

Operations

Build a maintainable Rippling integration with Martini

Use Martini to connect approved Rippling APIs and supported events with enterprise applications through secure workflows, reusable mappings, business rules, and reconciliation processes.

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