Creuto is now an OpenAI Select Partner Read More
Smarter Software for a Changing Energy System.
We build asset monitoring, smart metering, customer platforms, and renewable energy management software for utilities, energy retailers, and renewable operators, turning operational data into reliable, efficient decisions.
Trusted by teams building what's next
Energy companies are running grids and generation portfolios that look very different from the ones their systems were built for. Rooftop solar, wind, battery storage and electric vehicles add two-way flows and volatility, while customers expect real-time usage data, clear bills and fast outage updates. Regulators, meanwhile, want proof of decarbonisation progress and resilient operations.
As an energy software development company, we start from operations rather than screens: how data moves from meters, substations and plants to control rooms, field crews, billing and customers. We build asset monitoring, meter data management, customer self-service and renewable performance platforms that fit around the SCADA, historian and ERP investments you already have, instead of replacing them for the sake of it.
Integration is the core of the work. Our platforms read from AVEVA PI System, Ignition and vendor SCADA, speak IEC 61850, Modbus, DNP3, OPC UA and MQTT at the edge, collect smart meter data over DLMS/COSEM and LoRaWAN, and exchange work orders and financials with SAP, Oracle and Microsoft Dynamics, so operators stop reconciling spreadsheets between systems.
Security is designed for critical infrastructure from the first sprint. We follow IEC 62443 zone and conduit principles, support NERC CIP and ISO 27001 control evidence, and keep operational technology networks segregated from cloud analytics. The result is custom energy software that control rooms trust, field teams adopt, and auditors can inspect, with emissions and energy data that stand up to GHG Protocol and ISO 50001 reporting.
We connect SCADA, historians, IEDs and field sensors to analytics and business systems, normalising tags and time series so every team reads the same version of operational truth.
IEC 62443 zones and conduits, one-way data flows where needed, strong identity and audit trails, with evidence that supports NERC CIP and ISO 27001 assessments.
Meter data ingestion over DLMS/COSEM, validation, estimation and editing, interval storage at scale and clean billing determinants for downstream billing systems.
Performance monitoring, availability tracking and forecasting for solar, wind and battery assets, plus aggregation tools for demand response and virtual power plants.
Condition and failure models for transformers, turbines, inverters and pumps, trained on your historian data and explained in terms maintenance planners can act on.
Usage insight, billing and outage reporting for customers, and offline-capable inspection and work order apps for field crews working far from coverage.
0+
Products delivered
0+
Years of engineering
0%
Client satisfaction
0+
Industries served
0+
Countries with live products
Each one designed with your teams, integrated with the systems you already run, and engineered to scale.
Real-time monitoring of plants, substations, and field equipment.
Models that flag equipment likely to fail.
Meter data management and usage analytics.
Usage insights, billing, and outage updates.
Solar, wind, and battery performance monitoring.
Work orders, inspections, and safety checklists.
Each specialist area has its own page with solutions, features, compliance and FAQs.
The product categories energy & utilities organisations most often ask us to build, from focused mobile apps to multi-tenant platforms.
Condition monitoring, health indices and maintenance prioritisation for transformers, turbines, substations and generation plant.
Interval data ingestion, validation, estimation and editing, and billing determinants for smart meter rollouts.
Usage insight, bills, payments, moves and outage reporting in one self-service experience for residential and business customers.
Solar, wind and battery performance dashboards, availability tracking and loss analysis across a portfolio of sites.
Aggregation, dispatch and settlement tools for rooftop solar, batteries, EV chargers and flexible loads.
Fault reporting, crew dispatch, offline inspections and restoration tracking that keep control rooms and crews aligned.
Load and generation forecasting, position tracking and market submission workflows for retailers and generators.
Site and portfolio energy monitoring for commercial and industrial customers, aligned with ISO 50001 energy reviews.
Scope 1, 2 and 3 emissions calculation and audit trails built on GHG Protocol methods and metered data.
Telemetry, leak detection, pressure management and asset records for water and wastewater networks.
Grouped by who uses them. Every feature below is one we have shipped to production, not a wishlist.
What households and businesses use to manage their energy.
For control rooms, engineers and crews in the field.
Control, reporting and integration oversight.
The problems we most often help energy & utilities organisations solve, and design every engagement around.
Transformers, lines and plant are running beyond design life, and without condition data unplanned outages are costly, disruptive and hard to predict or prioritise.
Rooftop solar, wind, storage and EV charging create two-way flows and volatility that legacy grid management and planning tools were never designed to handle.
