Ellipse Gradient for Header
Confluence logo

Confluence Integration Guide

Confluence integration options at a glance

Confluence integrates with enterprise systems primarily through its Cloud REST APIs, which support pages, blog posts, spaces, attachments, comments, labels, and related resources. Confluence also provides webhook-style notifications for selected content events, while authentication can use API-token Basic Authentication or OAuth 2.0 3LO, subject to scopes and Confluence permissions. Martini can consume these APIs, receive selected webhook callbacks, orchestrate workflows, retrieve current resources, transform content and metadata, apply business rules, and write results to enterprise APIs, databases, queues, files, repositories, or applications. Scheduled pagination, checkpointing, retries, and reconciliation support reliable synchronization.

Integration pointSupported by Confluence?Common use casesHow Martini supports it
REST APIsYesConfluence Cloud REST APIs support reading and managing pages, blog posts, spaces, attachments, comments, labels, and related resources. Both v2 and older v1 endpoints may be relevant depending on the operation.Martini workflows can consume the selected Confluence endpoint, handle authentication and pagination, transform responses, apply business rules, and expose a downstream API that abstracts Confluence operations.
Webhooks / outbound callbacksYesConfluence supports webhook-style notifications for selected page, blog post, attachment, and comment events. Coverage must be configured and verified for the required event types.Martini can expose an API endpoint or webhook workflow, validate the notification, retrieve the current Confluence resource, and route a normalized event to another system.
File / attachment APIsYesAttachment operations can list, upload, and retrieve files associated with Confluence content. Integrations can copy, classify, archive, or synchronize selected attachments.Martini can process attachment metadata and binary content separately, preserve identifiers and media types, and write files to repositories or records-management systems.
AuthenticationYesConfluence Cloud supports API-token Basic Authentication and OAuth 2.0 3LO, with scopes, app permissions, user permissions, space permissions, and page restrictions governing access.Martini can store credentials as environment-specific secrets and orchestrate authorization, token acquisition or refresh, request signing, and authentication error handling.
Search and incremental synchronizationYesResource listing, pagination, content search, CQL-based discovery, identifiers, updated-time fields, and content versions can support incremental synchronization.Martini can maintain checkpoints, follow pagination or continuation parameters, combine webhook signals with REST retrieval, and run reconciliation workflows for missed changes.
Bulk / async / batch APIsNot confirmedA general-purpose Confluence bulk or asynchronous API for arbitrary large-scale synchronization was not confirmed. Large transfers should use paginated workflows instead.Martini can implement controlled concurrency, checkpointing, bounded retries, and rate-limit backoff in restartable workflows without assuming a bulk endpoint.
Database / analytics accessNot confirmedDirect database access to Confluence Cloud should not be assumed. Documented REST APIs or separately documented Atlassian analytics and export products should be used where applicable.Martini can connect to target databases or analytics systems, but it should access Confluence data through documented APIs rather than direct SQL access.

How Confluence exposes data and business events

Confluence REST APIs

Confluence Cloud REST APIs provide the primary integration mechanism for pages, blog posts, spaces, attachments, comments, labels, and related resources. API coverage differs between current v2 and older v1 endpoints, so each operation should use a confirmed endpoint.

Martini implementation pattern

Martini implementation pattern: a workflow authenticates to Confluence, calls the required REST endpoint, follows pagination, validates the response, transforms the resource, applies business rules, and writes the result to a target system or returns it through a Martini API.

Implementation sequence

Authenticate using a configured Confluence credential
Call the endpoint that supports the required resource operation
Follow pagination or continuation parameters
Validate and transform the response
Apply routing, filtering, and idempotency rules
Write the result to the target system and record processing state

Confluence webhooks

Confluence supports webhook-style notifications for selected events involving pages, blog posts, attachments, comments, or other configured resources. Notifications may identify a changed resource without containing its complete current representation.

Martini implementation pattern

Martini implementation pattern: a Martini API or webhook-oriented workflow receives and validates the notification, extracts the resource identifier, retrieves the current object through the Confluence REST API, and publishes a normalized event or updates a downstream system. Reconciliation polling should complement event processing when coverage or delivery behavior is incomplete.

Implementation sequence

Receive the selected Confluence webhook notification
Validate the request and identify the affected resource
Retrieve the current resource through the Confluence REST API
Apply deduplication and business rules
Map the resource to the downstream event or object
Publish the result and record the event checkpoint

Confluence attachment APIs

Confluence provides attachment operations for listing, uploading, and retrieving files associated with content. Attachment workflows must account for binary data, file metadata, versions, and duplicate names.

Martini implementation pattern

Martini implementation pattern: a workflow discovers attachment metadata, retrieves the binary payload when required, validates file properties, maps the originating Confluence context, and stores or forwards the file to a repository or records-management platform.

