OpenText Extended ECM - Records Management - OpenText Internet of Things Platform Integration and Automation

Common Integration Use Cases Between OpenText Extended ECM - Records Management and OpenText Internet of Things Platform

• Automated compliance records for critical IoT events

  Data flow: OpenText Internet of Things Platform ? OpenText Extended ECM - Records Management

  When IoT sensors detect threshold breaches, equipment failures, or safety incidents, the event payload, timestamp, device ID, and related context are automatically declared as official records in Extended ECM. This supports auditability for regulated operations in utilities, manufacturing, and logistics, while ensuring retention and disposition rules are applied consistently.

• Maintenance and inspection evidence retention

  Data flow: OpenText Internet of Things Platform ? OpenText Extended ECM - Records Management

  Sensor readings from assets such as pumps, turbines, refrigeration units, or fleet vehicles can be captured as supporting evidence for maintenance work orders and inspection activities. Extended ECM stores the records with retention policies tied to asset class, site, or regulatory requirement, helping operations and compliance teams prove that inspections were completed and conditions were monitored.

• Incident investigation and root cause documentation

  Data flow: Bi-directional

  IoT Platform provides the sensor timeline, alarms, and device telemetry for an incident, while Extended ECM stores investigation reports, corrective action documents, and approved disposition records. This creates a complete case file for safety, quality, or operational incidents, enabling engineering, compliance, and legal teams to work from a single governed record set.

• Regulatory reporting package assembly

  Data flow: OpenText Internet of Things Platform ? OpenText Extended ECM - Records Management

  For regulated environments such as utilities or healthcare facilities, IoT data can be packaged into formal reporting evidence, including environmental readings, temperature logs, or equipment status histories. Extended ECM manages the report artifacts and source data as records, making it easier to respond to audits, inspections, and regulator requests with traceable supporting documentation.

• Asset lifecycle and decommissioning records

  Data flow: Bi-directional

  IoT Platform tracks operational history, utilization, and end-of-life signals for connected assets, while Extended ECM retains decommissioning approvals, disposal certificates, and compliance sign-off. This integration helps asset management, facilities, and compliance teams maintain a defensible lifecycle history from installation through retirement.

• Cold chain and environmental compliance monitoring

  Data flow: OpenText Internet of Things Platform ? OpenText Extended ECM - Records Management

  Temperature, humidity, and location data from refrigerated storage, transport containers, or warehouse zones can be automatically retained as records when excursions occur or at defined intervals. This is especially valuable for pharmaceuticals, food logistics, and healthcare supply chains where proof of environmental control is required for quality assurance and regulatory compliance.

• Policy-driven retention of operational telemetry

  Data flow: OpenText Extended ECM - Records Management ? OpenText Internet of Things Platform

  Retention schedules and disposition rules defined in Extended ECM can be used to govern how long IoT telemetry, alerts, and event summaries are preserved in the IoT Platform or downstream repositories. This reduces storage costs, supports data minimization requirements, and ensures operational data is kept only as long as needed for business or regulatory purposes.

• Audit-ready chain of custody for connected operations

  Data flow: Bi-directional

  IoT Platform captures machine-generated evidence such as device status, tamper alerts, and access events, while Extended ECM preserves approvals, exception handling, and audit trails for the associated business process. Together they provide a defensible chain of custody for high-value assets, controlled environments, and regulated workflows where proof of integrity is essential.