HTTP - OpenText Identity and Access Management Integration and Automation

Common Integration Use Cases Between HTTP and OpenText Identity and Access Management

1. Secure API access for OpenText services and portals

HTTP is the transport layer used by web and API requests, while OpenText Identity and Access Management controls who can authenticate and what they can access. By integrating HTTP-based applications with OpenText Identity and Access Management, enterprises can secure REST APIs, web portals, and service endpoints with centralized authentication and role-based authorization.

• Data flow: HTTP applications to OpenText Identity and Access Management for authentication and token validation
• Business value: Reduces unauthorized access, simplifies login management, and standardizes security across web applications
• Typical users: IT security teams, application owners, and platform administrators

2. Single sign-on for employee and partner web applications

Organizations often expose multiple HTTP-based applications to employees, contractors, and partners. OpenText Identity and Access Management can provide single sign-on so users authenticate once and access approved HTTP applications without repeated logins.

• Data flow: OpenText Identity and Access Management to HTTP-enabled applications for federated authentication
• Business value: Improves user productivity, reduces password reset requests, and strengthens access governance
• Typical users: Internal staff, external partners, and customer support teams

3. Role-based access control for content and service endpoints

HTTP endpoints often expose sensitive content, administrative functions, or workflow actions. OpenText Identity and Access Management can enforce role-based access so only approved users can call specific HTTP endpoints, such as publishing content, approving records, or downloading restricted assets.

• Data flow: Bi-directional, with HTTP applications sending access requests and OpenText Identity and Access Management returning authorization decisions
• Business value: Limits exposure of sensitive functions, supports segregation of duties, and reduces compliance risk
• Typical users: Compliance teams, content managers, and system administrators

4. Secure webhook delivery and event-driven workflows

Many enterprise systems use HTTP webhooks to trigger downstream actions. OpenText Identity and Access Management can protect webhook endpoints and ensure only trusted systems or authenticated users can initiate or receive event-driven requests.

• Data flow: HTTP event sources to OpenText Identity and Access Management protected endpoints
• Business value: Prevents spoofed webhook calls, improves trust in automated workflows, and supports secure process automation
• Typical users: Integration teams, DevOps teams, and business process owners

5. Centralized identity governance for hybrid OpenText environments

Enterprises running cloud and on-premises OpenText services often expose administrative and user-facing functions through HTTP. OpenText Identity and Access Management can centralize identity policies across these environments, ensuring consistent authentication and access control regardless of where the HTTP service is hosted.

• Data flow: OpenText Identity and Access Management to HTTP-based cloud and on-premises services
• Business value: Simplifies administration, improves policy consistency, and supports hybrid operating models
• Typical users: Infrastructure teams, identity administrators, and enterprise architects

6. API protection for digital workplace and content delivery integrations

HTTP is commonly used to connect content systems, portals, and digital workplace applications. OpenText Identity and Access Management can secure these integrations by validating user identity before content is retrieved or updated through HTTP APIs.

• Data flow: HTTP content requests to OpenText Identity and Access Management for authentication and authorization
• Business value: Protects confidential documents and records while enabling controlled self-service access
• Typical users: Knowledge workers, records teams, and customer-facing operations

7. Automated user provisioning and access updates through HTTP services

When user accounts or roles change in an enterprise identity process, HTTP-based services can be used to update access rights in connected applications. OpenText Identity and Access Management can consume or expose HTTP endpoints to synchronize user status, group membership, and entitlements.

• Data flow: OpenText Identity and Access Management to HTTP-based provisioning services, or HTTP identity sources to OpenText Identity and Access Management
• Business value: Speeds onboarding and offboarding, reduces manual administration, and lowers the risk of stale access
• Typical users: HR operations, IAM teams, and service desk teams

8. Secure headless and microservices-based application access

Modern headless applications and microservices communicate over HTTP. OpenText Identity and Access Management can provide centralized authentication for these distributed services, ensuring that only trusted users and systems can invoke protected APIs and retrieve data.

• Data flow: Bi-directional, with HTTP services calling OpenText Identity and Access Management for identity checks and token-based access
• Business value: Supports scalable architecture, improves security for distributed systems, and simplifies access control across services
• Typical users: Application development teams, platform engineering teams, and security architects