Implementation sequence

Discover attachments for selected pages or spaces
Retrieve attachment metadata and identifiers
Download or upload the binary content as required
Validate filename, media type, size, and version
Map page and attachment identifiers to the target model
Store the file and persist processing status

Confluence scheduled synchronization

Confluence listing and search mechanisms support paginated synchronization using space or page identifiers, updated-time fields, content versions, and CQL-based discovery where appropriate. A scheduled process remains useful for reconciliation because webhook coverage is event-specific.

Martini implementation pattern

Martini implementation pattern: a scheduled workflow reads its checkpoint, queries a defined Confluence scope, processes pages in bounded batches, persists progress, and retries throttled or transient failures. Webhook-derived identifiers can be processed alongside scheduled reconciliation.

Implementation sequence

Start the workflow on a controlled schedule
Load the last successful checkpoint
Search or list the selected Confluence scope
Process each paginated result with a stable external key
Persist the checkpoint after successful batches
Retry transient failures and report unreconciled changes

Common Confluence integration patterns

Pattern 1: Synchronize Confluence pages with a knowledge repository

When to use this pattern

Use this pattern when enterprise documentation must be replicated from selected Confluence spaces into a separate knowledge or document repository. The workflow should preserve hierarchy and source metadata while avoiding duplicate documents.

Integration direction
Confluence
Martini
Knowledge repository
Example Mapping
Confluence FieldCanonical FieldTarget Field
idsourceDocumentIdexternalId
titledocumentTitlename
spaceId or space keysourceContainerIdrepositorySpace
version or updated timestampsourceRevisionrevision
Martini implementation pattern

A scheduled Martini workflow lists pages by space, follows pagination, retrieves the required content representation, and transforms the page into the repository schema. It preserves the Confluence page ID, hierarchy, labels, links, author information, and attachments. Upserts use the page ID as the external key; rate limits use bounded retries and backoff, while checkpoints allow restart after partial failure.

Martini capabilities used
  • scheduled workflows
  • REST API consumption
  • pagination and checkpointing
  • data mapping
  • business rules
  • error handling

Pattern 2: Publish approved documentation to Confluence

When to use this pattern

Use this pattern when a release, documentation, or governance system approves structured content that must be created or updated in a designated Confluence space. Idempotency prevents repeated requests from creating duplicate pages.

Integration direction
Documentation or release system
Martini
Confluence
Example Mapping
Confluence FieldCanonical FieldTarget Field
sourceDocumentIddocumentExternalIdstored Confluence page ID
titledocumentTitletitle
bodydocumentContentConfluence content representation
approved labelsclassificationLabelslabels
Martini implementation pattern

Martini exposes an API or receives a workflow input, validates approval and destination-space rules, transforms the source content into the required Confluence representation, and creates or updates a page through the REST API. The workflow stores the returned page ID against the source ID, applies labels, and retries safe operations while routing validation or permission failures for review.

Martini capabilities used
  • API exposure
  • workflow orchestration
  • validation
  • content transformation
  • idempotent upserts
  • error handling

Pattern 3: Process Confluence webhook events

When to use this pattern

Use this pattern when downstream systems need timely notification of selected page, blog post, attachment, or comment changes without relying only on polling. It is appropriate when the required Confluence event types have been explicitly configured and tested.

Integration direction
Confluence
Martini
Enterprise application or messaging system
Example Mapping
Confluence FieldCanonical FieldTarget Field
event resource identifiersourceObjectIdexternalObjectId
event typechangeTypeeventName
page, blog post, attachment, or comment resourcecurrentResourcenormalizedPayload
event timestampoccurredAteventTime
Martini implementation pattern

A Martini API receives the notification, validates it, deduplicates it using the resource identifier and event context, and retrieves the current resource through Confluence REST APIs because the webhook may not contain the full object. Business rules select the downstream route, and the normalized event is written to an application or queue. A scheduled reconciliation workflow detects missed notifications or incomplete coverage.

Martini capabilities used
  • API endpoints
  • webhook consumption
  • REST API consumption
  • deduplication
  • business rules
  • messaging or application delivery

Pattern 4: Export Confluence attachments for records management

When to use this pattern

Use this pattern when selected Confluence attachments must be archived, classified, or transferred to a records-management or document repository while retaining their source context and version information.

Integration direction
Confluence
Martini
Records-management platform
Example Mapping
Confluence FieldCanonical FieldTarget Field
attachment IDsourceFileIdexternalFileId
filenamefileNamename
media typecontentTypemimeType
page IDparentContentIdsourceRecordId
Martini implementation pattern

A scheduled or event-driven Martini workflow lists attachments in approved spaces or pages, retrieves binary content and metadata, validates file type and size, and maps the originating page, attachment version, and source URL into the target record. Duplicate file names are handled using stable identifiers and version rules. Partial transfers are retried and only successful writes advance the checkpoint.

