AI systems for finance and manufacturing that show their evidence.

We design and build production AI for investment teams and factories, on your own data, inside your own environment.

How our systems work

Your documents and data go into one model. Answers come out with their sources attached.

Documents, sensor streams and operational data flow into an ontology and knowledge graph, which produces answers with their evidence attached. DOCUMENTS FILINGS · MEMOS · DATA ROOMS SENSOR STREAMS PLC · MES · VISION OPERATIONAL DATA HOLDINGS · LOTS · EVENTS GROUND ONTOLOGY KNOWLEDGE GRAPH SHARED MEANING · VERSIONED REASON CITED ANSWER EVIDENCE ATTACHED DOCUMENTS FILINGS · MEMOS · DATA ROOMS SENSOR STREAMS PLC · MES · VISION OPERATIONAL DATA HOLDINGS · LOTS · EVENTS GROUND ONTOLOGY KNOWLEDGE GRAPH SHARED MEANING · VERSIONED REASON CITED ANSWER EVIDENCE ATTACHED
What we do

Two kinds of client, one way of working.

Recent work

Recent work.

Covenant monitoring for a private-credit book

The problem

Forty borrower reports a quarter, read by hand. Covenant drift was found late.

What we built

A reader that checks each report against the credit agreement and drafts the watchlist memo, with a page reference on every number.

Contamination on a battery electrode line

The problem

Metallic particles that only showed up as field failures months later.

What we built

Vision models on the plant's own microscope captures, tied to lot and station, with an estimate of what each particle does to cycle life.

One model of an automotive plant

The problem

The machine data said sixteen minutes down. The line had lost twenty-one, because the next cell starved.

What we built

A model of the plant that shows the second number. It became VitalFusion Edge.

Why it works

We start by agreeing what the words mean.

Before any model is trained, we write down with your team what a covenant, a lot or a line stoppage actually is. The AI reasons over those definitions, which is why its answers can be checked.

One ontology expressed as two small knowledge graphs: a portfolio graph of issuer, covenant, holding and document, and a plant graph of line, station, lot and signal, each with typed relationships. ONE ONTOLOGY PORTFOLIO PLANT BOUND BY ISSUES EVIDENCED BY REPORTED IN ISSUER COVENANT HOLDING DOCUMENT PART OF MEASURED ON RECORDED FOR PRODUCED ON LINE STATION LOT SIGNAL ONE ONTOLOGY PORTFOLIO BOUND BY ISSUES EVIDENCED BY REPORTED IN ISSUER COVENANT HOLDING DOCUMENT PLANT PART OF MEASURED ON RECORDED FOR PRODUCED ON LINE STATION LOT SIGNAL

One idea, two kinds of client. A portfolio on the left, a plant on the right. Select a node to read what it means.

How an engagement runs

Four steps, and your team owns the result.

Four steps on one line: frame the decision, prove it on your data, harden for production, transfer ownership. 01FRAME THE DECISIONA DECISION, NOT A DATASET 02PROVE IT ON YOUR DATASCORED AGAINST GROUND TRUTH 03HARDEN FOR PRODUCTIONSERVING · MONITORING · ACCESS 04TRANSFER OWNERSHIPYOUR TEAM RUNS IT 01FRAME THE DECISIONA DECISION, NOT A DATASET 02PROVE IT ON YOUR DATASCORED AGAINST GROUND TRUTH 03HARDEN FOR PRODUCTIONSERVING · MONITORING · ACCESS 04TRANSFER OWNERSHIPYOUR TEAM RUNS IT

01 · Frame the decision. Start from the decision someone must make: an allocation, a line stoppage, a sign-off. Work back to the data and model that would change it.

Get in touch

Have a problem like one of these?

Write to us with a sentence or two about it. We will suggest a 30-minute working session on your actual data, not a pitch.

or write to contact@vitalfusionai.com