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Infrastructure

Distributed assets, centrally understood.

Distributed assets that report continuously and fail expensively.

An electrical substation with transformers and overhead lines
The operating problem
  1. 01

    Assets are spread across wide areas, so a site visit is the expensive default for answering any question.

  2. 02

    Data arrives from many vendor systems that were never designed to be read together.

  3. 03

    Failures are expensive and public, which pushes operators toward over-maintenance instead of accurate maintenance.

How Peryx applies
  1. 01

    Data from different vendor systems is brought into one consistent operating view.

  2. 02

    Each asset is assessed on its own terms, not against a generic average.

  3. 03

    Evidence directs investigation and maintenance to where it is needed.

Shared product principles

A consistent standard across sectors.

The engineering context changes by sector; the commitment to plant-specific analysis, inspectable evidence, and workflow fit does not.

  • Operating context

  • Existing systems

  • Expected performance

  • Asset-specific

  • Evidence

  • Prioritisation

  • Workflow delivery

Where we actually are

Architecture ready. Bringing mixed vendor data together is the capability that transfers most directly, and a scoped pilot is the next step.

Peryx is deployed today on solar. If you operate infrastructure assets and want to know whether it transfers to yours, the honest answer comes from looking at your data together, not from a page like this one.

Related productAvailable today

Renewable Intelligence Platform

AI that finds the generation your portfolio is losing, explains why, and ranks what to fix first. Deployed today on solar.

See the platform

Bring the anomaly nobody can explain.

The first conversation is about your assets, your data, and the question your current systems cannot answer.

Talk to engineering