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Aha! Integration Guide

Connect Aha! product-planning data with enterprise applications through REST APIs, selected webhook notifications, and Martini workflows.

Aha! integration options at a glance

Aha! provides an authenticated REST API for reading and managing Products, Initiatives, Releases, Epics, Features, Ideas, Users, and related planning data. Selected integration scenarios also support webhook-style notifications, although event and object coverage should be verified for the applicable Aha! plan and configuration. A general-purpose GraphQL, SOAP, bulk, asynchronous, database, or attachment API was not confirmed. Martini can consume the REST API, receive applicable notifications, orchestrate scheduled or event-driven workflows, paginate through collections, transform planning data, and expose controlled APIs for downstream applications. API tokens are stored as Martini secrets and applied through environment-specific configuration.

Integration pointSupported by Aha!?Common use casesHow Martini supports it
REST APIsYesRetrieve, create, and update Products, Initiatives, Releases, Epics, Features, Ideas, Users, and other documented planning resources.Martini can consume the Aha! REST API, paginate collection responses, map fields, orchestrate calls, and expose selected results through a Martini API.
Webhooks / outbound callbacksLimitedReceive notifications for selected Aha! integration scenarios and events where enabled by the applicable plan and configuration.Martini can expose a receiving API or workflow endpoint, validate the request, retrieve the current Aha! object, and route the change to another system.
AuthenticationYesAuthenticate HTTPS API requests with an Aha! API token using HTTP Basic Authentication, with the token supplied as the username.Martini stores the token in secrets, applies environment-specific configuration, and keeps credentials out of mappings and source code.
Scheduled synchronizationYesImplement batch-style synchronization when webhook coverage is unavailable or reconciliation is required.Martini can schedule workflows, process paginated REST responses, maintain checkpoints, control concurrency, and retry transient failures.
Bulk / asynchronous APIsNot confirmedA dedicated general-purpose Aha! bulk or asynchronous API was not confirmed in the reviewed documentation.Martini can implement controlled batch processing with paginated REST calls and scheduled workflows rather than assuming a vendor bulk endpoint.
File / attachment APIsNot confirmedAha! objects may contain supporting content and attachments, but a general public file or attachment API was not confirmed.Martini can address a verified object-specific endpoint if available, but binary synchronization should be separately validated before implementation.
GraphQL APIsNot confirmedNo official general-purpose Aha! GraphQL API documentation was identified.Martini integrations should use the documented Aha! REST API and should not assume GraphQL availability.
SOAP APIsNot confirmedNo official general-purpose Aha! SOAP API documentation was identified.Martini can use REST and applicable webhook-style notifications instead of assuming a SOAP service.
Database / analytics accessNoDirect database or analytics access is not an expected Aha! integration mechanism.Martini should retrieve Aha! data through the API and write normalized results to an approved downstream database or reporting destination.

How Aha! exposes data and business events

Aha! REST APIs

Aha! documents REST resources for reading and managing product-planning objects such as Products, Releases, Initiatives, Epics, Features, Ideas, and Users. The API is the primary integration mechanism for current enterprise workflows.

Martini implementation pattern

Martini implementation pattern: Martini authenticates with an Aha! API token, calls the relevant resource endpoints, handles pagination, validates responses, maps the result to a canonical model, and writes or exposes the transformed data for downstream consumers.

Implementation sequence

Authenticate the request with an Aha! API token
Retrieve the required Aha! resource collection or object
Process paginated responses and maintain a synchronization checkpoint
Validate required fields and permissions
Map Aha! fields to the target model
Apply routing, lifecycle, and duplicate-handling rulesnWrite the target result and record-

Aha! Webhook-style notifications

Aha! provides webhook-style integration capabilities for selected events and scenarios. Coverage is not universal across every object or lifecycle event, so the applicable plan and configuration must be confirmed.

