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NinjaOne Integration Guide

Connect NinjaOne endpoint, alert, organization, and activity data with enterprise systems through REST APIs, OAuth 2.0, and selected webhook notifications.

NinjaOne integration options at a glance

NinjaOne's primary integration surface is its REST API, which provides programmatic access to Devices, Organizations, Alerts, Activities, Policies, Software, and related management data. NinjaOne also supports webhook-style notifications for selected events, although coverage must be verified for each event type and API version. API access uses OAuth 2.0 bearer tokens, application credentials, scopes, and tenant permissions. Martini can consume NinjaOne REST endpoints, receive supported notifications through a Martini API, paginate through collection responses, schedule full or incremental synchronization, and map JSON into PSA, ITSM, messaging, reporting, or database targets. File, database, GraphQL, and SOAP integration methods were not confirmed.

Integration pointSupported by NinjaOne?Common use casesHow Martini supports it
REST APIsYesNinjaOne's primary programmatic interface for reading Devices, Organizations, Alerts, Activities, Policies, Software, and supported administrative data. It can also support documented update operations subject to permissions.Martini can consume NinjaOne REST endpoints from workflows, handle pagination and authentication, transform JSON, apply business rules, and expose a separate API for downstream consumers.
Webhooks / outbound callbacksLimitedNinjaOne provides webhook-style notifications for selected events. Coverage is not universal across objects or operations and should be verified for the target tenant and API version.Martini can expose an API or webhook-triggered workflow, validate incoming requests, retrieve authoritative object state, and route the result to downstream systems.
AuthenticationYesNinjaOne API access uses OAuth 2.0 with an API application, client credentials, bearer access tokens, scopes, and tenant or user permissions.Martini can manage authenticated API calls and store client secrets and related configuration in secure secrets and environment configuration rather than workflow code.
Scheduled synchronizationYesScheduled retrieval is suitable for full or incremental synchronization of Devices, Organizations, Software, Policies, Activities, and other collections when event coverage is incomplete.Martini can trigger workflows on a schedule, preserve pagination or synchronization checkpoints, perform idempotent upserts, and retry transient failures.
Bulk / async / batch APIsNot confirmedSome individual operations may support multi-device or asynchronous behavior, but broad bulk or batch API support was not confirmed.Martini can orchestrate endpoint-specific asynchronous behavior if confirmed in the NinjaOne API definition, but should not assume a general bulk interface.
File / attachment APIsNot confirmedNo general-purpose NinjaOne file or attachment API was confirmed. Device, alert, activity, and inventory data should use the documented JSON API unless an endpoint states otherwise.Martini can process files from other systems, but NinjaOne file transfer should only be implemented when a specific supported endpoint is verified.
GraphQL APIsNot confirmedNo official NinjaOne GraphQL API was identified in the supplied research.Martini integrations should use the NinjaOne REST API rather than assume GraphQL support.
SOAP APIsNoNinjaOne integration guidance is centered on REST APIs and selected webhook notifications; SOAP was not identified as a supported interface.Martini can consume SOAP services generally, but a NinjaOne SOAP integration should not be designed without confirmed vendor documentation.

How NinjaOne exposes data and business events

NinjaOne REST APIs

NinjaOne REST APIs are the primary integration mechanism for managed endpoint and operational data. They provide access to objects such as Devices, Organizations, Alerts, Activities, Policies, and Software, with exact fields and update operations determined by the API definition, tenant permissions, and endpoint support.

Martini implementation pattern

Martini implementation pattern: a workflow obtains or refreshes an OAuth 2.0 access token, calls the required NinjaOne endpoint, follows pagination or continuation state, validates and transforms the JSON response, applies business rules, and writes to a target system. Scheduled workflows can maintain full or incremental synchronization checkpoints, while reusable API logic can support multiple downstream processes.

Implementation sequence

Obtain an OAuth 2.0 access token with approved scopes
Call the required NinjaOne REST endpoint
Follow pagination or continuation information until processing is complete
Validate the response and normalize NinjaOne identifiers
Map and transform fields for the target system
Apply routing, filtering, and lifecycle rules before writing data thematically?

