What’s new in Oracle IoT Production Monitoring by Harish Gaur

Continuing with the “What’s new” series, we will look at what’s new in Oracle Production Monitoring Cloud over the last 3 months across three key innovation themes. For the uninitiated, Oracle IoT Production Monitoring (IoT PM application) monitors the performance of your factories at different levels, starting from a global perspective to then drill down to the health of specific machines. It gives you real-time visibility into your production process and helps you diagnose and predict production issues so that you can increase the uptime of your factories. It also helps you schedule maintenance so that you can minimize the disruption to your daily operations.

Digital Thread

IoT Apps enable frictionless hand-off across different stages of the supply chain, beginning with design & production to transport to field use.

The integration with Oracle Manufacturing Cloud is now available. Why is this important? Oracle Manufacturing Cloud enables engineers to quickly define the necessary data for their plant hierarchy, and create work definitions and design production process. With this new integration, Oracle IoT PM app can download work orders from Oracle Manufacturing Cloud, associate specific machines with the work orders, and view work orders in the factory view. As a factory manager, you can load the production plan by work orders and track their progress.

The integration with Oracle Maintenance Cloud is now available. Why is this important? Using Oracle Maintenance Cloud, now it’s possible to import machines from the SCM Maintenance Cloud into Oracle IoT Production Monitoring Cloud Service. When an incident is created against an imported machine in Oracle IoT Production Monitoring Cloud Service, the incident automatically translates into a work order in the SCM Maintenance Cloud. For example, if a threshold rule triggers an incident when a device associated with a machine is overheating, a work order corresponding to the incident automatically gets created in the SCM Maintenance Cloud. Incidents can be triggered by a business rule in reaction to an event (machine has overheated), by proactive detection of anomalies behavior (machine may overheat) or by predicting the future state of the shop floor machine (machine will overheat in 48 hours from now). Read the complete article here.

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