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Octopus Deploy Integration Guide

Integrate Octopus Deploy with enterprise systems through its Space-scoped REST API, selected-event subscriptions, asynchronous deployment tasks, and package or artifact operations.

Octopus Deploy integration options at a glance

Octopus Deploy provides a Space-scoped REST API for Projects, Releases, Deployments, Environments, deployment targets, variables, channels, tasks, feeds, and related resources. Selected Octopus events can be delivered through outbound subscription notifications, while deployment and runbook operations may complete asynchronously through tasks that Martini can poll. Package and artifact operations are available for supported feed and artifact scenarios. REST API access commonly uses an API key in the X-Octopus-ApiKey header. Martini can orchestrate these calls, receive selected notifications through an exposed API, map JSON payloads, schedule incremental synchronization, and apply retry, validation, and idempotency rules.

Integration pointSupported by Octopus Deploy?Common use casesHow Martini supports it
REST APIsYesManage and query Projects, Releases, Deployments, Environments, deployment targets, variables, Channels, Lifecycles, Feeds, Artifacts, and task status within Spaces.Martini can consume the Octopus REST API, map JSON responses, expose reusable APIs, and orchestrate multi-step release and deployment workflows.
Webhooks / outbound callbacksLimitedSubscriptions can send HTTP notifications for selected Octopus events, including deployment-related events. Coverage does not imply notification for every resource change.Martini can expose an API endpoint, validate and normalize incoming notifications, prevent replayed processing, and route events to downstream workflows.
Bulk / async / batch APIsLimitedDeployments and related operations may execute asynchronously through Octopus tasks. A universal bulk API for every resource was not confirmed.Martini can store task or deployment references, poll status endpoints, apply backoff, and route terminal outcomes.
File / attachment APIsLimitedOctopus supports deployment packages and artifacts, with exact operations depending on the feed, artifact type, and server version.Martini can coordinate package or artifact metadata and call supported endpoints, while avoiding unnecessary transfer of large binaries through workflows.
AuthenticationYesREST API access commonly uses an API key in the X-Octopus-ApiKey header. API keys can be scoped to an Octopus Space.Martini can store the base URL, Space ID, API key, and project configuration as protected environment secrets and apply them to API requests.
GraphQL APIsNot confirmedNo official Octopus Deploy GraphQL API was confirmed for new integrations.Martini integrations should use the confirmed REST API and subscription mechanisms instead of assuming GraphQL support.
SOAP APIsNoOctopus Deploy integrations should use its REST API rather than SOAP.Martini can consume SOAP services generally, but this Octopus integration should be implemented with REST and supported notifications.
Database / analytics accessNot confirmedDirect access to the Octopus operational database is not a documented general-purpose integration mechanism.Martini can retrieve operational data through the Octopus REST API or supported export mechanisms and write normalized results to approved reporting targets.

How Octopus Deploy exposes data and business events

Octopus Deploy REST APIs

Octopus Deploy exposes a REST API organized around Spaces. It supports resource management and queries for Projects, Releases, Deployments, Environments, deployment targets, variables, Channels, Lifecycles, Feeds, Artifacts, and task status. API behavior and resource availability can vary between Octopus Cloud and Octopus Server versions.

Martini implementation pattern

Martini implementation pattern: configure the Octopus base URL, Space ID, and API key as protected settings; call the required REST endpoints from a workflow; validate response status and payloads; map Octopus JSON into a canonical model; and write the result to downstream systems or expose it through a Martini API.

Implementation sequence

Load the Octopus base URL and Space-scoped API key
Call the required Octopus REST endpoint
Validate the HTTP response and Space context
Map the Octopus JSON payload to the target model
Apply business rules and write the result
Record the resource identifier and synchronization checkpoint

Octopus Deploy subscriptions

Octopus Deploy subscriptions can send HTTP notifications for selected events, including deployment-related events. They provide useful outbound notifications but do not guarantee coverage for every resource change or status transition.

Martini implementation pattern

Martini implementation pattern: expose a controlled API endpoint, validate the incoming request and configured authentication or shared-secret checks, normalize the event, reject duplicate event identifiers, and route the result to downstream workflows. Scheduled REST polling fills gaps where no suitable subscription event exists.