NinjaOne webhook notifications

NinjaOne supports webhook-style notifications for selected events. Notification coverage is not universal across all NinjaOne objects or operations, and the event types, payloads, authentication or signing controls, and retry behavior should be verified for the target tenant and API version.

Martini implementation pattern

Martini implementation pattern: expose a Martini API endpoint or webhook-triggered workflow, validate the incoming request, acknowledge promptly where appropriate, and use the event or object identifier to retrieve authoritative current state from NinjaOne. The workflow then enriches, maps, routes, and writes the result while protecting against duplicate, delayed, or out-of-order notifications.

Implementation sequence

Receive the NinjaOne webhook notification
Validate the request and supported event type
Record the event or object identifier for deduplication
Retrieve the current NinjaOne object through the REST API
Map and enrich the payload for the target system
Apply severity, organization, and lifecycle rules before routing it

Common NinjaOne integration patterns

Pattern 1: Synchronize NinjaOne alerts with ServiceNow incidents

When to use this pattern

Use this pattern when endpoint and monitoring conditions must create or update incidents with consistent device, organization, severity, and status context. Selected NinjaOne notifications can provide responsiveness, while REST retrieval supplies authoritative data when event payloads are incomplete.

Integration direction
NinjaOne
Martini
ServiceNow
Example Mapping
NinjaOne FieldCanonical FieldTarget Field
Alert.idexternalAlertIdu_ninjaone_alert_id
Alert.severityseverityurgency
Device.namedeviceNamecmdb_ci
Organization.nameorganizationNamecompany
Martini implementation pattern

Martini receives a supported notification, retrieves the Alert, Device, and Organization, maps them into a ServiceNow incident, applies severity and assignment rules, and stores the NinjaOne identifier for idempotent updates. Transient failures are retried with backoff, while invalid mappings are routed for review.

Martini capabilities used
  • webhook-triggered workflows
  • API consumption
  • data mapping
  • business rules
  • error handling
  • retry orchestration

Pattern 2: Synchronize NinjaOne inventory with a PSA

When to use this pattern

Use this pattern to keep Devices and Organizations aligned with ConnectWise Manage, Autotask PSA, or HaloPSA configuration and customer data. It is useful for scheduled reconciliation where webhook coverage does not include inventory changes.

Integration direction
NinjaOne
Martini
ConnectWise Manage or Autotask PSA
Example Mapping
NinjaOne FieldCanonical FieldTarget Field
Device.idexternalDeviceIdconfigurationItem.externalId
Device.displayNamedeviceNameconfigurationItem.name
Organization.idexternalOrganizationIdcompany.externalId
Device.lastContactlastSeenAtconfigurationItem.lastSeen
Martini implementation pattern

A scheduled Martini workflow retrieves paginated Devices and Organizations, resolves target customer relationships, and performs idempotent upserts. It maintains a synchronization watermark and distinguishes retired, deleted, moved, and temporarily absent objects before applying lifecycle changes.

Martini capabilities used
  • scheduled workflows
  • pagination handling
  • data mapping
  • upsert logic
  • checkpoint management
  • error handling

Pattern 3: Route enriched NinjaOne alerts to collaboration channels

When to use this pattern

Use this pattern when operations teams need targeted notifications in Microsoft Teams or Slack rather than a separate message for every raw event. Routing can be based on severity, organization, device state, or alert lifecycle.

Integration direction
NinjaOne
Martini
Microsoft Teams or Slack
Example Mapping
NinjaOne FieldCanonical FieldTarget Field
Alert.severityprioritymessage.priority
Alert.descriptionalertSummarymessage.text
Device.namedeviceNamemessage.fields.device
Organization.namecustomerNamemessage.fields.organization
Martini implementation pattern

Martini receives a supported event, retrieves current Alert and Device details, applies routing and suppression rules, formats a concise message, and calls the target collaboration API. Duplicate event identifiers and delivery outcomes are recorded so failed notifications can be retried without uncontrolled duplication.

