Guided AI on trusted engineering data

AI inside your digital twin

Industrial digital twins bring together large amounts of complex information: 3D models, documents, tags, attributes, maintenance and operational systems. The challenge isn't storing this data — it's making it usable. UDiTH Companion turns your digital twin from a data environment into an interactive knowledge environment.

UDiTH Companion in use
Next-level industry intelligence

Why AI alone isn't enough

AI is powerful, but it isn't automatically correct, complete or reliable. It becomes valuable only when it is connected to reliable data, clear context and controlled workflows — exactly the gap UDiTH Companion is built to close.

In industrial environments a convincing answer isn't enough. The real question is not whether AI can produce an answer, but whether that answer is correct, based on the right source, up to date, explainable, secure and usable in an engineering or operations workflow.

Not a replacement for trusted engineering data
Not a guarantee of factual correctness
Not a substitute for domain expertise
Not a magic layer that fixes poor data quality
Guided AI, working on data you already trust.

What UDiTH Companion does

Companion is not a chat window bolted onto a viewer. It reads the model, the contained tag and attribute information and the connected systems, acts inside the Digital Twin on what it finds, and returns every answer with the source it came from.

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Ask in plain language

Natural-language questions against the twin — no query syntax, no training.

Act on the 3D model

Select, highlight, colorize and isolate objects on request.

React to the 3D model

Interaction runs both ways: pick an object in the model and ask about it.

Add information to the Digital Twin

Drop POIs, markups and saved views the team can return to.

Query your whole Digital Twin

Tags, attributes, documents and operational data in one answer.

Check and compare

Spot deviations between revisions, specifications and as-built data.

Run your workflows

Contexts and tools make recurring engineering tasks repeatable.

Generate reports

Turn an answer into a structured list, table or export the team can share.

A framework built for trust

UDiTH Companion is structured, not a black box. Every one of the four layers is configurable and customizable — swap the model without touching the tools, change a workflow without touching the twin.

Configurable and extendable at the surface, deeply customizable underneath — and open enough for anyone to build the use case and AI integration your work actually calls for.

Following the UDiTH way: Modular by Design. Open by Philosophy.

User interface / prompt
Where the question is asked
Settings / workflows
General prompt, contexts, guardrails
Tools & code layer
Functions that read the digital twin
AI provider & LLM
Your choice of model, exchangeable

Guided AI

One long prompt fails.
Three controlled steps don't.

Companion breaks the task into steps, each with its own context and a defined output. Every step hands a checked result to the next — clean data in, dependable answers out, every single time.

01
STEP 1 LLM A
Understand the question
Input prompt
Context reference
Output definition
02
STEP 2 LLM B
Gather the evidence
Input prompt
Context reference
Output definition
03
STEP 3 LLM C
Compose the answer
Input prompt
Context reference
Output definition
Result & interaction
Traceable, structured and ready to act on directly inside the twin — not a black-box answer you have to take on faith.

UDiTH Companion use cases

Explore UDiTH Companion in real workflows — one question, one traceable result.

Navigation Enhancer
Beyond tree views and search: name what you are looking for and the model takes you there.
Construction State
See progress in the model: what is built, what is on hold, what is delayed and what is ready to start.
Maintenance Assistant
Tasks, schedules and due dates shown on the plant itself — so priorities are obvious before the shift starts.
3D Topology Detection
Follow a line through the model connection by connection, and catch breaks and mis-routings early.
Center of Gravity
Calculate the center of gravity of a structural object or assembly and mark it in the twin with a POI.
What is your use case?

Companion is built to be extended. Tell us the task your teams repeat, and we will show you how it runs inside the twin.

Tell us about it
Engineers in the plant

Put AI to work on your plant data

See UDiTH Companion answer your own questions, on your own twin
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