Martini implementation pattern

Martini implementation pattern: Martini exposes a receiving API or workflow endpoint, validates the incoming notification, treats it as a change signal rather than a complete system-of-record payload, retrieves the current Aha! object through REST, and routes the normalized result.

Implementation sequence

Receive the Aha! notification
Validate the request and event context
Retrieve the current Aha! object through the REST API
Deduplicate the notification using an external identifier
Map and transform the current object
Apply downstream business rules and routingnWrite the result and log the processing

Scheduled Aha! synchronization

Aha! does not have a confirmed general-purpose bulk or asynchronous API, so scheduled synchronization uses paginated REST calls, checkpoints, and controlled request concurrency.

Martini implementation pattern

Martini implementation pattern: A scheduled workflow retrieves changed or relevant Aha! collections, processes pages incrementally, transforms objects into a reporting or delivery model, and records checkpoints for the next run. Reconciliation can detect missed notifications or changes made during a synchronization window.

Implementation sequence

Start the scheduled workflow
Load the previous synchronization checkpoint
Retrieve Aha! collections page by page
Filter or compare objects using supported timestamps, identifiers, or mappings
Transform the objects into the target model
Write results and update the checkpointnRetry transient failures and report unresolved-

Common Aha! integration patterns

Pattern 1: Synchronize Aha! planning with Jira delivery

When to use this pattern

Use this pattern when product teams plan in Aha! and engineering teams execute in Jira. Features, Epics, and Releases require explicit lifecycle and field mapping because product-planning states and Jira delivery states are not identical.

Integration direction
Aha!
Martini
Jira
Example Mapping
Aha! FieldCanonical FieldTarget Field
Feature nameworkItem.titleJira Summary
Feature descriptionworkItem.descriptionJira Description
Feature statusworkItem.statusJira Status
Release identifierrelease.externalKeyJira Fix Version
Martini implementation pattern

A scheduled Martini workflow retrieves changed Aha! Features, Epics, and Releases, applies status and field mappings, searches for an existing Jira correlation key before creating work, and synchronizes selected delivery updates back to Aha!. Validation, retry handling, and durable identifiers prevent duplicate issues after transient failures.

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

Pattern 2: Route Aha! Ideas to Salesforce or ServiceNow

When to use this pattern

Use this pattern when customer or service feedback captured in Aha! must be routed to a customer-facing or service-management process. The target object should be selected according to the receiving application’s data model.

Integration direction
Aha!
Martini
Salesforce / ServiceNow
Example Mapping
Aha! FieldCanonical FieldTarget Field
Idea titlerequest.subjectCase or request subject
Idea descriptionrequest.descriptionCase or request description
Idea submitterrequest.requesterContact or requester
Idea priorityrequest.priorityPriority
Martini implementation pattern

Martini retrieves new or changed Ideas, enriches them with product and submitter context, applies routing rules, and creates or updates the downstream object. Correlation identifiers and reconciliation logic allow selected triage or resolution updates to return to Aha! without creating duplicates.

Martini capabilities used
  • workflows
  • API consumption
  • data transformation
  • validation
  • business rules
  • error handling

Pattern 3: Publish a controlled Aha! roadmap API

When to use this pattern

Use this pattern when internal portals, partners, or reporting services need roadmap information without direct Aha! credentials or knowledge of Aha! endpoint details.

Integration direction
Aha!
Martini
Internal portal or partner application
Example Mapping
Aha! FieldCanonical FieldTarget Field
Product nameroadmap.productNameproductName
Initiative nameroadmap.initiativeNameinitiativeName
Release nameroadmap.releaseNamereleaseName
Feature statusroadmap.featureStatusfeatureStatus
Martini implementation pattern

A Martini API receives a controlled request, invokes the required Aha! REST resources, filters fields according to authorization and audience rules, normalizes the response, and returns a stable contract. Caching or checkpointed retrieval can reduce repeated calls while errors remain isolated from API consumers.

