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Akamai Integration Guide

Integrate Akamai with enterprise systems through EdgeGrid-authenticated REST APIs, asynchronous workflows, selected event notifications, and reporting APIs.

Akamai integration options at a glance

Akamai primarily integrates through product-specific REST APIs covering Property Manager, Purge, Edge DNS, security, certificates, reporting, DataStream, and traffic management. Requests commonly use EdgeGrid authentication and may create asynchronous activations or purge operations that require status polling. Selected Akamai services provide event and notification capabilities, although coverage varies by product. Martini can consume these APIs, expose endpoints for approved requests or available notifications, validate and transform payloads, orchestrate polling and retries, and deliver reporting or operational data to enterprise applications. File and data-delivery mechanisms may support reports and logs, but direct database access and a general attachment API should not be assumed.

Integration pointSupported by Akamai?Common use casesHow Martini supports it
REST APIsYesAkamai REST APIs manage properties, security configurations, Edge DNS, purges, certificates, traffic management, reporting, and data delivery. API hosts, permissions, and object models vary by product.Martini can consume product-specific REST APIs, map responses, orchestrate multi-step operations, and expose controlled APIs for upstream systems.
Webhooks and outbound callbacksLimitedSelected Akamai services provide event and notification capabilities for particular products and lifecycle events; universal coverage should not be assumed.Martini can expose an API to receive available notifications, validate payloads, correlate them with requests, and route normalized events.
Bulk, asynchronous, and batch APIsYesProperty activations and other configuration operations may be asynchronous, while purge operations can process multiple supported resources subject to product limits.Martini workflows can persist operation identifiers, poll status endpoints, apply bounded retries and backoff, and report terminal outcomes.
File and attachment APIsLimitedAkamai supports reporting, log, and configuration-related data delivery, but a general-purpose attachment API was not confirmed.Martini can process supported file or data-delivery payloads and route them to files, APIs, or downstream data stores where required.
Reporting and data-delivery APIsYesReporting, DataStream, and related services provide traffic, security, delivery, and operational telemetry through APIs or delivery mechanisms.Martini can schedule retrieval, manage time windows and pagination, transform records, and deliver them to reporting or observability platforms.
AuthenticationYesEdgeGrid is the principal Akamai API authentication mechanism, using signed requests, client credentials, host information, timestamps, and nonce data. Permissions are product-specific.Martini can store EdgeGrid credentials and signing configuration as protected environment secrets and use them in API workflows.
Database accessNoDirect access to Akamai internal relational databases is not an available integration model in the supplied research.Martini should use Akamai APIs, reporting endpoints, or data-delivery services rather than assuming direct database connectivity.
GraphQL APIsNot confirmedA general-purpose Akamai GraphQL integration mechanism was not confirmed; product-specific analytics interfaces should be verified separately.Martini can consume GraphQL when a specific Akamai product documents it, but GraphQL should not be assumed for Akamai generally.

How Akamai exposes data and business events

Akamai REST APIs

REST is Akamai’s principal integration mechanism across Property Manager, Purge, Edge DNS, security, certificate, reporting, DataStream, and traffic-management products. Each product can have its own host, permissions, paths, and object model.

Martini implementation pattern

Martini consumes the applicable Akamai REST API from a workflow or exposes a Martini API for upstream callers. It stores EdgeGrid configuration securely, maps product responses into canonical models, and coordinates downstream writes or notifications.

Implementation sequence

Receive an API request or scheduled trigger
Build the product-specific Akamai request
Sign the request with protected EdgeGrid configuration
Validate and transform the response
Write the result to the target system
Store correlation and operational identifiers

Akamai asynchronous activations

Many Akamai configuration changes are accepted first and completed later. Property, security, and related activation workflows therefore require operation identifiers and status monitoring rather than treating submission as completion.

Martini implementation pattern

Martini models the request as a stateful workflow: it retrieves or updates a version, submits activation, persists the activation identifier, polls with bounded retries and backoff, and emits a success or terminal failure result.

Implementation sequence

Retrieve the target configuration version
Apply and validate the requested change
Submit the Akamai activation
Persist the activation identifier
Poll activation status with bounded backoff
Notify the caller of completion or failure

Akamai event notifications

Akamai provides event and notification capabilities for selected products and lifecycle events, but coverage and delivery behavior vary. A universal webhook stream for every object should not be assumed.

Martini implementation pattern

Where a notification endpoint is available, Martini exposes an authenticated API to receive the payload, validates the event and correlation fields, normalizes it, and routes it to operational systems. Polling remains the fallback for workflows requiring reliable completion tracking.

Implementation sequence

Receive the selected Akamai notification
Validate the event source and payload
Correlate the event with an operation or resource
Apply routing and severity rules
Write the normalized event to the target system
Record acknowledgement and processing status

Akamai reporting and data delivery

Akamai reporting, DataStream, and related services provide traffic, security, delivery, and operational telemetry through APIs or delivery mechanisms rather than direct database access.