Martini capabilities used
  • scheduled or event-driven workflows
  • attachment API consumption
  • file handling
  • metadata mapping
  • validation
  • retry and checkpointing

How to build a Confluence integration in Martini

Objective

Establish the Confluence deployment model, API version, authentication method, scopes, and permissions before implementing resource operations.

Instructions in Martini

  • Choose Confluence Cloud or another supported deployment model explicitly
  • Select API-token Basic Authentication or OAuth 2.0 3LO according to the access model
  • Store credentials and tokens in environment-specific Martini secrets
  • Confirm access to the required spaces, pages, attachments, comments, and labels

Objective

Select an event-driven, scheduled, or API-led entry point based on the required freshness and the coverage of Confluence webhook events.

Instructions in Martini

  • Use a Martini API or webhook workflow for selected Confluence notifications
  • Use a scheduler for synchronization and reconciliation
  • Use an API-triggered workflow for publish or on-demand operations
  • Define the resource scope and checkpoint strategy

Objective

Retrieve the current Confluence object rather than assuming that a notification contains a complete representation.

Instructions in Martini

  • Call the appropriate Confluence REST v2 or v1 endpoint
  • Follow pagination and continuation parameters
  • Retrieve the current page, blog post, attachment, comment, or space
  • Capture stable identifiers, versions, timestamps, and source links

Objective

Coordinate retrieval, validation, transformation, routing, target writes, and state management as a restartable Martini workflow.

Instructions in Martini

  • Separate discovery, retrieval, transformation, and delivery stages
  • Persist checkpoints after successful batches
  • Use bounded concurrency for large spaces
  • Route validation, permission, and transient failures separately

Objective

Convert Confluence content and metadata into the target system’s model while preserving hierarchy, links, labels, and attachment context.

Instructions in Martini

  • Map page or blog post content into the target representation
  • Preserve Confluence IDs as external keys
  • Transform structured or rendered content as required by the target
  • Handle attachment metadata and binary payloads separately

Objective

Enforce access, scope, classification, idempotency, and archival rules before writing or forwarding data.

Instructions in Martini

  • Filter by approved spaces, labels, resource types, or update windows
  • Use stable identifiers for idempotent creates and updates
  • Define behavior for deleted or archived content
  • Validate required fields, content types, and permissions

Common Confluence data objects used in integrations

ObjectTypical UseCommon target systemsMartini handling
PagesStructured documentation content organized within spaces and page hierarchies. Pages are commonly synchronized to knowledge repositories or generated from approved source documentation.Knowledge repositories, document-management platforms, release systems, search indexesMartini retrieves pages and metadata, preserves page IDs, hierarchy, labels, versions, links, and timestamps, then maps content into the target representation with idempotent upserts.
Blog postsPublished or draft content separate from standard pages, often used for announcements and internal communications.Employee communications platforms, knowledge repositories, archival systemsMartini retrieves or publishes blog posts through the appropriate REST operation, maps authorship and publication metadata, and applies source-to-Confluence identifiers for safe updates.
SpacesContainers that organize pages, blog posts, permissions, and related content.Knowledge repositories, governance systems, access-management processesMartini can use space keys or identifiers to scope searches and synchronization, apply inclusion rules, and persist space-level checkpoints and mappings.
AttachmentsFiles associated with pages, blog posts, or other Confluence content.Document repositories, records-management platforms, malware or file-classification servicesMartini handles JSON metadata and binary content separately, preserving attachment IDs, page IDs, filenames, media types, versions, sizes, and duplicate-handling decisions.
CommentsDiscussion and feedback associated with pages, blog posts, or other content.Collaboration systems, service-management platforms, audit or notification systemsMartini can retrieve comments after a webhook or scheduled discovery, normalize author and content data, and route selected changes according to business rules.
LabelsMetadata applied to Confluence content for classification, filtering, and discovery.Search indexes, governance catalogs, document repositories, reporting systemsMartini maps labels to target taxonomy fields, applies inclusion or routing rules, and preserves them during page or content synchronization.

Authentication and security considerations

Authentication choices

Confluence Cloud supports API-token Basic Authentication and OAuth 2.0 3LO. The appropriate choice depends on whether the integration operates under a dedicated Atlassian user or requires delegated user authorization.

Permissions and secrets

Authentication does not bypass Confluence permissions. Scopes, app permissions, user permissions, space permissions, and page restrictions must all allow the requested operation.