Martini capabilities used
  • API exposure
  • API consumption
  • data mapping
  • authorization
  • business rules
  • error handling

Pattern 4: Build scheduled portfolio and delivery reporting

When to use this pattern

Use this pattern when portfolio stakeholders need a consistent reporting model across Aha! Initiatives, Releases, Epics, and Features. It is also useful as a reconciliation process when webhook coverage is selective.

Integration direction
Aha!
Martini
Reporting database
Example Mapping
Aha! FieldCanonical FieldTarget Field
Initiative identifierportfolio.initiativeIdinitiative_id
Release statusportfolio.releaseStatusrelease_status
Epic identifierportfolio.epicIdepic_id
Feature updated timestampportfolio.updatedAtupdated_at
Martini implementation pattern

A scheduled Martini workflow reads paginated Aha! resources, transforms them into a reporting schema, upserts by stable identifiers, and stores a checkpoint based on supported timestamps or object identifiers. The workflow handles objects updated during the run and reports records that cannot be mapped.

Martini capabilities used
  • scheduled workflows
  • API consumption
  • pagination handling
  • data mapping
  • database integration
  • monitoring

Applications commonly integrated with Aha!

Aha! is commonly positioned alongside product-development, customer-feedback, delivery, and collaboration applications. The exact object coverage and direction should be validated against the customer’s Aha! plan and target-system configuration.

Application Scenario Direction Martini Pattern
Jira Convert Aha! Features and Epics into engineering work while synchronizing Releases, delivery status, and links. Aha! → Martini → Jira A scheduled or notification-triggered workflow retrieves changed Aha! objects, maps them to Jira issues and versions, maintains correlation identifiers, and routes status changes back after validation. Retries and duplicate checks protect against repeated delivery.
Azure DevOps Connect Aha! roadmap planning with Azure Boards work items and delivery tracking. Aha! → Martini → Azure DevOps Martini consumes Aha! REST resources, transforms Features, Epics, and Releases into Azure Boards work-item fields, applies lifecycle rules, and synchronizes selected delivery metadata with durable external identifiers.
Salesforce Relate customer feedback, accounts, and opportunities to Aha! Ideas and product priorities. Salesforce → Martini → Aha! A workflow receives or retrieves Salesforce customer context, maps it to Aha! Ideas and product associations, validates required permissions and fields, and optionally returns prioritization or triage updates.
ServiceNow Route product requests or service-driven Ideas into Aha! for product evaluation and roadmap planning. ServiceNow → Martini → Aha! Martini orchestrates ServiceNow request data and Aha! Ideas, applies routing and field-mapping rules, stores both systems’ identifiers, and sends selected status updates back to ServiceNow.
GitHub Link planned Aha! Features or Epics with GitHub Issues and development activity. Aha! → Martini → GitHub A workflow retrieves Aha! planning objects, maps them to GitHub Issues, preserves cross-system links, and handles updates through scheduled reconciliation or applicable notifications.
Slack Publish selected roadmap, Release, or Idea notifications to product and engineering channels. Aha! → Martini → Slack Martini receives an applicable Aha! notification or detects changes on a schedule, formats a concise message, applies channel-routing rules, and sends it to Slack while logging failures for retry.
Microsoft Teams Distribute roadmap, Release, or Idea notifications to collaboration channels. Aha! → Martini → Microsoft Teams A Martini workflow retrieves or receives selected Aha! changes, applies notification and audience rules, transforms the content into a Teams message, and records delivery outcomes.

How to build a Aha! integration in Martini

Objective

Configure the Aha! base URL and API-token authentication without embedding credentials in workflow definitions or source code.

Instructions in Martini

  • Create an Aha! API token with the minimum required permissions.
  • Store the token in Martini secrets.
  • Configure environment-specific connection values.
  • Use HTTPS and verify access against the required Aha! resources.

Objective

Select event-driven or scheduled execution based on the Aha! event coverage available for the required objects and account configuration.

Instructions in Martini

  • Use a receiving workflow for an applicable Aha! webhook-style notification.
  • Use a scheduler when event coverage is unavailable or reconciliation is required.
  • Define the synchronization interval and checkpoint strategy.