Martini implementation pattern

A scheduled Martini workflow selects a repeatable time window or cursor, retrieves pages or receives delivered data, maps product-specific fields to a common model, and writes idempotently to a warehouse or observability platform.

Implementation sequence

Start the workflow for a defined time window
Retrieve or receive the Akamai data
Continue through all result pages
Transform records to the target model
Write data idempotently
Persist the processed window or cursor

Common Akamai integration patterns

Pattern 1: Automate Akamai property activation

When to use this pattern

Use this pattern when approved application or infrastructure changes must be promoted through Akamai Property Manager with controlled validation, activation tracking, and change-management updates.

Integration direction
ServiceNow
Martini
Akamai
ServiceNow
Example Mapping
Akamai FieldCanonical FieldTarget Field
propertyIddelivery.property.idServiceNow configuration item
propertyVersiondelivery.configuration.versionAkamai property version
activationStatusoperation.statusServiceNow change status
Martini implementation pattern

A Martini API receives the approved change, retrieves the relevant property version, validates the requested configuration, submits activation, and polls status. It uses correlation identifiers and bounded retries, then updates ServiceNow or the calling deployment process with the terminal result.

Martini capabilities used
  • APIs
  • workflows
  • data mapping
  • business rules
  • error handling

Pattern 2: Orchestrate Akamai cache purges

When to use this pattern

Use this pattern when a deployment, content platform, or storefront needs a controlled purge of URLs, CP codes, or supported cache tags without duplicating requests during retries.

Integration direction
Shopify
Martini
Akamai
Shopify
Example Mapping
Akamai FieldCanonical FieldTarget Field
changedUrlscache.targets.urlsAkamai purge objects
cacheTagcache.targets.tagAkamai purge tag
purgeStatusoperation.statusShopify deployment status
Martini implementation pattern

Martini validates purge targets, derives the request from the source event, submits the Akamai Purge API request, stores the request identifier, and checks completion where required. A business correlation key and persisted state help distinguish an accepted purge from a safe retry.

Martini capabilities used
  • API consumption
  • workflows
  • mapping and transformation
  • business rules
  • retry handling

Pattern 3: Route Akamai security events

When to use this pattern

Use this pattern when selected Akamai security or event notifications must be normalized, filtered, and routed to SIEM or incident-management platforms.

Integration direction
Akamai
Martini
Splunk
PagerDuty
Example Mapping
Akamai FieldCanonical FieldTarget Field
eventTypesecurity.event.typeSplunk event type
severitysecurity.event.severityPagerDuty urgency
resourceIdsecurity.resource.idCorrelation field
Martini implementation pattern

Martini receives available Akamai notifications or retrieves applicable event data, validates the product-specific payload, applies severity and deduplication rules, and sends structured events to Splunk while creating PagerDuty incidents only for actionable conditions.

Martini capabilities used
  • API exposure
  • webhook processing
  • data mapping
  • conditional routing
  • error handling

Pattern 4: Synchronize Akamai reporting data

When to use this pattern

Use this pattern when traffic, delivery, or security data must be delivered to a warehouse, monitoring platform, or internal reporting API on a repeatable schedule.

Integration direction
Akamai
Martini
Datadog
Example Mapping
Akamai FieldCanonical FieldTarget Field
timeWindowreporting.windowDatadog collection interval
cpCodedelivery.contentCategory.idDatadog tag
trafficVolumedelivery.traffic.volumeDatadog metric
Martini implementation pattern

A scheduled Martini workflow calls the relevant reporting API, follows pagination, transforms product-specific metrics, and writes them to the target. It persists the processed window or cursor, handles throttling, and makes downstream writes idempotent.

Martini capabilities used
  • scheduled workflows
  • API consumption
  • pagination orchestration
  • data transformation
  • monitoring and error handling

Applications commonly integrated with Akamai

Akamai can be integrated with enterprise workflow, observability, incident-management, infrastructure, and commerce applications. The exact API sequence and event coverage depend on the Akamai product involved.