SCADA, historians, GIS, metering and ERP each hold part of the picture, so engineers spend hours stitching exports together before they can make a decision.
Customers want real-time usage insight, clear bills, flexible payment and proactive outage updates in an app, not a call centre queue.
Connecting operational technology to the cloud widens the attack surface, and regulators expect documented controls under NERC CIP, IEC 62443 and national rules.
Real products designed and engineered by Creuto end to end, with the operational depth energy & utilities projects demand.
A cloud-native, IoT-powered smart city platform — web command dashboard, citizen mobile app, field staff app, and full IoT integration designed and delivered by Creuto from the ground up.
10
Integrated Modules
25–30%
Reduction in Vehicle Trips
4
Platforms Delivered
A full-stack pond-to-port aquaculture ecosystem — AI monitoring, disease prediction, supply chain linkage, and export readiness — designed and delivered by Creuto from scratch.
6,000+
Farmers Registered
8,000+
Acres Monitored
150+
Villages Covered
A fully custom, browser-based ERP system built to unify every department, eliminate silos, and scale with the business — designed and delivered by Creuto end to end.
4
Departments Unified
1
Source of Truth
100%
Browser-Based Access
The energy & utilities standards we build against and the controls behind them. Your compliance team keeps ownership; we make the software easy to certify.
The platforms, standards and third-party services a product in this sector usually has to talk to. If yours is not listed, it is almost certainly something we have connected before.
The reasons clients in this sector give when they recommend us, not the ones we would pick ourselves.
Either we build it exceptional, or we don't.
The standard every energy & utilities product leaves our studio with.
0+
Products delivered
0+
Years of engineering
0%
Client satisfaction
Our engineers have worked with historians, SCADA tags and field protocols, so integrations are designed with control room realities in mind.
We deliver zone diagrams, access matrices and test evidence that support IEC 62443, NERC CIP and ISO 27001 reviews.
We extend PI, SCADA, SAP and GIS investments rather than forcing a rip-and-replace that operations cannot afford.
Time-series pipelines, data quality flags and models are built so engineers trust the numbers and planners can act on them.
Monitoring, support and a measured roadmap keep the platform current as regulations, assets and tariffs change.
What organisations in this sector gain when the software is built around their workflows rather than the other way around.
Condition monitoring and predictive alerts let teams fix assets before they fail, protecting reliability indices and customers.
Maintenance moves from fixed calendars to asset condition, so crews spend time where risk is highest.
Availability tracking and loss analysis show exactly where solar, wind and storage assets underperform and why.
Self-service usage, billing and outage updates reduce call volumes and improve satisfaction scores.
Access logs, security evidence and emissions data are captured by the system rather than assembled at year end.
Field, control room, asset and finance data in one place replace manual reconciliation and conflicting reports.
Transparent, sprint-based and built around decisions you can see. You know what ships, when, and why at every step.
Start Your ProjectWe sit with control room, asset and customer teams, map data flows from field to finance, and agree the reliability, cost or customer outcomes the software must move.
OT and IT boundaries, data residency, protocols, historian access and the standards in scope, such as IEC 62443 or NERC CIP, are documented before any design work.
Prototypes are tested with operators, engineers and customers, including alarm floods, poor field coverage and the reality of shift handovers.
Two-week sprints with working software reviewed by your operations leads, with integrations built early against test historians, simulators and meter sandboxes.
Protocol conformance checks, load tests with realistic interval and telemetry volumes, failover drills and an independent penetration test before go-live.
Site-by-site or region-by-region rollout with training, monitoring and a roadmap shaped by asset performance and customer adoption data.
Chosen per project for longevity, hiring depth and fit with your existing systems, never by fashion.
AI IN ENERGY & UTILITIES
We apply AI where energy operators get a clear return: spotting failing assets early, forecasting load and renewable output, and helping customers understand their usage, with explainable models and human approval for operational decisions.
Explore our AI engineeringThe shifts we design for so a product launched this year is still the right product in three.
Rooftop solar, home batteries and EV charging are turning customers into participants, driving demand for DER management and virtual power plant software.
Smart meters and edge devices are carrying more analytics, so platforms must handle high-frequency data and decisions close to the asset.
Utilities are moving from pilots to production models for failure prediction, vegetation risk and load forecasting, with explainability as a requirement.
Regulators continue to tighten expectations under NERC CIP, IEC 62443 and national critical infrastructure laws, raising the bar for any connected system.
Investors and regulators expect auditable emissions data aligned with the GHG Protocol, which depends on metered rather than estimated figures.
