Energy & Utilities / Power
Plant, station and unit visibility, alarms that reach the right engineer, and executive reporting that agrees with the historian, built for power producers, grid operators and renewable portfolios.
Power and utility operators already have SCADA and historians. What is usually missing is the layer above them: a trusted, mobile view of plants, units, interchange and renewables with personal alerts and clean history. That layer is what we build.
The same connected-systems discipline we apply to revenue, applied to plants, stations, fleets and venues: every stage reads from the same data model.
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Field I/O, historians, telematics and manual readings land in one data model.
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Live values, status and KPIs at plant, station and unit level.
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Rules with duration, quality and cooldown route to the right person.
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Operators and engineers respond with context, on screen or on mobile.
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History, comparisons and audit trails for management and compliance.
Supervisory control and operator screens for plants, stations and units: live values, alarms, trends and history in one place operators actually use.
Controller logic, panel integration and commissioning that connects field I/O to the supervisory layer without vendor lock-in.
Sensors and telematics streamed to a secure cloud layer, then rendered as executive dashboards, mobile apps and personal alerts.
Plant data connected to reporting, ERP and analytics through historians and read-only adapters, with the OT network kept isolated.
Delivered systems with the same data-to-decision pattern. Clients are not named.
Windows desktop application (WPF, C#)
A Windows desktop application that loads recorded drone mission data, applies the operator's configuration, analyses the mission and replays it, built to the client's specification and released in six weeks.
Read the case study →.NET Core 3.1, Microsoft SQL Server, Angular 12
A centralised management portal for a poultry production company that turns Hikvision access-control device data into attendance summaries, adjustment reports, sign-off requests and audit logs.
Read the case study →Yes. We design read-only adapters against the historian and keep application data in a separate, client-approved store, so the historian remains the system of record and is never written to by the reporting layer.
Every rule carries a duration, a data-quality and freshness check, a sample-gap tolerance, hysteresis and a cooldown. 'Seen' is separate from 'recovered', so an acknowledged alert does not silently close.
Usually we work with it. Most projects integrate an existing SCADA or historian into a modern supervisory and reporting layer, and only replace components that are unsupported or unsafe. Replacement is a scoped decision, not a default.
Control networks stay segmented. We read from historians or edge gateways through read-only adapters, publish to a separate cloud layer, and never expose PLCs or SCADA servers directly to the internet. Access is role-based and logged.
Yes, with different views. Operators get HMI screens, alarms and trends; executives get regional and asset KPIs, history and personal alerts on mobile. Both read the same data model, so the numbers agree.
Modbus TCP/RTU, OPC UA, MQTT, common PLC vendor protocols, and historians such as PI and SQL-based time-series stores. Where a protocol is proprietary we work through the vendor's supported interface rather than reverse-engineering it.
Fifteen minutes on what you run today, what is missing above it, and whether a build makes sense. No proposal until we have seen your system.
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