Martini capabilities used
  • event-driven workflows
  • API consumption
  • JSON transformation
  • conditional routing
  • deduplication
  • retry handling

Pattern 4: Export NinjaOne inventory and activity data to reporting storage

When to use this pattern

Use this pattern when reporting, audit, or capacity analysis requires normalized Devices, Organizations, Software, Policies, or Activities outside NinjaOne. It supports periodic full loads and incremental retrieval where reliable change markers are available.

Integration direction
NinjaOne
Martini
SQL database or reporting API
Example Mapping
NinjaOne FieldCanonical FieldTarget Field
Device.iddeviceIdninjaone_device_id
Device.organizationIdorganizationIdninjaone_organization_id
Software.namesoftwareNamesoftware_name
Activity.timestampactivityAtactivity_timestamp
Martini implementation pattern

Martini schedules bounded retrievals, follows pagination, normalizes JSON, and writes idempotent rows or reporting payloads. It persists checkpoints, handles API throttling with backoff, and runs reconciliation logic so deletions, inactive devices, and changed organization relationships are not silently missed.

Martini capabilities used
  • scheduled workflows
  • pagination handling
  • JSON processing
  • data transformation
  • database or API integration
  • monitoring and error handling

Applications commonly integrated with NinjaOne

NinjaOne can be integrated with the following named applications using their documented APIs, webhook mechanisms, or other supported endpoints. Exact object coverage and bidirectional actions should be validated for the target tenant and application version.

Application Scenario Direction Martini Pattern
ConnectWise Manage Synchronize managed devices, organizations, monitoring alerts, activities, and service-ticket context for MSP operations. NinjaOne → Martini → ConnectWise Manage Receive selected NinjaOne notifications or run scheduled REST workflows, enrich Alerts with Device and Organization data, map identifiers to ConnectWise Manage companies, configurations, and tickets, and use idempotent upserts with retry handling.
Autotask PSA Create or update tickets from NinjaOne Alerts and associate endpoint information with customer accounts and configuration items. NinjaOne → Martini → Autotask PSA Retrieve paginated NinjaOne objects, normalize alert severity and device relationships, resolve Autotask customer and configuration identifiers, and write ticket updates while preserving cross-reference keys.
ServiceNow Convert endpoint alerts into incidents, enrich incidents with device and organization details, and synchronize supported operational status changes. NinjaOne → Martini → ServiceNow Expose a Martini webhook endpoint, retrieve authoritative NinjaOne Alert and Device data, map the result to ServiceNow incidents, apply severity and routing rules, and retry transient API failures.
HaloPSA Synchronize monitoring events and managed-device information with PSA tickets and customer records. NinjaOne → Martini → HaloPSA Use event-driven workflows for selected alerts and scheduled reconciliation for inventory, transform Organizations and Devices into HaloPSA customer and ticket structures, and deduplicate using stable external identifiers.
Microsoft Teams Route critical alerts, device-status notifications, and organization-specific escalations to operations channels. NinjaOne → Martini → Microsoft Teams Receive a supported NinjaOne notification, enrich it through REST retrieval, apply severity and organization routing rules, and call the Microsoft Teams endpoint with a formatted message while handling duplicate events.
Slack Send operational notifications, escalation messages, and summarized alert data to engineering or support channels. NinjaOne → Martini → Slack Trigger a Martini workflow from a NinjaOne event or schedule, map alert and device fields into Slack's message model, route by business rules, and record delivery results for retry or audit.
Splashtop Coordinate endpoint-management information with remote-access or remote-support operations. NinjaOne → Martini → Splashtop Use NinjaOne Device identifiers as the cross-system key, retrieve current endpoint details, apply approved operational rules, and call documented Splashtop APIs where the required action is supported.

How to build a NinjaOne integration in Martini

Objective

Establish NinjaOne API access using an application, OAuth 2.0 credentials, approved scopes, and tenant permissions.

Instructions in Martini

  • Register or select the NinjaOne API application
  • Configure the OAuth 2.0 token and authorization details for the target tenant
  • Store client secrets and tokens in Martini Secrets Management
  • Separate development, testing, and production configuration

Objective

Select an event-driven, scheduled, or API-led entry point based on the required NinjaOne object and event coverage.

