This document will continue to evolve as existing sections change and new information is added. All updates appear in the following table:
| Date | Product | Feature | Notes |
|---|---|---|---|
| 07 JUL 2022 | Asset Monitoring | Updated document. Added new features that were delivered in 22.3.1. | |
| 07 JUL 2022 | Production Monitoring | Updated document. Added new features that were delivered in 22.3.1. | |
| 28 JUN 2022 | Created initial document. |
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Column Definitions:
Report = New or modified, Oracle-delivered, ready to run reports.
UI or Process-Based: Small Scale = These UI or process-based features are typically comprised of minor field, validation, or program changes. Therefore, the potential impact to users is minimal.
UI or Process-Based: Larger Scale* = These UI or process-based features have more complex designs. Therefore, the potential impact to users is higher.
Features Delivered Disabled = Action is needed BEFORE these features can be used by END USERS. These features are delivered disabled and you choose if and when to enable them. For example, a) new or expanded BI subject areas need to first be incorporated into reports, b) Integration is required to utilize new web services, or c) features must be assigned to user roles before they can be accessed.
| Ready for Use by End Users Reports plus Small Scale UI or Process-Based new features will have minimal user impact after an update. Therefore, customer acceptance testing should focus on the Larger Scale UI or Process-Based* new features. |
Customer Must Take Action before Use by End Users Not disruptive as action is required to make these features ready to use. As you selectively choose to leverage, you set your test and roll out timing. |
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|---|---|---|---|---|---|---|
| Feature |
Report |
UI or |
UI or |
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Use Control Attributes to Send Back Control Data to Your IoT Devices |
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Ability to Force Complete Trips and Specify Delivery Completion |
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Use Control Attributes to Send Back Control Data to Your IoT Devices |
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Use Correlation Analysis for Your IoT Sensor Attributes
Use correlation analysis for your asset sensor attributes to visualize and understand the relationships between the various attributes. Correlation analysis can help determine optimal operating and maintenance parameters for your asset. Correlation analysis can also help determine the variables that correlate with unexpected asset failure.
To start configuring correlation analysis, click Correlation Analysis from the Design Center > Asset Types > Asset Type Name page.
Explore the relationships between the available IoT data measurements and get insights into asset behavior. Correlation analysis also helps perform what-if scenario analyses and root cause diagnostics. Use correlation analysis to help set up your control systems, set up multivariate anomaly detection, and state-aware anomalies.
Steps to Enable
You don't need to do anything to enable this feature.
Use Control Attributes to Send Back Control Data to Your IoT Devices
Use control attributes to set the actuator attribute values for your IoT devices. Control attributes let you send data back from your digital twin to the actual device.
For example, if an HVAC device supports the Desired_Temperature attribute, you can set the attribute from your IoT application. You can also define rules to automatically set the Desired_Temperature in case the ambient temperature crosses a certain value.
You can create control attributes when defining your asset type in the Design Center. To set the control attribute values, use the Operations Center or define automatic rules.
Control attributes let you directly control your device actuator attributes using the IoT digital twin. You can use rule conditions to automatically set the control attribute values.
Steps to Enable
You don't need to do anything to enable this feature.
Support for Additional Routing Parameters
Depending on the Map provider that you use, you can now specify additional parameters for your routing requests. The following are the newly added parameters in the Menu > Settings > IoT Organizations > Organization Name > Context Specific > Trips & Shipments tile:
- Routing: You can select either the fastest or the shortest route that the map provider must use for route calculation.
- Tolls: You can specify whether to include or exclude tolls in your planned route. This parameter is available only if you are using maps provided by HERE Technologies.
Addition of routing parameters provides flexibility and customization for route creation, thereby boosting fleet efficiency.
Steps to Enable
You don't need to do anything to enable this feature.
Route Calculation On the Basis of Transportation Mode
You can retrieve road transport routes for different vehicle categories. Use the Category field to select a vehicle category (for example, car or truck) that your map provider must use for retrieving the corresponding route.
Addition of the Category field provides for more accurate route planning creation.
Steps to Enable
You don't need to do anything to enable this feature.
Ability to Force Complete Trips and Specify Delivery Completion
Using the Fleet Monitoring mobile app, Drivers (private fleet or third-party carrier) can now force complete a Trip en route and also specify whether the delivery is complete or not. Drivers can also enter any remarks pertaining to delivery. Therefore, business users can get notification of any exceptions or incidents en route and actual delivery status when a trip is force completed.
The delivery status and corresponding remarks are displayed in the corresponding DELIVERY COMPLETED and DELIVERY REMARKS columns of the Trips Summary view as well as transmitted over to Oracle Transportation Management (OTM) system.
Steps to Enable
You don't need to do anything to enable this feature.
Punch-Out URL Support for Views In Oracle Fleet Monitoring
From this release onward, you can include the punch-out URLs for Oracle Fleet Monitoring dashboards and digital twin views within your own external application or web pages.
If you click the punch-out URL within the external application or web page, it opens the corresponding Oracle Fleet Monitoring view in a new tab.
Steps to Enable
You don't need to do anything to enable this feature.
Use Correlation Analysis for Your IoT Sensor Attributes
Use correlation analysis for your machine sensor attributes to visualize and understand the relationships between the various attributes. Correlation analysis can help determine optimal operating and maintenance parameters for your machine. Correlation analysis can also help determine the variables that correlate with unexpected machine failure.
To start configuring correlation analysis, click Correlation Analysis from the Design Center > Machine Types > Machine Type Name page.
Explore the relationships between the available IoT data measurements and get insights into machine behavior. Correlation analysis also helps perform what-if scenario analyses and root cause diagnostics. Use correlation analysis to help set up your control systems, set up multivariate anomaly detection, and state-aware anomalies.
Steps to Enable
You don't need to do anything to enable this feature.
Use Control Attributes to Send Back Control Data to Your IoT Devices
Use control attributes to set the actuator attribute values for your IoT machines. Control attributes let you send data back from your digital twin to the actual device.
For example, if a machine supports the Overheat attribute, you can set the attribute from your IoT application. You can also define rules to automatically set the Overheat attribute in case the operating temperature crosses a threshold value.
You can create control attributes when defining your machine type in the Design Center. To set the control attribute values, use the Operations Center or define automatic rules.
Control attributes let you directly control your machine actuator attributes using the IoT digital twin. You can use rule conditions to automatically set the control attribute values.
Steps to Enable
You don't need to do anything to enable this feature.
Work Order Links to Oracle Maintenance Cloud
If a machine-related incident is associated with a maintenance work order in Oracle Maintenance Cloud, you can directly open the maintenance work order linked to the incident from the Incidents page.
A work-order link in your IoT application lets you navigate directly to the Oracle Maintenance Cloud page containing the work order details for the incident.
Steps to Enable
You don't need to do anything to enable this feature.