The DataCapable Operating Intelligence Layer for Modern Utilities.

Connect OMS, ADMS, SCADA, GIS, CIS, AMI/MDMS, EAM, WMS, and ERP through reusable, governed interfaces designed to adapt as source systems evolve.

Normalize events, assets, crews, customers, locations, and work into a consistent model that platform applications can reuse.

Configure how operational events trigger notifications, callouts, map updates, partner coordination, and workflows—reducing dependence on one-off custom code.

Control what operations, customer, community, regulatory, and executive users can access, with permissions applied consistently across the platform.

Deploy Outage & Event Map, Community Portal, Threat Detector, Callout, Communications, and future modules on a common platform designed to reuse the same integration and operating context.

An operating intelligence layer sits between a utility’s systems of record and the applications its teams use every day. It connects to sources such as OMS, ADMS, SCADA, GIS, CIS, and AMI, normalizes what they hold into a shared real-time model, and orchestrates how that information drives action across operations, customer service, and community coordination.

No. The platform is deliberately non-replacement. Your systems of record remain the authoritative sources for their domains. The platform adds a connection, normalization, and orchestration layer above them, which is why it can be deployed without the cost, risk, and multi-year timeline of replacing core operational systems.

The integration framework covers outage management, advanced distribution management, SCADA, geographic information systems, customer information systems, advanced metering and MDMS, enterprise asset management, work management, DERMS, and ERP. Connections are governed centrally and maintained as source systems change.

A data lake stores data for analysis after the fact. An operating intelligence layer is built to act in real time: it maintains a live operational model and drives applications, notifications, dispatch, and coordination while an event is happening. Analysis is a byproduct of the operating layer rather than its purpose.

It means a utility builds one governed integration to the platform rather than a separate interface for each application it buys. Once the connection exists, adding a new module such as Communications or Callout is a configuration exercise rather than a new integration program.

Role-based access is enforced at the data layer, not just in each application’s interface. That allows the same platform to serve internal operations, customer service, municipal partners, first responders, and regulators, with each audience seeing only what its role permits.

The Outage & Event Map, Community Portal, Threat Detector, Callout, and Communications all run on the DataCapable Platform and share its integration layer, data model, and access controls. Utilities can start with one module and add others without new integration work.

Timelines depend on system access, security review, and the number of source systems in scope rather than on custom development. Because connectors and the data model are pre-built, most of the effort goes into approvals and configuration rather than engineering.

Yes. The same integration layer and modules serve investor-owned utilities, municipal utilities, and cooperatives. Smaller operations benefit most from the connect-once model, because it delivers enterprise-grade integration without an enterprise integration team.

During an event, the platform keeps one operational picture current across every team and application. The same detected outage can update the public map, trigger customer notifications, launch a crew callout, and inform municipal partners from a single source, which removes the manual coordination that consumes time during the hours it matters most.