Instructions in Martini

  • Use a Martini API or webhook-triggered workflow for supported NinjaOne notifications
  • Use a scheduler for full, incremental, or reconciliation synchronization
  • Use an exposed Martini API when downstream applications need a controlled integration façade

Objective

Call NinjaOne REST endpoints and obtain complete, authoritative object data rather than relying only on notification payloads.

Instructions in Martini

  • Request Devices, Organizations, Alerts, Activities, Policies, or Software as required
  • Follow page, cursor, or continuation information
  • Retrieve related objects for enrichment when event payloads are incomplete
  • Preserve external identifiers and synchronization state

Objective

Coordinate API calls, enrichment, routing, and target writes in a maintainable Martini workflow.

Instructions in Martini

  • Validate incoming requests and event types
  • Branch by alert severity, organization, lifecycle, or object type
  • Use reusable workflow logic for token acquisition and common API calls
  • Keep processing bounded for large tenants

Objective

Convert NinjaOne JSON structures into the canonical and target models required by PSA, ITSM, messaging, database, or reporting systems.

Instructions in Martini

  • Map stable NinjaOne identifiers to target external keys
  • Normalize timestamps, severity, status, and organization relationships
  • Preserve relevant source identifiers for traceability
  • Validate required fields before target writes

Objective

Apply business rules for routing, deduplication, lifecycle handling, and supported bidirectional actions.

Instructions in Martini

  • Upsert rather than blindly insert synchronized objects
  • Suppress or merge duplicate notifications
  • Distinguish deleted or retired objects from missing paginated results
  • Only perform NinjaOne updates documented for the configured scopes and endpoint

Common NinjaOne data objects used in integrations

ObjectTypical UseCommon target systemsMartini handling
DevicesManaged workstations, laptops, servers, and other monitored endpoints used for inventory, alert enrichment, and operational synchronization.ConnectWise Manage, Autotask PSA, ServiceNow, HaloPSA, reporting databasesMartini retrieves Devices through paginated REST calls, normalizes identifiers and lifecycle fields, enriches alert workflows, and performs idempotent upserts.
OrganizationsCustomer or business organizations that provide ownership and routing context for devices, alerts, and activities.PSA platforms, ServiceNow, data warehouses, reporting APIsMartini maps NinjaOne organization identifiers to target customer keys, maintains cross-references, and reconciles moved or inactive organizations.
UsersNinjaOne users and supported users associated with organizations or managed devices.ServiceNow, PSA platforms, identity or reporting systemsMartini transforms user identity and association fields where exposed, applies permission-aware filtering, and handles missing or changed associations.
AlertsEndpoint, monitoring, security, or policy-related conditions requiring attention or downstream incident processing.ServiceNow, ConnectWise Manage, Autotask PSA, HaloPSA, Microsoft Teams, SlackMartini receives selected notifications, retrieves current Alert and Device data, maps severity and status, applies routing rules, and deduplicates updates.
ActivitiesOperational events and activity records associated with devices, organizations, or technicians.PSA platforms, data warehouses, audit and reporting systemsMartini retrieves Activities incrementally where supported, preserves timestamps and external identifiers, and writes normalized activity records to target systems.
PoliciesConfiguration and management policies applied to Devices or Organizations.Configuration databases, reporting systems, governance APIsMartini synchronizes policy assignments and attributes when exposed by the API, validates target mappings, and records changes for reconciliation.

Authentication and security considerations

OAuth 2.0 and permissions

NinjaOne API access uses OAuth 2.0 application credentials, bearer tokens, scopes, and tenant or user permissions. Exact authorization details should be confirmed in the current NinjaOne documentation and tenant configuration.

Secret protection

Store client secrets, tokens, and environment-specific API configuration in Martini Secrets Management rather than embedding them in workflows or mappings.

Webhook validation

For NinjaOne notifications, verify the documented request authentication, signing, shared-secret, or equivalent controls before processing. Treat event payloads as triggers and retrieve authoritative object state through the REST API when necessary.