Objective

Retrieve the current Aha! object or collection and process collection responses page by page.

Instructions in Martini

  • Call the relevant Aha! REST resource.
  • Treat notifications as change signals and retrieve the current object when needed.
  • Handle pagination and transient HTTP responses.
  • Capture identifiers and update information for correlation.

Objective

Coordinate validation, enrichment, target-system calls, and checkpoint updates in a maintainable Martini workflow.

Instructions in Martini

  • Validate the request or retrieved object.
  • Apply routing and lifecycle rules.
  • Call target APIs in the required order.
  • Separate recoverable failures from validation or permission failures.

Objective

Convert Aha! planning structures into the canonical and target-system models required by the integration.

Instructions in Martini

  • Map Products, Initiatives, Releases, Epics, Features, and Ideas explicitly.
  • Handle optional fields and account-specific custom fields.
  • Normalize status, priority, ownership, and relationship values.
  • Preserve source and target identifiers.

Objective

Create or update downstream objects while preventing duplicates and preserving cross-system relationships.

Instructions in Martini

  • Search for an existing correlation key before creating a target object.
  • Upsert the target when supported by its API.
  • Store external identifiers in the integration mapping.
  • Return selected target status or links to Aha! where required.

Common Aha! data objects used in integrations

ObjectTypical UseCommon target systemsMartini handling
ProductsRepresent product workspaces containing roadmap, release, feature, and related planning information.Jira, Azure DevOps, reporting databases, internal portalsMartini retrieves Products through REST workflows, maps identifiers and metadata, and can expose a normalized product view through a controlled API.
InitiativesRepresent strategic objectives or higher-level product-planning items.Reporting platforms, internal portals, Salesforce, collaboration toolsMartini maps initiative ownership, status, prioritization, and product relationships, with optional enrichment from other systems.
ReleasesRepresent planned product-delivery milestones or time-based release containers.Jira, Azure DevOps, reporting databases, Slack, Microsoft TeamsMartini synchronizes release dates, status, product associations, and external identifiers, applying lifecycle and duplicate-handling rules.
EpicsGroup related Features into larger bodies of product work.Jira, Azure DevOps, GitHub, reporting platformsMartini transforms Epic relationships and planning metadata into target work-item models and preserves cross-system links.
FeaturesRepresent product capabilities or planned work associated with Releases and Epics.Jira, Azure DevOps, GitHub, reporting databasesMartini maps Features to target issues or work items, validates required fields, and synchronizes selected status and delivery metadata.
IdeasCapture customer or stakeholder suggestions for product consideration.Salesforce, ServiceNow, Slack, Microsoft Teams, reporting platformsMartini routes Ideas using product, submitter, account, priority, and status data, while supporting correlation, enrichment, and reconciliation.

Authentication and security considerations

API-token authentication

Aha! API access uses authenticated HTTPS requests with an API token sent through HTTP Basic Authentication. The token is used as the username and the password value is not used for token authentication.

Secret management

Store the Aha! token in Martini secrets and configure the base URL and authentication values by environment. Do not place credentials in mappings, source code, or deployed API definitions.

Least privilege

Use an Aha! integration identity with only the permissions required for the Products, Initiatives, Releases, Epics, Features, Ideas, and Users involved in the workflow. OAuth for general-purpose Aha! API consumption was not confirmed.

  • Use HTTPS for all API communication.
  • Validate incoming webhook-style requests where applicable.
  • Keep downstream applications from requiring direct Aha! credentials when a Martini API façade is used.

Operational considerations for Aha! integrations

Pagination and rate limits

Process Aha! collection responses page by page and confirm the applicable account or plan limits. Use controlled concurrency, backoff, and retry handling for HTTP 429 and transient server responses.

Incremental synchronization

Use supported timestamps, filters, or identifiers with a durable checkpoint. Define how updates made during a synchronization window are handled and run scheduled reconciliation when webhook coverage is selective.

