Augmented reality and virtual reality have attracted genuine interest across enterprise software, and Oracle ERP environments are no exception. For utilities specifically, the relevant Oracle products are Customer Care and Billing (CC&B), Oracle Utilities Network Management System (NMS), and Oracle Utilities Mobile Workforce Management (MWM). Understanding where AR and VR add realistic value in those contexts requires separating the demonstration use cases from the production-ready ones.
This post is a narrow, honest assessment of that landscape. For a broader discussion of how AR intersects with ERP financial and AR modules, see Enhancing ERP: Integrating AR with SAP. For Oracle’s own VR-oriented approach to ERP visualization, see Enhancing ERP with VR: Oracle’s Innovative Approach.
Where AR Has a Plausible Fit in Oracle Utilities Operations
The strongest case for AR in an Oracle Utilities context is field operations. Technicians dispatched through Oracle MWM carry work orders, asset records, and switching instructions derived from Oracle NMS. AR glasses or mobile AR applications could surface that structured data in the technician’s field of view without requiring them to shift attention to a tablet.
Specific scenarios that have been piloted at utilities include:
- Substation switching: Overlaying switching sequence steps and isolation boundary markers on physical switchgear, reducing the risk of wrong-device operations.
- Underground cable location: Displaying GIS asset records and cable routing from Oracle’s network data model in context with physical dig sites.
- Meter inspection: Surfacing account and historical read data from CC&B against a scanned meter serial number during field investigation.
None of these are available as packaged Oracle features. They require a custom AR application layer that authenticates against Oracle Utilities APIs, handles offline scenarios for areas with poor connectivity, and meets the safety-critical reliability standards that field operations demand.
VR for Training and Simulation
VR has a more contained use case in Oracle Utilities ERP contexts: training. Building a VR simulation of a control room that presents synthetic NMS switching scenarios allows operators to practice restoration procedures without risk to live assets. Similarly, billing process training in a VR environment could walk new staff through CC&B workflows in a guided, consequence-free setting.
The honest constraint here is development cost relative to alternatives. A well-configured CC&B sandbox with realistic test data and guided exercises delivers comparable training outcomes at a fraction of the cost of a custom VR simulation. VR investment is more defensible where physical simulation has safety value, such as high-voltage switching or confined space procedures, than for office-based billing workflows.
Data Visualization in 3D
Oracle Utilities datasets, particularly network topology and geospatial outage data from NMS, are candidates for 3D visualization. Viewing a feeder segment and its downstream customers in a spatial model can aid restoration planning and infrastructure investment decisions. This falls more precisely into the XR data visualization space covered in a companion post on XR for ERP data visualization.
The visualization layer does not require AR headsets; it can run in a browser-based 3D rendering environment connected to Oracle Analytics Cloud or OUAW, which lowers the barrier considerably compared to device-dependent AR deployments.
Integration Complexity Is the Limiting Factor
The fundamental constraint on AR and VR adoption in Oracle Utilities environments is integration complexity, not device availability. CC&B and OUAF expose data through REST APIs and web services, but those APIs were designed for transactional CIS use, not low-latency real-time data feeds that AR experiences require. Field connectivity gaps, security and compliance requirements for utility SCADA-adjacent systems, and the high cost of maintaining custom AR applications through CC&B patch cycles all weigh against broad deployment.
For project teams evaluating AR and VR investments alongside an Oracle Utilities programme, the honest advice is to pilot a single, high-value field operations use case with a specific measurable outcome before committing to a platform-level investment.
If you are assessing the technology landscape for an Oracle Utilities programme, AvanSaber’s utility ERP practice can help scope what is realistic given your product version and operational context.