  • Use dedicated API applications or service identities.
  • Request only the scopes and permissions required by each workflow.
  • Separate development, testing, and production credentials.

Operational considerations for NinjaOne integrations

Rate limits and pagination

Confirm tenant and endpoint limits, follow continuation or cursor information, and use bounded processing for large Device, Activity, or inventory collections. Apply backoff for throttling and transient failures.

Idempotency and lifecycle

Use stable NinjaOne identifiers and event identifiers where available. Design upserts to tolerate replay, and distinguish deleted, retired, moved, inactive, and temporarily absent objects.

Event reliability

Webhook notifications may be duplicated, delayed, or out of order. Acknowledge promptly where appropriate, record processing state, and retrieve current NinjaOne data before applying a downstream update.

Schema and testing

Keep mappings aligned with the current API definition, avoid undocumented fields, and test changes to alert types, device properties, policies, and organization attributes. Monitor authentication failures, permission changes, API version updates, and workflow errors.

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

Orchestrate more than a script

Martini coordinates NinjaOne API calls, webhook intake, pagination, enrichment, target writes, business rules, and recovery behavior in maintainable workflows rather than distributing logic across isolated scripts.

Support multiple integration styles

One Martini implementation can combine REST API consumption, webhook-triggered processing, scheduled reconciliation, and an API façade for downstream applications. This is useful when NinjaOne event coverage is selected rather than universal.

Improve maintainability

Mappings, transformations, authentication configuration, error handling, and reusable workflow logic can be managed as integration assets. Martini also provides a place to apply idempotency, checkpoints, retries, and cross-system identifiers consistently.

Frequently asked questions

How can NinjaOne be integrated with enterprise systems?

NinjaOne can be integrated through its REST APIs, OAuth 2.0 authentication, selected webhook-style event notifications, and scheduled synchronization workflows. Common flows retrieve Devices, Organizations, Alerts, Activities, Policies, or Software, transform the JSON data, and write it to PSA, ITSM, collaboration, reporting, or database systems.

Can Martini integrate with NinjaOne?

Yes. Martini can consume the NinjaOne REST API, receive supported webhook notifications through a Martini API or webhook-triggered workflow, manage OAuth 2.0 configuration securely, and orchestrate mappings, business rules, synchronization, and downstream API calls.

Do I need a connector to integrate NinjaOne with Martini?

No. A dedicated NinjaOne connector is not required. Martini can integrate using NinjaOne's confirmed native REST API, OAuth 2.0 authentication, selected webhook notifications, and scheduled retrieval mechanisms.

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

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

Which NinjaOne integration methods should architects use?

REST APIs are NinjaOne's primary integration method and should be used for managed objects and supported administrative operations. Selected webhook-style notifications can initiate event-driven processing, while scheduled workflows are appropriate for inventory reconciliation or event coverage gaps. GraphQL and SOAP were not confirmed.

Can Martini receive NinjaOne events or alerts in near real time?

Martini can receive NinjaOne webhook-style notifications for selected event types. Coverage is not universal, so the implementation should verify the required events and use the notification to retrieve current Alert, Device, and Organization data through the REST API.

How does synchronization and data mapping work between NinjaOne and another system?

Martini can retrieve paginated NinjaOne collections on a schedule or in response to notifications, map actual NinjaOne objects to a canonical model, apply business rules, and upsert target records. Stable NinjaOne identifiers, checkpoints, and reconciliation workflows help manage updates, moved organizations, inactive devices, and deletions.

How are NinjaOne errors, retries, and duplicate events handled?

Martini workflows can validate payloads, classify authentication, permission, throttling, and transient HTTP failures, and retry eligible failures with controlled backoff. Stable event or object identifiers support idempotent writes and deduplication, while malformed payloads and mapping failures can be routed for review.

Related Martini documentation

APIs

Events

Workflows

Security

Operations

Connect NinjaOne with Martini

Use Martini to build maintainable NinjaOne integrations that combine REST API consumption, selected webhook notifications, scheduled synchronization, secure OAuth 2.0 configuration, data transformation, and resilient downstream workflows.

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