Implementation sequence

Receive the Octopus subscription notification
Authenticate the caller and validate the payload
Record the event identifier for replay protection
Normalize the event into a canonical deployment status
Route the event to downstream applications
Schedule a reconciliation query for uncovered changes

Octopus Deploy asynchronous tasks

Deployment and related Octopus operations may return a task or deployment reference while execution continues asynchronously. A successful submission therefore does not necessarily mean that deployment execution has completed.

Martini implementation pattern

Martini implementation pattern: submit the operation, persist the returned task or deployment identifier, poll the appropriate status endpoint with bounded retries and backoff, classify the terminal state, and notify or update downstream systems.

Implementation sequence

Submit the release or deployment request
Store the returned task or deployment reference
Wait according to the polling policy
Retrieve the current task or deployment status
Classify success, failure, cancellation, or timeout
Update the downstream record and checkpoint the outcome

Octopus Deploy packages and artifacts

Octopus Deploy supports deployment packages and artifacts, with exact behavior dependent on the selected package feed, artifact type, and Octopus Server version. Large files should not be transferred through Martini unnecessarily.

Martini implementation pattern

Martini implementation pattern: use Martini to coordinate package metadata, release creation, and artifact references, while allowing a supported package feed or shared storage location to handle large binaries. Invoke upload or retrieval operations only when the selected Octopus scenario supports them.

Implementation sequence

Identify the package feed or artifact scenario
Validate package and release metadata
Call the supported package or artifact operation
Create or update the related Release when required
Pass references rather than unnecessary binary content
Record package and artifact identifiers for audit

Common Octopus Deploy integration patterns

Pattern 1: Orchestrate release promotion and deployment

When to use this pattern

Use this pattern when a business, engineering, or change-management system requests an Octopus deployment and the integration must validate release inputs, start execution, wait for completion, and publish a controlled outcome.

Integration direction
ServiceNow
Martini
Octopus Deploy
Example Mapping
Octopus Deploy FieldCanonical FieldTarget Field
changeNumberchange.idserviceNowChangeNumber
projectIddeployment.projectIdProjectId
releaseVersiondeployment.releaseVersionReleaseVersion
environmentIddeployment.environmentIdEnvironmentId
Martini implementation pattern

Martini receives the request, validates the Space, Project, Release, Channel, and Environment against allowlists, checks for an equivalent in-flight Deployment, calls Octopus, and stores the returned task or deployment reference. A polling branch handles asynchronous execution, applies bounded retries, and updates ServiceNow or another target with success, failure, cancellation, or timeout.

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

Pattern 2: Hand off CI build output to Octopus Deploy

When to use this pattern

Use this pattern when GitHub, GitLab, Jenkins, or Azure DevOps produces build metadata while Octopus Deploy owns release creation, environment promotion, and deployment execution.

Integration direction
GitHub
Martini
Octopus Deploy
Example Mapping
Octopus Deploy FieldCanonical FieldTarget Field
commitShabuild.commitIdRelease.ReleaseNotes
packageVersionbuild.versionRelease.ReleaseVersion
projectNamedeployment.projectKeyProjectId
environmentdeployment.targetEnvironmentEnvironmentId
Martini implementation pattern

Martini consumes the CI event or callback, normalizes build and artifact metadata, resolves the target Project and Channel within the configured Space, and creates or selects an Octopus Release. It initiates deployment only when version, artifact, and environment rules pass, then returns the task status to the CI or reporting system.

Martini capabilities used
  • API consumption
  • workflows
  • data mapping
  • validation
  • conditional routing
  • error handling

Pattern 3: Synchronize Octopus deployment status

When to use this pattern

Use this pattern when operational systems need deployment outcomes but Octopus subscription coverage is limited or event delivery must be reconciled with periodic status checks.

Integration direction
Octopus Deploy
Martini
ServiceNow
Example Mapping
Octopus Deploy FieldCanonical FieldTarget Field
deploymentIddeployment.externalIdServiceNow deployment number
statusdeployment.statusState
environmentIddeployment.environmentIdTarget environment
completedAtdeployment.completedAtCompletion time
Martini implementation pattern

Martini receives selected Octopus subscription events through an exposed API and normalizes them into a canonical deployment model. A scheduler separately queries changed Deployments and Tasks since the last checkpoint, reconciles missed events, suppresses duplicates using event and deployment identifiers, and updates ServiceNow or another target.