Large programmes in India, the Gulf and elsewhere are creating demand for MDM, prepaid metering and customer apps that scale to millions of meters.
There is no honest single number. Scope, integrations and compliance drive the budget, so we price against a written scope after discovery. The factors below are what move it.
Each SCADA, historian, head-end, GIS or ERP integration adds analysis, test environment access, mapping and validation effort.
Interval meter data and high-frequency telemetry need storage, partitioning and pipelines sized for years of history.
IEC 62443 or NERC CIP evidence, data residency and audit requirements add design, documentation and testing work.
A single operator dashboard is smaller than customer, field and control room products on one platform.
Software that runs in substations, plants or private clouds needs extra packaging, update and support design.
Forecasting and predictive maintenance models need data preparation, evaluation and monitoring beyond standard reporting.
| Engagement | Typical scope | Timeline |
|---|---|---|
| Validation MVP | One asset class or customer journey, one historian or meter integration, core dashboards and security foundations. | 10 to 14 weeks |
| Production platform | Operator, field and customer apps, SCADA or MDM integration, ERP connection, monitoring and audit. | 4 to 7 months |
| Enterprise or multi-site | Portfolio-wide APM or MDM, multiple regions and protocols, data migration, analytics and AI. | 8 to 14 months, phased |
Revenue models we have built billing, reporting and growth loops for. Most products combine two or three.
Annual licences and implementation fees for APM, MDM and outage management products sold to utilities.
Subscription pricing per megawatt, site or meter for monitoring and analytics platforms.
Bundled monitoring, optimisation and reporting for commercial and industrial customers on a monthly fee.
Virtual power plant operators share revenue earned from grid services delivered by aggregated customer assets.
Paid insights, smart home bundles, EV tariffs and solar or battery offers delivered through the customer app.
The engineering disciplines every project in this sector draws on. Each has its own page with process, stack and FAQs.
Founders and product leaders on what it is like to build with Creuto.
“What stood out the most about Creuto was their exceptional UI/UX expertise.”
Creuto's work led to a significant increase in engagement, user interaction, and time spent on pages for the client. The team's project management, timely delivery, and receptiveness to feedback were commendable. Moreover, Creuto's UI/UX expertise and thoughtful designs stood out.
Rounak Mehra
Co-Founder, Indus AI
More client voices
/01 of 06
Straight answers about energy & utilities software projects. If yours is not here, ask us directly.
Ask our energy & utilities teamCost depends on the number of integrations such as SCADA, historians, meter head-ends and ERP, the volume of time-series data, the user roles and apps in scope, and security requirements like IEC 62443 or NERC CIP evidence. A focused MVP is a much smaller investment than a portfolio-wide platform. After a short discovery we provide a fixed-scope proposal with a clear breakdown.
A validation MVP typically takes 10 to 14 weeks. A production platform with operator, field and customer apps plus SCADA or MDM integration usually takes four to seven months. Enterprise or multi-site programmes are delivered in phases over eight to fourteen months so operations are never interrupted.
We design to IEC 62443 zone and conduit principles, keep OT networks segregated from cloud services, use one-way data flows where appropriate, and enforce least-privilege access with full audit trails. We provide the architecture and test evidence your team needs for NERC CIP, ISO 27001 or national critical infrastructure assessments.
Yes. We integrate with AVEVA PI System, Ignition and vendor SCADA platforms, read field data over IEC 61850, DNP3, Modbus, OPC UA and MQTT, and connect smart meters over DLMS/COSEM and LoRaWAN through AWS IoT Core or Azure IoT Hub. Business data flows to SAP, Oracle or Microsoft Dynamics.
Energy app development usually means the customer or field-facing mobile and web apps. Energy software development covers the whole system: those apps plus data pipelines, historian and SCADA integrations, meter data management, analytics and the security controls behind them. We deliver both as one connected product.
Yes. We build portals and apps for usage insight, bills, payments, prepaid top-ups, moves and outage reporting, connected to your billing and outage systems so customers see accurate, current information and call centres handle fewer routine queries.
Yes. We build monitoring and performance platforms for solar, wind and battery portfolios, covering availability, loss analysis, inverter and turbine alarms, generation forecasting and owner reporting, using data from SCADA, data loggers and weather or irradiance services.
Yes. We build data pipelines and reports that calculate Scope 1, 2 and 3 emissions using GHG Protocol methods, track energy performance indicators for ISO 50001, and keep an audit trail from metered source data to the published figure.
Tell us what you are building. We will help you scope it, design it, and ship it, with a senior team accountable end to end.
