OpenText Core Content - Metadata - OpenText Internet of Things Platform Integration and Automation

Common Integration Use Cases Between OpenText Core Content - Metadata and OpenText Internet of Things Platform

OpenText Core Content - Metadata and OpenText Internet of Things Platform complement each other by connecting structured content governance with live operational sensor data. Together, they help organizations classify IoT-generated information, improve traceability, and turn device data into actionable business records.

1. Automated metadata tagging for IoT event records

Data flow: OpenText Internet of Things Platform to OpenText Core Content - Metadata

IoT events such as temperature breaches, equipment faults, or location changes can be pushed into Core Content with predefined metadata such as asset ID, site, device type, severity, and event category. This ensures sensor-driven records are consistently classified and searchable.

• Improves retrieval of incident records and device history
• Supports compliance reporting and audit readiness
• Reduces manual indexing effort for operations teams

2. Controlled vocabulary for device and asset classification

Data flow: OpenText Core Content - Metadata to OpenText Internet of Things Platform

Core Content metadata rules can govern standard values for asset classes, plant locations, maintenance categories, and failure codes used by the IoT platform. This prevents inconsistent naming across sensors, dashboards, and operational reports.

• Standardizes master data across engineering and operations
• Improves analytics accuracy by reducing duplicate or invalid values
• Supports enterprise-wide reporting across multiple sites

3. Incident documentation for equipment exceptions

Data flow: OpenText Internet of Things Platform to OpenText Core Content - Metadata

When IoT thresholds are exceeded, the platform can create a content record in Core Content containing the alert details, associated metadata, and linked supporting documents such as maintenance logs or inspection photos. This creates a governed record of the exception and the response.

• Creates a complete incident trail for maintenance and quality teams
• Speeds root cause analysis by linking sensor data to documents
• Supports regulatory and internal audit requirements

4. Maintenance work package enrichment

Data flow: Bi-directional

IoT analytics can identify assets trending toward failure and send the relevant event data into Core Content. Core Content can then attach metadata such as work order number, technician group, priority, and service window. The enriched package can be shared with maintenance systems or teams for action.

• Improves maintenance planning and prioritization
• Gives technicians context before arriving on site
• Reduces unplanned downtime through faster response

5. Compliance records for regulated operations

Data flow: OpenText Internet of Things Platform to OpenText Core Content - Metadata

In regulated industries such as utilities or food manufacturing, IoT readings can be stored as governed content with metadata that identifies the process, batch, location, and retention class. This makes it easier to prove that required conditions were met over time.

• Supports traceability for audits and inspections
• Ensures sensor data is retained with the right business context
• Reduces risk of missing or misclassified compliance evidence

6. Asset lifecycle documentation linked to live telemetry

Data flow: Bi-directional

Core Content can store asset documentation such as manuals, certificates, and commissioning records with structured metadata. The IoT platform can reference those records when monitoring the asset, while live telemetry can be attached back to the asset file for a complete lifecycle view.

• Connects design, commissioning, and operational data
• Helps service teams access the right documentation quickly
• Improves asset governance across engineering and operations

7. Operational reporting with governed content and sensor context

Data flow: OpenText Internet of Things Platform to OpenText Core Content - Metadata

IoT data can be summarized into reports or dashboards and stored in Core Content with metadata that identifies reporting period, plant, line, and business owner. This creates a controlled repository for operational reports that can be reused by leadership, quality, and compliance teams.

• Provides a single source for approved operational reports
• Makes historical performance data easier to find and compare
• Supports cross-functional review of trends and exceptions

8. Exception-based workflow initiation

Data flow: OpenText Internet of Things Platform to OpenText Core Content - Metadata

When the IoT platform detects a critical event, it can trigger a content workflow in Core Content using metadata such as event type, site, and urgency. The workflow can route the case to the correct team for review, approval, or corrective action.

• Accelerates response to critical operational events
• Improves accountability through structured routing
• Reduces delays caused by manual triage and email-based follow-up