Industry
Telemetry, meter data and outage management software that connects SCADA protocols to a data layer your teams can actually query.
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Utilities generate more operational data than almost any other industry, streaming continuously off SCADA systems, smart meters and grid sensors, most of it in industrial protocols never designed to feed a web application directly. The gap between what a SCADA historian holds and what a dispatcher or billing analyst can actually query in real time is where a lot of utility software effort disappears.
We build telemetry ingestion from DNP3, Modbus and OPC-UA sources into a queryable data layer, meter data management systems that handle millions of interval reads without falling over, and outage management tools that tie detection to GIS-based crew dispatch instead of a manual phone tree.
Every system we touch for a utility gets scoped against NERC CIP critical infrastructure protection requirements from the start, since retrofitting security segmentation into a system already touching grid operations is far more disruptive than designing for it up front.
The problem
DNP3, Modbus and OPC-UA were built for industrial control systems, not HTTP APIs, so ingesting that data into a modern application requires protocol gateways and translation, not a simple REST call.
Advanced metering infrastructure generates interval reads every fifteen minutes or less across an entire service territory, which produces data volumes that break a database schema designed for ordinary transactional records.
Detecting an outage is only useful if it connects to the grid topology in a GIS system and routes to the right crew with the right equipment, not just a ticket in a generic queue.
Systems that touch grid operations fall under NERC CIP standards for access control, monitoring and incident response, which constrain architecture decisions well beyond typical application security practice.
Time-of-use rates, net metering credits and demand charges each require different calculation logic, and getting one wrong on a bill generates a regulatory complaint, not just a support ticket.
What we build
Protocol gateways that translate DNP3, Modbus and OPC-UA telemetry into a structured, queryable data layer, feeding dashboards and analytics without touching the control systems themselves.
Interval read ingestion and validation at the scale advanced metering infrastructure produces, built to integrate with platforms like Itron rather than reinvent meter data storage from scratch.
Outage detection tied to GIS grid topology, routing restoration work to crews based on location, equipment and current assignment rather than a generic support queue.
Asset condition and maintenance history tied to their physical location on the grid, integrated with Esri or your existing GIS platform.
Billing logic that handles time-of-use rates, net metering credits and demand charges correctly, with an audit trail that can withstand a regulatory inquiry.
We build protocol gateways that read DNP3, Modbus or OPC-UA data from SCADA historians and grid sensors, translating it into a structured format that dashboards, analytics and alerting systems can query directly. The gateway sits between the control system and the data layer, never issuing write commands back into operational technology, keeping the boundary between IT and OT systems clear and auditable.
Advanced metering infrastructure across a mid-sized service territory can generate tens of millions of interval reads per day. We design the ingestion and storage layer around that volume from the start, with validation rules that catch missing or out-of-range reads before they reach billing, rather than discovering a meter malfunction after a customer disputes their bill.
Services
Solutions
Technology
FAQ
Yes. We build a one-way protocol gateway that reads telemetry from the SCADA historian into a separate data layer used for dashboards and analytics, without issuing write commands back into operational technology, keeping the IT/OT boundary intact.
We design ingestion and storage around the actual read volume advanced metering infrastructure produces, with validation that flags missing or out-of-range reads before they reach billing rather than after a customer disputes a charge.
Yes. We tie outage detection to grid topology in Esri or whichever GIS platform you already run, so restoration routes to the crew closest to the affected segment with the right equipment, instead of a generic dispatch queue.
It sets requirements for access control, monitoring and incident response for any system connected to grid operations. We scope architecture (network segmentation, logging, authentication) against those requirements from the start rather than retrofitting them after a system is already live.
Yes. We build billing logic to apply time-of-use rate schedules and net metering credits within the same bill calculation, with an audit trail on each line item so a rate dispute can be traced back to the exact calculation applied.
Insights
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