Google Sheets - OpenText Directory Services Integration and Automation

Common Integration Use Cases Between Google Sheets and OpenText Directory Services

1. Bulk User Provisioning and Role Assignment

HR, IT, or application administrators maintain new hire and contractor details in Google Sheets, including department, manager, location, and required access level. The sheet is then used to create or update user records in OpenText Directory Services, automating account setup and group assignment for OpenText environments. This reduces manual onboarding effort, shortens access turnaround time, and helps ensure users receive the correct permissions from day one.

2. Group Membership Maintenance for Project and Department Teams

Business owners manage team rosters in Google Sheets for projects, departments, or temporary initiatives. An integration syncs approved changes into OpenText Directory Services to add or remove users from security groups that control access to OpenText applications and content repositories. This is especially useful for fast-moving teams where membership changes frequently and access must stay aligned with organizational structure.

3. Access Review and Recertification Tracking

Security and compliance teams use Google Sheets to collect manager attestations during periodic access reviews. The sheet can store user names, assigned groups, review status, approver comments, and remediation actions. Once validated, the approved changes are pushed to OpenText Directory Services to remove unnecessary access or adjust group memberships. This supports audit readiness and helps enforce least-privilege access policies.

4. Synchronizing Organizational Changes from HR or Operations Lists

When departments reorganize, managers often update reporting lines, cost centers, or team assignments in Google Sheets before those changes are finalized in core systems. An integration can use the sheet as a staging area to update OpenText Directory Services with revised user attributes and group mappings. This keeps identity data aligned with current business structure and reduces delays caused by manual directory updates.

5. Temporary Access Requests and Time-Bound Permissions

Project leads or service desk teams track temporary access requests in Google Sheets, including requester, justification, start date, end date, and required OpenText group. Approved requests are sent to OpenText Directory Services to grant access for a defined period, and the integration can later remove the access automatically when the expiration date is reached. This improves control over short-term access while reducing administrative follow-up.

6. Directory Data Validation and Exception Management

Identity administrators export user and group data from OpenText Directory Services into Google Sheets for review, cleanup, and exception handling. Business users can identify duplicate entries, inactive accounts, missing attributes, or inconsistent group naming before corrections are applied back to the directory. This workflow is useful for large environments where directory hygiene requires collaboration between IT and business stakeholders.

7. Delegated Access Administration for Regional or Functional Teams

Regional IT leads or functional administrators maintain approved access changes in Google Sheets without direct directory administration rights. The integration translates those approved entries into controlled updates in OpenText Directory Services, such as adding users to regional groups or adjusting access for local applications. This enables decentralized operations while preserving governance and central oversight.

8. New Group and Access Structure Planning

Before launching a new OpenText-based application or content workspace, teams use Google Sheets to design the required directory groups, naming conventions, and role mappings. Once the structure is approved, the integration creates or updates the corresponding groups in OpenText Directory Services and assigns initial members. This helps standardize access design, speeds deployment, and reduces rework during implementation.