  • Store API tokens, client credentials, and OAuth tokens in environment-specific Martini secrets.
  • Use least-privilege scopes and permissions for each workflow.
  • Validate webhook requests according to the configured Atlassian mechanism.
  • Keep Confluence API version and deployment assumptions configurable.

Operational considerations for Confluence integrations

Reliability controls

  • Follow pagination for list and search operations instead of assuming one response is complete.
  • Use bounded retries, exponential backoff, and concurrency controls for Atlassian rate limits.
  • Use page IDs, blog post IDs, attachment IDs, and space keys as durable external identifiers.
  • Treat webhook notifications as change signals and retrieve the current resource before processing.
  • Combine webhook handling with scheduled reconciliation when delivery or event coverage is incomplete.

Content and file handling

  • Transform structured or rendered Confluence content into the target representation rather than copying fields blindly.
  • Handle attachment binaries separately from JSON metadata and preserve filenames, media types, sizes, versions, and source context.
  • Define behavior for deleted and archived pages, blog posts, attachments, and comments.

Testing and change management

Test with production-like permissions and representative spaces, content, attachments, and webhook events. Isolate vendor-specific mappings, monitor API responses for schema changes, and verify the selected v1 or v2 endpoint for every operation.

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

Beyond point-to-point scripts

Scripts can call Confluence, but they often combine authentication, pagination, transformation, retries, and monitoring into code that is difficult to standardize and operate. Point-to-point integrations also duplicate these concerns for every target system.

What Martini adds

  • Reusable workflows for REST consumption, webhook reception, scheduled reconciliation, and target delivery.
  • Centralized mappings and transformations for Confluence content, metadata, labels, and attachments.
  • Environment-specific secrets and controlled authentication configuration.
  • Business rules for scope, classification, permissions, idempotency, and archival behavior.
  • Checkpointing, error handling, retry logic, and operational visibility across multi-step integrations.
  • API exposure that can provide controlled abstractions over Confluence operations for other applications.

Frequently asked questions

How can Confluence be integrated with enterprise systems?

Confluence can be integrated through its Cloud REST APIs for pages, blog posts, spaces, attachments, comments, labels, and related resources. Selected Confluence events can generate webhook-style notifications. Martini can consume the APIs, receive and validate webhook callbacks, retrieve current resources, transform content, apply business rules, and write results to enterprise applications, repositories, databases, queues, or files.

Can Martini integrate Confluence?

Yes. Martini can integrate Confluence by consuming the Confluence REST APIs, receiving selected Confluence webhook events through a Martini API or workflow, orchestrating synchronization and publishing processes, and transforming data for downstream systems. No native Martini Confluence connector is documented in the supplied materials.

Which Confluence authentication methods can Martini use?

Confluence Cloud supports API-token Basic Authentication and OAuth 2.0 3LO, with scopes and Confluence permissions controlling access. Martini can store credentials as environment-specific secrets and orchestrate authorization, token refresh where applicable, request authentication, and failure handling.

Does Confluence support GraphQL or SOAP APIs?

A general-purpose Confluence GraphQL API and a current Confluence SOAP API were not confirmed in the research. New integrations should use the documented Confluence REST APIs and supported webhook mechanisms rather than assuming GraphQL or SOAP availability.

Can Martini receive Confluence webhook events?

Yes. Martini can expose an API endpoint or use a webhook-oriented workflow to receive Confluence notifications. Coverage is event-specific, so the required page, blog post, attachment, or comment events must be configured and tested. The workflow should retrieve the current resource through REST APIs and use reconciliation polling when event coverage is incomplete.

How should Confluence pages be synchronized without duplicates?

Use a stable Confluence page ID as the external key and persist a mapping between that ID and the target document. Martini can use this mapping for idempotent upserts, while checkpoints, pagination, and retries make scheduled synchronization restartable.

How should large Confluence spaces be synchronized?

Use paginated REST requests, durable checkpoints, bounded concurrency, rate-limit backoff, and restartable Martini workflows. Combine selected webhook processing with scheduled reconciliation because webhook notifications may not cover every operation or provide a complete historical change ledger.

Can Martini transform Confluence content before publishing it elsewhere?

Yes. Martini can map and transform Confluence page, blog post, attachment, comment, label, and space data. Content may require conversion between structured storage formats, rendered HTML, and the target system’s model, while hierarchy, links, metadata, and source identifiers are preserved.

Related Martini documentation

APIs

Events

Workflows

Security

Operations

Build reliable Confluence integrations with Martini

Use Martini to connect Confluence REST APIs and selected webhook events with enterprise applications, repositories, databases, queues, and file systems through maintainable workflows and APIs.

EXPLORE MARTINI
BOOK A DEMO