Martini capabilities used
  • API exposure
  • webhook consumption
  • scheduled workflows
  • mapping and transformation
  • checkpointing
  • idempotency
  • monitoring

Pattern 4: Synchronize environments and deployment targets

When to use this pattern

Use this pattern when an asset, compliance, service-management, or operational reporting system needs a current inventory of Octopus Environments, Machines, deployment targets, tags, and health information.

Integration direction
Octopus Deploy
Martini
ServiceNow
Example Mapping
Octopus Deploy FieldCanonical FieldTarget Field
SpaceIdoctopus.spaceIdExternal space identifier
Environment.Idenvironment.externalIdConfiguration item environment ID
Machine.Idtarget.externalIdConfiguration item ID
Machine.HealthStatustarget.healthStatusOperational status
Martini implementation pattern

A scheduled Martini workflow retrieves paginated Octopus collections, preserves Space and object IDs, maps target and environment details, and applies reconciliation rules before writing to the destination. It uses checkpoints, bounded concurrency, and retry handling so inventory updates remain reliable without treating display names as unique keys.

Martini capabilities used
  • scheduler triggers
  • REST API consumption
  • pagination handling
  • data mapping
  • reconciliation
  • error handling

Applications commonly integrated with Octopus Deploy

Octopus Deploy commonly participates in delivery, change-management, issue-tracking, and notification architectures. Martini can coordinate these systems through REST APIs, selected Octopus subscription events, scheduled polling, transformation, and deployment-status workflows.

Application Scenario Direction Martini Pattern
Azure DevOps Coordinate pipeline output, work items, and deployment status when Azure DevOps handles build or source workflows and Octopus Deploy manages release promotion. Azure DevOps → Martini → Octopus Deploy Receive pipeline metadata, validate the Octopus Space, Project, Release, Channel, and Environment, create or select the Release, initiate deployment, and return task or deployment status to Azure DevOps.
GitHub Connect repositories or GitHub Actions workflows with Octopus releases and environment deployments. GitHub → Martini → Octopus Deploy Consume a GitHub workflow or release event, map commit and artifact metadata to an Octopus Release request, initiate deployment, and publish the resulting status to an approved downstream endpoint.
GitLab Hand off GitLab CI/CD build output to Octopus Deploy for controlled release promotion and deployment. GitLab → Martini → Octopus Deploy Accept pipeline completion data, apply release-version and environment rules, call the Octopus REST API, poll the returned task or deployment reference, and route failures for review.
Jenkins Use Jenkins for build orchestration while Octopus Deploy manages release deployment and environment promotion. Jenkins → Martini → Octopus Deploy Expose a Martini API for Jenkins callbacks or consume Jenkins output, transform build metadata into Octopus API requests, and synchronize asynchronous deployment results.
Jira Associate deployments with issues or release activities and make deployment outcomes visible to engineering teams. Octopus Deploy → Martini → Jira Receive selected Octopus subscription events or poll deployment status, normalize the result, apply issue-linking rules, and update Jira through its API.
ServiceNow Support change approvals, deployment records, operational audit workflows, and release-status updates. ServiceNow → Martini → Octopus Deploy Validate an approved ServiceNow change, call Octopus for the requested Project and Environment, track the asynchronous task, and update the ServiceNow record with the outcome.
Slack Notify engineering and operations teams about deployment started, succeeded, failed, or canceled events. Octopus Deploy → Martini → Slack Receive a selected Octopus subscription notification or scheduled status result, apply notification routing and redaction rules, and deliver a concise message to the appropriate Slack endpoint.
Microsoft Teams Send release and deployment notifications to operational or delivery channels. Octopus Deploy → Martini → Microsoft Teams Normalize Octopus deployment outcomes in a Martini workflow, apply channel and severity rules, and call the approved Teams HTTP notification endpoint.

How to build a Octopus Deploy integration in Martini

Objective

Establish the Octopus endpoint and authentication context without embedding credentials in workflow logic.