Idempotency and lifecycle

Store cross-system identifiers and search for existing relationships before creating downstream objects. Define behavior for status changes, deletions, archival, and objects that no longer appear in the source response.

Schema and testing

Aha! fields, statuses, custom fields, and relationships can vary by account configuration. Tolerate optional fields, test representative Products and planning objects, and log unmapped values for review.

  • Confirm permissions for every required Aha! resource.
  • Validate webhook requests and deduplicate notifications.
  • Monitor failed pages, target writes, retries, and checkpoint updates.

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

Centralized orchestration

Martini coordinates Aha! API calls, selected notifications, target-system operations, validation, transformation, and business rules in maintainable workflows rather than distributing logic across scripts.

Reusable integration assets

Teams can expose stable APIs, reuse mappings and workflow logic, and keep Aha! credentials and vendor-specific details behind controlled integration boundaries.

Operational reliability

Pagination, checkpoints, correlation identifiers, error handling, retries, reconciliation, and monitoring can be designed into the integration instead of added inconsistently to point-to-point code.

  • Use API-led, scheduled, or event-driven patterns as appropriate.
  • Apply explicit mappings between Aha! planning states and delivery-system states.
  • Separate configuration and secrets from deployable integration logic.

Frequently asked questions

How can Aha! be integrated with enterprise systems?

Aha! can be integrated through its authenticated REST API for Products, Initiatives, Releases, Epics, Features, Ideas, Users, and related planning resources. Selected scenarios also support webhook-style notifications. Scheduled Martini workflows can provide pagination, reconciliation, transformation, and synchronization when event coverage is limited.

Can Martini integrate with Aha!?

Yes. Martini can consume the Aha! REST API, receive applicable Aha! webhook-style notifications, expose controlled APIs containing Aha! data, and orchestrate workflows with applications such as Jira, Azure DevOps, Salesforce, ServiceNow, GitHub, Slack, and Microsoft Teams.

Do I need a connector to integrate Aha! with Martini?

No. A dedicated Aha! connector is not required. Martini can integrate using Aha!’s confirmed native REST API, applicable webhook-style notifications, API-token authentication, and standards-based workflow orchestration.

Is there any extra Lonti cost to integrate Aha! with Martini?

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

Which Aha! integration methods should architects use?

The primary method is the Aha! REST API with API-token authentication over HTTPS. Webhook-style notifications can be used for selected scenarios, but their object and event coverage must be verified. A general-purpose Aha! GraphQL, SOAP, bulk, database, or attachment API was not confirmed.

Can Martini receive Aha! events in real time?

Martini can receive Aha! webhook-style notifications when the applicable event or integration configuration is available. Coverage is selective, and the notification should generally trigger a follow-up REST request for the current object. Scheduled reconciliation remains advisable.

How does synchronization and data mapping work?

Martini retrieves Aha! objects, processes paginated responses, maps fields into a canonical or target model, applies business rules, and creates or updates downstream objects. Durable identifiers, checkpoints, and explicit lifecycle mappings help synchronize Aha! planning states with target-system states.

How are Aha! errors, retries, and duplicates handled?

Martini workflows can validate requests, classify failures, retry transient responses with controlled backoff, log unresolved errors, and use correlation identifiers to make writes idempotent. Pagination, rate limits, permissions, missed notifications, and schema changes should be included in the operational design.

Can Martini expose an API façade for Aha!?

Yes. Martini can expose a controlled REST API that retrieves selected Aha! Products, Initiatives, Releases, Features, or other permitted data, applies filtering and transformation, and keeps Aha! credentials and vendor-specific implementation details behind the Martini API.

Related Martini documentation

APIs

Workflows

Mapping

Security

Operations

Connect Aha! to your enterprise systems

Use Martini to build maintainable Aha! integrations that combine REST APIs, selected webhook notifications, secure authentication, data mapping, workflow orchestration, and operational controls.

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