Application Scenario Direction Martini Pattern
ServiceNow Automate approvals, change requests, incident creation, and status updates for Akamai property, security, and DNS changes. ServiceNow → Martini → Akamai Martini receives an approved change, validates the requested Akamai operation, orchestrates the relevant REST calls and asynchronous status checks, then updates the ServiceNow record with the outcome.
Splunk Centralize selected Akamai security, traffic, and operational data for SIEM analysis and correlation with application logs. Akamai → Martini → Splunk A scheduled or event-driven Martini workflow retrieves or receives eligible Akamai data, normalizes product-specific fields, applies filtering rules, and forwards structured events to Splunk.
Datadog Combine Akamai delivery and security telemetry with application and infrastructure monitoring. Akamai → Martini → Datadog Martini collects reporting or notification data, maps metrics and event attributes to the target model, and sends the resulting payloads to Datadog while preserving Akamai identifiers.
PagerDuty Escalate selected Akamai security, availability, or activation failures to on-call teams. Akamai → Martini → PagerDuty Martini evaluates Akamai events or failed status checks against severity rules, suppresses duplicates using correlation data, and creates or updates PagerDuty incidents.
Terraform Coordinate infrastructure-as-code changes for Akamai properties, DNS, and security configurations with approvals and deployment status. Terraform → Martini → Akamai A CI/CD process or Terraform workflow invokes a Martini API for approval and orchestration; Martini calls Akamai REST APIs, polls activation status, and returns a normalized result.
Jira Link Akamai changes, incidents, and deployment outcomes to engineering work items. Jira → Martini → Akamai Martini maps Jira issue data to approved Akamai operations and writes activation, purge, DNS, or security outcomes back to the relevant work item.
Salesforce Associate Akamai delivery, domain, or security status with customer and account processes. Salesforce → Martini → Akamai A Martini workflow receives a Salesforce request, applies authorization and validation rules, calls the appropriate Akamai API, and synchronizes the resulting status to Salesforce.
Shopify Coordinate cache purges or delivery actions after storefront content changes. Shopify → Martini → Akamai Martini receives a Shopify event or API request, derives and validates the affected URLs or cache targets, submits the Akamai Purge request, and tracks completion.

How to build a Akamai integration in Martini

Objective

Establish product-specific Akamai API access using EdgeGrid credentials and least-privilege permissions.

Instructions in Martini

  • Identify the Akamai product API, host, base path, and required permissions.
  • Store client token, client secret, access token, host, and signing configuration as protected Martini environment secrets.
  • Use separate API clients for development, testing, and production where practical.

Objective

Select the trigger that matches the integration’s business and operational requirements.

Instructions in Martini

  • Use a Martini API for approved requests from systems such as ServiceNow or CI/CD.
  • Use a webhook-style Martini API where the specific Akamai product provides notifications.
  • Use a scheduler for reporting, reconciliation, or status polling.

Objective

Obtain Akamai resources or event payloads while preserving product-specific identifiers.

Instructions in Martini

  • Call the applicable Akamai REST API or receive the selected notification.
  • Handle product-specific hosts, permissions, pagination, and time-window requirements.
  • Capture request, activation, purge, and correlation identifiers.

Objective

Model multi-step Akamai operations as reliable Martini workflows rather than isolated API calls.

Instructions in Martini

  • Sequence version retrieval, configuration updates, activation, and status checks as required.
  • Persist operation state before polling or retrying asynchronous work.
  • Use conditional routing for product-specific outcomes and event severity.

Objective

Transform Akamai payloads into canonical and target-specific data models.

Instructions in Martini

  • Map properties, hostnames, CP codes, policies, DNS records, purge requests, or reporting fields.
  • Validate required fields and supported resource types before making changes.
  • Apply normalization, enrichment, and schema-tolerance rules for product-specific responses.

Objective

Control which Akamai changes, events, and data may proceed to downstream systems.

Instructions in Martini

  • Apply approval, environment, ownership, and least-privilege rules.
  • Use correlation and idempotency keys to prevent duplicate purges, activations, or incidents.
  • Route informational, warning, and actionable events differently.

Common Akamai data objects used in integrations

ObjectTypical UseCommon target systemsMartini handling
Properties and property versionsDefine how Akamai processes requests for a hostname and provide versioned configuration for controlled changes and activations.ServiceNow, Terraform, CI/CD platforms, JiraMartini retrieves or updates the appropriate version, validates requested changes, submits activation, polls status, and records the result.
HostnamesIdentify domains served through Akamai and associate delivery, certificate, and configuration settings.ServiceNow, Salesforce, DNS management systemsMartini validates hostname changes, maps them to the canonical domain model, and coordinates related Akamai API calls.
CP codesIdentify traffic and content categories for delivery configuration, reporting, and usage tracking.Splunk, Datadog, data warehouses, reporting APIsMartini maps CP codes to internal service or content identifiers and uses them in purge, reporting, or configuration workflows.
Security configurations and security policiesRepresent protections and rules managed by Kona Site Defender, App & API Protector, and related services.ServiceNow, Splunk, PagerDuty, JiraMartini applies approval and policy rules, invokes product-specific APIs, and routes selected security events or status changes.
DNS zones and recordsManage Edge DNS zones and records such as A, AAAA, CNAME, MX, and TXT entries.ServiceNow, Salesforce, domain-management systemsMartini validates requested records, applies change controls, updates the relevant API resources, and synchronizes outcomes.
Purge requestsInvalidate URLs, CP codes, or cache tags from Akamai edge caches after content or deployment changes.Shopify, CI/CD platforms, content systems, ServiceNowMartini validates targets, submits the purge, stores the request identifier, polls completion where required, and prevents duplicate processing.

