RavenGet a demo

Energy. Grid, supply, exposure — NIS2-ready.

European energy operators run physical systems under tightening regulation — REMIT, NIS2, and a transition agenda that compounds operational complexity year over year.

How Raven supports Energy

Raven gives EU utilities, producers, and traders a unified picture of their physical and market environment. Telemetry, weather, regulation, and counterparty signal converge into one decision system — supporting dispatch, asset health, and exposure management, with the audit trail NIS2 and REMIT require.

Use cases

Where Raven moves the needle.

01

Grid operations

A continuously refreshed picture of generation, demand, and constraint.

02

Asset health

Anomaly detection across rotating equipment, transformers, and pipelines.

03

Trading & exposure

Live view of physical position, hedges, and market risk.

04

Regulatory & ESG

Provenance-grade reporting for supervisors and capital partners.

Regulatory context · EU

Designed against the rules Energy actually operates under.

Raven is built in Europe, for institutions operating under EU rules. The platform is aligned with the regulatory environment from day one — not retrofitted to it.

NIS2EU

Incident reporting timelines, supply-chain risk controls, and governance documentation aligned with the directive.

REMITEU

Trade reporting, market-abuse surveillance, and audit-grade evidence chains for ACER inquiries.

ESG / CSRDEU

Provenance-grade reporting on operational, environmental, and supply-chain metrics.

Critical EntitiesEU

Resilience documentation aligned with the CER directive for Member-State designations.

Operating scenario

Asset anomaly to dispatch action. In minutes.

How a multi-utility uses Raven to close the loop on a turbine anomaly without paging a soul who didn't need to be paged.

  1. Step T+0mSense

    Muninn correlates vibration spike with thermal drift.

    A turbine in plant 3 emits unusual vibration signatures. Muninn correlates the spike with a slow thermal drift over the previous six hours and flags it as a multi-signal anomaly.

  2. Step T+2mDecide

    Huginn ranks against historical incidents.

    Huginn ranks the anomaly against five years of similar signatures. The closest analog ended in a 36-hour outage. Recommended action: derate now, schedule inspection in next maintenance window.

  3. Step T+4mAct

    Sleipnir issues the derate, books the inspection.

    Sleipnir issues the derate to the dispatch system, opens a maintenance ticket pre-populated with the evidence, and posts to the operations channel. Total elapsed time: under five minutes.