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The ML.ai Platform

Your integrity analytics, end to end — in one secure platform.

From raw inspection data to a board-ready risk decision, ML.ai handles the whole pipeline — and shows its work at every step.

Software

Secure, web-based, and built for integrity teams

ML.ai is a browser-based machine learning & analytics environment — no installs, secure, one platform, many use cases. Load your data, frame the problem, train and evaluate models, and produce auditable results, all in one place.

It's designed for pipeline engineers, not data scientists. The hard parts — sampling, baking, validation, explainability — are handled for you, with sensible defaults you can override.

See it on your data
ML.ai platform home dashboard — processes, projects, and use cases
Capabilities

Four pillars, one workflow

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ML.ai Platform

Load, resolve, sample, train, evaluate, and explain — a guided pipeline from data to decision.

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Data-Driven Risk

PHMSA-compliant qualitative & quantitative risk analysis with transparent, defensible scoring.

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Model Library

40+ pre-built predictive models for the use cases integrity teams hit most often.

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Data Store

Low-cost geospatial data store that enriches every analysis with spatial context.

How it works

From data to defensible decision

01

Load & frame

Bring in inspection and operational data; declare what you're predicting and which factors matter.

02

Model & validate

Train predictive models with built-in sampling, baking, and validation — no guesswork.

03

Explain

Every prediction broken down to its contributing factors, so the result is trusted and auditable.

04

Decide & report

Produce ranked, traceable outputs your team and regulators can act on with confidence.

Explainable predictor analysis — importance and contribution for every prediction
Explainability

Never a black box

Every model in ML.ai is explainable. See exactly which factors drive each prediction, at the population level and for any individual record — the insight your engineers need to trust it and your auditors need to accept it.

See it in action
Our use of AI · The differentiator

The Decision Graph Object — your AI-learned ontology

A single predictive model answers a single question. The Decision Graph Object (DGO) goes further: it's an AI-learned ontology — a living knowledge graph that captures how your assets, threats, data, and models actually relate.

Build it once, and it powers any integrity or risk management use case — threat analysis, risk scoring, prioritization, remaining life — all from one connected, reusable, and fully explainable structure. It's how PLR turns scattered models and data into a system that reasons about your pipeline the way your best engineers do.

See the DGO in action
DGO — Decision Graph Object: PLR's AI-learned ontology connecting data, models, and decisions

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