OpenText Documentum - OpenText Internet of Things Platform Integration and Automation

Common Integration Use Cases Between OpenText Documentum and OpenText Internet of Things Platform

1. Automated compliance record creation from critical IoT events

Data flow: OpenText Internet of Things Platform ? OpenText Documentum

When IoT sensors detect threshold breaches, equipment failures, or safety incidents, the event details, timestamps, device identifiers, and related telemetry snapshots can be automatically pushed into Documentum as controlled records. This creates a compliant audit trail for regulated operations in manufacturing, utilities, or energy.

• Supports incident documentation and regulatory reporting
• Reduces manual entry and missed evidence
• Improves traceability for audits and investigations

2. Maintenance work order support with sensor evidence

Data flow: OpenText Internet of Things Platform ? OpenText Documentum

IoT platform alerts can trigger the creation of maintenance case files in Documentum, including sensor trends, alarm history, and device diagnostics. Maintenance teams gain a governed repository for work instructions, inspection reports, and post-repair documentation tied to the asset record.

• Speeds up root cause analysis
• Ensures technicians work from approved documents
• Creates a complete maintenance history for critical assets

3. Controlled distribution of operating procedures based on asset condition

Data flow: OpenText Documentum ? OpenText Internet of Things Platform

Documentum can supply the latest approved SOPs, safety procedures, calibration instructions, and emergency response documents to the IoT platform so they can be surfaced in operator dashboards when a device or line enters a specific condition. This ensures field and plant teams always reference current controlled content.

• Prevents use of outdated procedures
• Improves frontline response during abnormal conditions
• Strengthens governance over operational instructions

4. Asset lifecycle dossier for regulated equipment

Data flow: Bi-directional

For high-value or regulated assets, IoT telemetry and event history can be stored in Documentum alongside certificates, commissioning documents, inspection reports, and change approvals. Documentum can also return approved lifecycle documents to the IoT platform for contextual display during monitoring or maintenance activities.

• Provides a single governed asset dossier
• Supports validation, qualification, and inspection processes
• Improves collaboration between operations, quality, and compliance teams

5. Quality deviation management with connected device evidence

Data flow: OpenText Internet of Things Platform ? OpenText Documentum

When IoT data indicates process drift, temperature excursions, vibration anomalies, or other quality-related deviations, the event can initiate a deviation file in Documentum. Quality teams can attach investigation notes, CAPA documents, approvals, and supporting telemetry to maintain a formal record of the issue and resolution.

• Accelerates quality investigations
• Improves evidence collection for CAPA workflows
• Helps demonstrate compliance in audited environments

6. Remote inspection and field service documentation

Data flow: OpenText Internet of Things Platform ? OpenText Documentum

IoT-connected devices can trigger remote inspection workflows where sensor readings, images, and device status are captured and stored in Documentum as part of the inspection package. This is useful for utilities, logistics fleets, and industrial equipment where field visits must be documented and retained.

• Reduces unnecessary site visits
• Creates standardized inspection records
• Improves service accountability and documentation quality

7. Regulatory reporting and audit package assembly

Data flow: Bi-directional

Documentum can manage the approval and retention of formal reports, while the IoT platform supplies the operational data needed to support those reports. Together they can assemble audit-ready packages containing sensor trends, exception logs, approvals, and supporting evidence for regulators, internal audit, or customer assurance requests.

• Shortens time to prepare audit submissions
• Improves consistency of reporting evidence
• Reduces risk of incomplete or unapproved documentation

8. Change control for connected assets and device configurations

Data flow: OpenText Documentum ? OpenText Internet of Things Platform

Documentum can govern change requests, approvals, and version-controlled technical documents for connected assets. Once a change is approved, the IoT platform can receive the updated configuration parameters, firmware references, or operating limits needed to keep devices aligned with the approved state.

• Strengthens control over device and process changes
• Supports validation and release management
• Reduces operational risk from unauthorized configuration changes