Instructions in Martini

  • Store the Octopus base URL, Space ID, API key, and project configuration as Martini secrets or protected environment settings.
  • Send the API key through the X-Octopus-ApiKey header.
  • Confirm the key has only the Space and resource permissions required by the workflow.

Objective

Select an event-driven, API-led, or scheduled entry point based on the Octopus capability and required timeliness.

Instructions in Martini

  • Use a Martini API endpoint for incoming Octopus subscription notifications or external release requests.
  • Use a scheduler for periodic status, Project, Environment, or target synchronization.
  • Treat selected-event notifications as complementary to polling where coverage is incomplete.

Objective

Call the appropriate Octopus REST resource and obtain complete data within the configured Space.

Instructions in Martini

  • Resolve stable Project, Release, Environment, Channel, and target identifiers before making changes.
  • Follow pagination fields or headers for collection endpoints.
  • Retrieve current task or deployment status after asynchronous operations.

Objective

Coordinate validation, API calls, asynchronous execution, downstream writes, and reconciliation in one maintainable integration flow.

Instructions in Martini

  • Separate request validation, Octopus operations, status polling, and downstream notification into clear workflow stages.
  • Persist task, deployment, event, and synchronization checkpoint identifiers.
  • Use bounded concurrency and backoff for large synchronization jobs.

Objective

Convert Octopus JSON and subscription payloads into canonical models required by downstream applications.

Instructions in Martini

  • Map Space and object IDs rather than relying only on display names.
  • Normalize deployment statuses, timestamps, versions, environments, and target details.
  • Preserve optional or unknown fields where they support auditing or forward compatibility.

Objective

Prevent unsafe or duplicate release activity and enforce deployment governance before calling Octopus.

Instructions in Martini

  • Validate Project, Release, Channel, and Environment combinations against configured rules.
  • Check for an equivalent Release or Deployment before creating another one.
  • Redact sensitive deployment variables and credentials from logs and downstream payloads.

Common Octopus Deploy data objects used in integrations

ObjectTypical UseCommon target systemsMartini handling
ProjectsIdentify application or service deployment configurations, including processes, variables, channels, and environments.ServiceNow, Jira, Azure DevOps, reporting databasesMartini retrieves Projects within a configured Space, validates stable IDs, maps selected configuration fields, and synchronizes changes incrementally.
ReleasesRepresent a versioned set of deployment artifacts and configuration for a Project.Azure DevOps, GitHub, GitLab, Jenkins, JiraMartini creates or selects Releases from build metadata, applies duplicate checks using Project and version identifiers, and records the resulting Release ID.
DeploymentsRepresent an attempt to deploy a Release to an Environment.ServiceNow, Jira, Slack, Microsoft Teams, operational reportingMartini initiates or retrieves Deployments, stores task and deployment references, polls asynchronous status, and maps terminal outcomes.
EnvironmentsDefine logical deployment stages such as Development, Test, Staging, and Production.ServiceNow, asset inventories, compliance systems, reporting databasesMartini retrieves Environment IDs and names, validates permitted promotion paths, and avoids relying on display names alone.
Machines / deployment targetsIdentify servers, workers, Kubernetes targets, cloud targets, and other deployment destinations.ServiceNow, asset management, compliance, operational reportingMartini synchronizes target identifiers, health information, tags, and Space context through scheduled workflows.
ChannelsDetermine which Releases and deployment processes are available for particular release paths.Release governance systems, ServiceNow, CI/CD platformsMartini reads Channel rules when validating release requests and applies business rules before creating or deploying a Release.

Authentication and security considerations

API authentication

Octopus Deploy REST API integrations commonly use an API key in the X-Octopus-ApiKey header. API keys can be scoped to an Octopus Space, which helps limit access for a specific integration.

Martini security model

Store the Octopus base URL, Space ID, API key, and project-specific settings in protected Martini environment configuration or secrets. Do not place API keys or sensitive deployment variables in workflow logs, webhook payloads, or downstream messages.

Inbound notifications

A Martini API receiving Octopus subscription notifications should authenticate the caller using the configured mechanism, validate the request body, record event identifiers, and apply replay protection before invoking downstream workflows.

Operational considerations for Octopus Deploy integrations

Version and Space scope

Octopus Cloud and Octopus Server versions may expose different API behavior. Confirm the target API version, base URL, available resources, and Space model before implementation.

