Your grid, meters, customers, and crews run on software, but most of it wasn’t built for the scale or the standards a utility answers to. Relevant builds custom utility software that integrates with the SCADA and AMI stack you already run.
Grid and control systems run on software that predates the load and the volatility they now carry. Our engineers build the operational software that monitors, controls, and balances the grid in real time, integrated with the SCADA and control systems already in place.
Aging systems hold up operations, but ripping them out all at once is not an option for a utility. We modernize legacy software in stages and integrate the OT and IT systems that have to keep talking throughout.
Smart meters generate more data than legacy systems were ever built to hold. We design the software that ingests, validates, and manages meter data at full AMI scale, so every read reaches billing and operations clean.
Customers expect the service they get everywhere else, and legacy billing portals do not deliver it. Our team builds the customer information, billing, and self-service software that powers rating, invoicing, and end-to-end account management.
Operational, asset, and market data sit in separate systems with no clean path between them. Our architects build the pipelines and analytics that bring it together.
Crews lose hours to paperwork, orders, and systems that do not reach the field. Our delivery team assembles the field service software that dispatches, tracks, and closes work from any device, online or off.
Generation, transmission, and distribution each run on systems that rarely communicate cleanly with one another. Our electric utility software development connects grid, metering, and customer operations, so the same data drives decisions across all three.
Gas operators carry safety, metering, and compliance demands that off-the-shelf tools rarely cover in full. We build the monitoring, metering, and reporting software that meets the standards your operations adhere to.
Water systems run on aging infrastructure and tight regulatory reporting, with little visibility in between. You get software that monitors the network, tracks consumption, and turns operational data into the reports regulators require.
Distributed generation, storage, and demand response add complexity faster than legacy systems can absorb. Our energy utility software development services bring these resources into a single operational view, keeping the grid balanced as the mix changes.
Operators running several utilities at once juggle systems that were never meant to work together. We build integrated software that manages electric, gas, and water operations on shared foundations rather than separate silos.
You sign off on a scope that names the systems in play, the integrations they demand, and the operational outcomes that define done.
Before any build, you get a map of every system the software touches, how data crosses the OT and IT boundary safely, and where the integration risks sit, so nothing surprises operations later.
Modules and integrations land in planned stages, each tested and documented, each reversible. Your teams work from the live pieces while the rest is still in build, and operations keep running the whole way through.
Each system moves from old to new only after it runs clean against live conditions, with the legacy system on standby and a rollback path ready. You switch over on a plan you control, not in a single risky leap, so a critical operation never depends on an unproven release.
Handover puts a live, documented system in your team’s hands, with the audit trails and compliance evidence regulators expect already in place. Our engineers keep it healthy, add capabilities as operations need them, and scale it as your network and customer base grow.
A 30-minute call gets you a phased scope, an integration map across your OT and IT, and a firm estimate before you commit to the development.
Grid integration, customer and billing software, field systems, and the data layer beneath them all sit within one senior group, so your project never fractures across vendors, each owning a piece.
99% of engagements land on time and on budget. Works every two weeks against a scope fixed from sprint zero, with an open backlog and a budget that holds as priorities move.
Utility systems only work together when they share a language, so the software is built to the models and protocols yours already run on, from CIM and MultiSpeak to the interfaces your SCADA and AMI vendors expose.
246 projects delivered across data, grid, and operational systems. High-frequency grid data and meter reads at full AMI count get architected from the start.
Senior engineers based in the EU, available across US and UK working hours. No handoff delays or timezone gaps.
Every system carries data lineage and audit trails from day one, aligned with ISO 27001:2022 and GDPR.
The Relevant AI Delivery Framework speeds discovery, architecture, build, and QA while senior engineers stay accountable for every integration that touches live operations.
Operational technology and IT systems must exchange data, but the connection cannot become a means of gaining access to control systems. The architecture keeps a clear separation, moving data across the boundary through controlled, monitored paths rather than direct links into operational networks. Our cybersecurity services run alongside the build, so the integration holds up to the scrutiny critical infrastructure attracts.
Yes, and the architecture is built for it from the start. High-frequency operational data and AMI reads at full meter count get handled with storage and processing designed for that volume, including the late-arriving and duplicate reads that come with real meter networks. Performance gets tested at full scale before release, so the software holds up under production load.
Both models are available, and the right one depends on how well-defined the work is. A well-scoped module with clear boundaries is suited to a fixed price, so you know the cost before it starts. Longer or evolving programs, where priorities shift as operations change, often work better on a model that flexes with the backlog while keeping the budget under control.
The pricing model is set in discovery once the scope and level of certainty are clear. Book a call with our team, and we’ll define the scope and the delivery model that fit your project.
Yes, and most engagements work this way. The build starts with one high-value module or operational area, proves it against your live systems, and expands only once that first piece holds. You fund a defined first phase, see it run, and decide on the next phase from there. Nothing requires committing to a multi-year program before you have seen the approach work on your own systems.
Discovery can begin within a week of the first conversation. After scope and architecture, one high-value module goes end-to-end first, so a working result running against your real systems arrives early rather than at the end of a long program. The full timeline depends on scope, integration complexity, and the state of the systems you are connecting to, and you get a firm estimate out of discovery.
Explore how our energy software development experience helps operators run leaner, report faster, and act on data sooner.
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