Home | Connectors | Drupal | Drupal - Air Inc. Integration and Automation
Drupal can serve as the front-end portal for employees, customers, or partners to submit requests, while Air Inc. handles the back-end workflow processing. For example, users can submit onboarding requests, service tickets, or account changes through Drupal forms, and those requests are automatically routed in Air Inc. for approval, task assignment, and status tracking.
Organizations can use Drupal for content creation and editorial management while Air Inc. manages approval steps, notifications, and task escalation. This is useful for regulated industries where legal, compliance, and communications teams must review content before publication.
Drupal forms can capture structured submissions such as grant applications, service requests, complaints, or incident reports. These submissions can be sent to Air Inc. to create and manage cases, assign owners, track SLAs, and trigger follow-up actions.
Drupal can display real-time status updates from Air Inc. so users can check the progress of submitted requests without contacting support. This is especially useful for application processing, permit requests, onboarding tasks, or service fulfillment.
Air Inc. can provide user attributes, segment data, or workflow milestones that Drupal uses to personalize content, navigation, or calls to action. For example, a customer who has completed onboarding in Air Inc. could see advanced product resources in Drupal, while a prospect sees introductory content.
When a content item in Drupal reaches a key state, such as pending approval, expired, or requiring review, Air Inc. can generate notifications, reminders, or escalation tasks. This helps teams stay on top of time-sensitive content and operational deadlines.
Drupal and Air Inc. can exchange data to support combined reporting on content performance and operational throughput. For example, organizations can correlate page visits, form submissions, approval cycle times, and case resolution metrics to identify bottlenecks and improve service design.