Pagination and rate management

Collection endpoints may paginate results. Follow documented pagination fields or headers, use incremental checkpoints, bounded concurrency, and backoff, and confirm applicable limits for the target deployment.

Asynchronous execution

A successful request can create a task without completing the deployment. Persist task or deployment references and poll until a terminal state, or reconcile through a supported subscription event.

Idempotency and schema changes

Use Space IDs, Project IDs, release versions, source build identifiers, Environment IDs, and event or task IDs to reduce duplicates. Make mappings tolerant of optional and version-dependent fields.

Packages and sensitive variables

Prefer supported package feeds or shared storage for large binaries rather than routing them unnecessarily through Martini. Redact sensitive Octopus variables and credentials from logs and downstream payloads.

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

Orchestration beyond a script

Martini separates API calls, validation, transformation, polling, downstream updates, and reconciliation into maintainable workflows rather than embedding the entire process in a single script.

Reusable integration behavior

Common release, deployment-status, and inventory logic can be exposed through controlled Martini APIs or reused across workflows while environment-specific endpoints and secrets remain configurable.

Reliable synchronization

Martini provides scheduling, event handling, mapping, business rules, checkpoints, error handling, and monitoring patterns for coordinating Octopus Deploy with delivery, service-management, reporting, and notification systems.

Standards-based implementation

Because no dedicated Martini Octopus Deploy connector is documented, Martini uses the vendor's REST API and subscription mechanisms directly, preserving flexibility as projects, Spaces, environments, and downstream targets change.

Frequently asked questions

How can Octopus Deploy be integrated with enterprise systems?

Octopus Deploy can be integrated through its Space-scoped REST API, selected-event subscription notifications, asynchronous task status endpoints, and supported package or artifact operations. Enterprise workflows can create Releases, initiate Deployments, synchronize Projects and Environments, poll task status, and deliver normalized outcomes to other applications.

Can Martini integrate with Octopus Deploy?

Yes. Martini can consume the Octopus Deploy REST API, receive selected subscription notifications through a Martini API, schedule reconciliation workflows, store API credentials securely, and map Octopus resources into downstream systems. No native Martini Octopus Deploy connector is documented in the supplied sources.

Do I need a connector to integrate Octopus Deploy with Martini?

No. A dedicated Octopus Deploy connector is not required. Martini can use Octopus Deploy's confirmed REST API, API-key authentication, selected outbound subscription events, asynchronous task endpoints, and supported package or artifact operations.

Is there any extra Lonti cost to integrate Octopus Deploy with Martini?

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

Which Octopus Deploy integration methods should new integrations use?

Use the documented Octopus REST API as the primary method, with API keys passed in the X-Octopus-ApiKey header and access scoped to the required Space where possible. Use subscriptions for selected event notifications, scheduled REST polling for reconciliation, and package or artifact endpoints only for supported scenarios. No official GraphQL or SOAP API was confirmed.

Are Octopus Deploy events or webhooks available?

Octopus Deploy supports outbound subscription notifications for selected events, including deployment-related events. Coverage should not be assumed for every resource or change. Martini can receive these notifications through an API endpoint and use scheduled REST API polling for statuses or changes without suitable event coverage.

How does synchronization with Octopus Deploy work?

Martini can retrieve Projects, Releases, Deployments, Environments, Channels, Lifecycles, deployment targets, and related resources through the REST API. Reliable synchronization uses Space and object IDs, pagination, incremental checkpoints, bounded concurrency, duplicate detection, and reconciliation polling for asynchronous or missed events.

How are Octopus Deploy data mapping, failures, and retries handled?

Martini maps Octopus JSON and subscription payloads into canonical or application-specific models, applies validation and business rules, and routes results through workflows. It can distinguish request, authentication, task, execution, timeout, and downstream failures; apply bounded retries and backoff; and use event, task, release, and deployment identifiers to reduce duplicate processing.

Related Martini documentation

APIs

Workflows

Transformation

Security

Operations

Integrate Octopus Deploy with Martini

Use Martini to connect Octopus Deploy's REST API and selected subscription events with your delivery, change-management, operational, and reporting systems through governed workflows.

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