Energy and Cleantech Software Development Services for US & EU Utilities, ESCOs and Renewables

We design control-system-adjacent applications against NERC CIP-002 through CIP-014, including BES Cyber System identification, electronic-security-perimeter controls, configuration change management and CIP-013 supply-chain risk requirements.

Yes. We integrate with IEC 61850 IEDs via MMS, GOOSE and Sampled Values, and bridge IEC 60870-5-104 and DNP3 SCADA where modern equipment is not deployed. ICCP (TASE.2) for control-center exchanges.

Yes. We deliver OCPP 1.6J and 2.0.1 charge-point management systems, OCPI 2.2.1 roaming hubs, ISO 15118 Plug & Charge readiness and operator-facing pricing, billing and reservation flows.

Energy is a NIS2 essential sector. We engineer risk management, incident reporting (24h early warning / 72h notification / 1-month final report), supply-chain due diligence and board-accountability artefacts into the platform from day one.

Yes. We build Scope 1, 2 and 3 data pipelines under GHG Protocol Corporate Standard, mapped to ESRS E1 disclosure requirements with audit-grade data lineage and EU Taxonomy DNSH evidence.

We deliver VTN and VEN implementations under OpenADR 2.0b / 3.0, aggregator portals, baseline calculation, ISO/RTO market settlement integrations (CAISO, PJM, ERCOT) and EU TSO ancillary-service participation.

Backend on Python (FastAPI) and Node.js/TypeScript, with Java/Spring where an existing utility platform requires it. Data on Kafka and MQTT for ingestion, TimescaleDB/InfluxDB and Apache Iceberg for time-series, and PostgreSQL/PostGIS for asset and geospatial models. Frontends on React/Next.js, deployed on AWS or Azure (plus sovereign-cloud and on-prem for OT-adjacent workloads) via Kubernetes and Terraform. We deliberately favour a well-supported, maintainable stack for decade-long grid software.

Yes — that is the norm. A single utility typically runs IEC 61850 substations alongside DNP3, IEC 60870-5-104, Modbus and CIM/MultiSpeak. We bridge those protocols into one canonical data model and add a modern application and API layer on top, so you modernize incrementally and keep operating the existing SCADA, GIS, CIS and historian estate rather than replacing it in one high-risk cutover.

We build load, DER-output and price-forecasting models on Python ML tooling with proper MLOps — weather-driven PV and wind forecasts, load prediction for demand-response baselines, and price signals for VPP dispatch and market bidding. Models carry audit-ready lineage so forecasts used in settlement and ESG reporting can be explained and reproduced, not treated as a black box.

Interval and customer-energy data is sensitive personal data. We engineer GDPR (EU) and CCPA/CPRA (US) controls into ingestion and access — data minimisation, purpose limitation, consent tracking and role-based access — and support Green Button (Download / Connect My Data) for customer-authorised sharing. Data lineage and retention rules are built in so meter data used for billing, forecasting and disclosure stays governed end to end.

Fixed-scope delivery for well-defined modules (an OCPP back-end, a CSRD data pipeline), time-and-materials for evolving grid-edge work, and a dedicated development team for multi-year platform programmes. Teams pair senior engineers with grid, market and ESG domain leads, and we can integrate with your internal OT, IT and compliance functions rather than working as a detached vendor.

Yes. We run phased deployments with operator training, 24/7 grid-aware on-call, and change control aligned to NERC CIP configuration-management and CIP-013 supply-chain requirements. For EU essential entities we support annual NIS2 and CSRD assurance cycles, so post-launch operations, patching and audits stay inside the same compliance envelope the platform was built to.