Authentication and security considerations

EdgeGrid authentication

Akamai’s primary API authentication mechanism is EdgeGrid. Requests use API client credentials and signed request metadata, including host, timestamp, nonce, method, path, and body information where applicable.

Secrets and permissions

Store client tokens, client secrets, access tokens, hosts, and signing configuration as protected Martini environment secrets. Akamai permissions are assigned through API client roles, products, contracts, groups, and scopes.

  • Use least-privilege API clients for each environment or workload.
  • Do not log secrets, access tokens, signed authorization headers, or sensitive security-event payloads.
  • Use synchronized runtime clocks because clock drift can invalidate signed requests.

Operational considerations for Akamai integrations

Asynchronous operations

Successful submission does not necessarily mean that an activation or purge has completed. Persist operation identifiers and poll with bounded retries, backoff, timeouts, and terminal failure handling.

Rate limits and pagination

Rate limits vary by API and account configuration. Handle throttling responses, avoid unbounded parallelism, follow pagination until completion, and retain reporting windows or cursors.

Configuration and idempotency

  • Check that a property or security version has not been superseded before updating it.
  • Use correlation and idempotency keys to prevent duplicate purges, activations, and downstream writes.
  • Confirm event coverage, delivery behavior, retention, retry semantics, and payload fields for the selected Akamai product.
  • Capture HTTP status, product name, Akamai request identifiers, operation identifiers, and correlation identifiers in operational logs.

Testing and schema changes

Product APIs can evolve independently. Validate required fields, tolerate additive fields, and test each product-specific workflow in a non-production environment before deployment.

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

Orchestrate complete integration processes

Akamai operations often require several API calls, version handling, asynchronous activation, status polling, and downstream notification. Martini models that behavior as maintainable workflows rather than isolated scripts.

Separate integration logic from applications

Martini can expose controlled APIs for approved changes and normalize Akamai responses for ServiceNow, observability platforms, deployment systems, and other consumers.

  • Centralize EdgeGrid configuration and protected secrets.
  • Reuse mappings, validation, routing, retry, and error-handling logic.
  • Support API-led, scheduled, and event-driven integration patterns.
  • Provide operational logging and correlation across multi-step processes.

Frequently asked questions

How can Akamai be integrated with enterprise systems?

Akamai is primarily integrated through product-specific REST APIs authenticated with EdgeGrid. Enterprise workflows can manage properties, security configurations, DNS, purges, reporting, and data delivery, while selected services provide event or notification capabilities. Asynchronous operations should be tracked through status APIs.

Can Martini integrate with Akamai?

Yes. Martini can integrate with Akamai by consuming the applicable Akamai REST APIs, securely handling EdgeGrid configuration, orchestrating asynchronous activations and purges, processing reporting data, and receiving selected event notifications through a Martini API.

Do I need a connector to integrate Akamai with Martini?

No. A dedicated Akamai connector is not required. Martini can use Akamai’s confirmed native integration mechanisms, including REST APIs, EdgeGrid authentication, selected event notifications, reporting APIs, and data-delivery services.

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

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

Which Akamai integration method should an enterprise use?

Use the applicable Akamai REST API for the product being integrated, such as Property Manager, Purge, Edge DNS, security, reporting, or DataStream. EdgeGrid is the principal authentication pattern. GraphQL and SOAP should not be assumed because a general Akamai implementation was not confirmed.

Does Akamai provide webhooks or event notifications?

Akamai provides event and notification capabilities for selected products and lifecycle events, but coverage, delivery behavior, and payloads vary. Martini can receive available notifications through an API, while polling is appropriate when reliable completion tracking is required.

How does Martini synchronize Akamai data?

Martini can use event-driven workflows for selected notifications and scheduled workflows for reporting, reconciliation, and status checks. It can manage pagination, explicit time windows or cursors, transformations, correlation identifiers, and idempotent downstream writes.

How are Akamai errors, retries, and duplicate operations handled?

Martini workflows can capture HTTP and product-specific errors, apply bounded retries with exponential backoff, and route terminal failures for review. Persisted operation identifiers, correlation keys, and idempotency checks help avoid duplicate purges, activations, configuration updates, and incident creation. Martini can also expose an API façade for normalized Akamai operations.

Related Martini documentation

Akamai APIs

Workflows

Data handling

Security

Operations

Integrate Akamai with Martini

Use Martini to orchestrate Akamai REST APIs, secure EdgeGrid authentication, asynchronous activations, selected notifications, reporting, and enterprise workflow automation.

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