Azure Blob Storage - OpenText Extended ECM - Records Management Integration and Automation

Common Integration Use Cases Between Azure Blob Storage and OpenText Extended ECM - Records Management

1. Declare finalized files from Azure Blob Storage into formal records management

Business teams often store working documents, exports, and supporting files in Azure Blob Storage for scale and easy access. When a file is finalized, the integration can automatically move or copy it into OpenText Extended ECM - Records Management for official declaration, classification, retention assignment, and disposition control.

• Direction: Azure Blob Storage to OpenText Extended ECM - Records Management
• Business value: Ensures only approved content becomes an official record while keeping Blob Storage focused on operational file handling.
• Example: A finance team stores month-end reports in Blob Storage, then the signed final version is declared as a record for audit and retention purposes.

2. Archive large operational files from records-managed content into Azure Blob Storage

OpenText Extended ECM - Records Management can retain the authoritative record metadata and lifecycle controls while moving large binary files such as scans, images, or media to Azure Blob Storage for cost-effective storage. This reduces ECM storage load without losing governance over the record.

• Direction: OpenText Extended ECM - Records Management to Azure Blob Storage
• Business value: Lowers storage costs and improves performance for long-term retention of large content volumes.
• Example: A healthcare organization stores high-resolution imaging attachments in Blob Storage while keeping the record declaration, retention schedule, and audit trail in OpenText.

3. Support regulated document intake from Blob Storage into controlled records workflows

Files uploaded by external systems, scanners, or line-of-business applications can land in Azure Blob Storage first, then be routed into OpenText Extended ECM - Records Management for review, classification, and approval before becoming official records. This creates a controlled intake process for compliance-sensitive content.

• Direction: Azure Blob Storage to OpenText Extended ECM - Records Management
• Business value: Improves governance over incoming content and reduces the risk of unmanaged records.
• Example: A government agency receives permit application attachments in Blob Storage and routes approved submissions into records management with the correct retention category.

4. Synchronize record metadata with Blob Storage for secure distribution and retrieval

OpenText Extended ECM - Records Management can maintain the authoritative record metadata, while Azure Blob Storage serves as the distribution layer for downstream systems or users needing controlled access to copies. Metadata such as record ID, retention status, and classification can be synchronized so users can locate the correct file version quickly.

• Direction: Bi-directional
• Business value: Keeps distribution efficient while preserving a single source of truth for compliance data.
• Example: A legal department publishes approved policy documents to Blob Storage for broad access, while OpenText retains the official record and metadata.

5. Automate retention-triggered export from records management to Blob Storage for long-term archive

When records reach a defined lifecycle stage, OpenText Extended ECM - Records Management can export eligible content to Azure Blob Storage as an archive tier, while preserving disposition evidence and retention history in OpenText. This is useful for organizations that need low-cost storage after active use ends but before final disposition.

• Direction: OpenText Extended ECM - Records Management to Azure Blob Storage
• Business value: Supports lifecycle-based storage optimization and simplifies long-term archive management.
• Example: An insurance company moves closed claim files to Blob Storage after the active retention period, while keeping the records disposition log in OpenText.

6. Enable cross-system audit and legal hold support for files stored in Blob Storage

Azure Blob Storage can hold large volumes of content, but records governance is typically enforced in OpenText Extended ECM - Records Management. By linking Blob objects to records metadata and legal hold status in OpenText, organizations can prevent deletion or unauthorized disposition of content that is under investigation or subject to litigation.

• Direction: Bi-directional
• Business value: Strengthens compliance by extending legal hold and audit controls to distributed file storage.
• Example: A financial services firm places customer correspondence under legal hold in OpenText, and the related files in Blob Storage are flagged to prevent deletion.

7. Publish approved records to Azure Blob Storage for enterprise-wide consumption

After records are reviewed and approved in OpenText Extended ECM - Records Management, selected copies can be published to Azure Blob Storage for consumption by portals, analytics tools, or external stakeholders. This allows broad access without exposing the records repository directly.

• Direction: OpenText Extended ECM - Records Management to Azure Blob Storage
• Business value: Improves accessibility and scalability while maintaining controlled governance in the records system.
• Example: A public sector organization publishes approved forms and policy documents to Blob Storage for citizen access, while OpenText maintains the official record set.