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Tools / AI

Ask your project.
Get the answer with the drawing, page and element attached.

AI Chat lives inside the Bimmatch project workspace, next to the 3D model. It reads your specifications, your drawings and your BIM model together — then answers in plain language, in English or Hebrew, with a citation on every claim.

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3 sourcesDocs · BIM model · standards
Page-levelCitations you can open
HE / ENNative, both directions

A REAL EXCHANGE

How many doors do we have, and what sizes?

Document Insights

Three door types are defined across the specification set — 90×220, (90+60)×240 and (90+90)×260 cm — plus a steel service door at 90×195 cm.

912.001.pdf · p.4 314.001.pdf · p.3

BIM Model Insights

14 door instances across 4 types in the published model.

Compliance Analysis

1 gap: two modelled doors are 90×210 cm, below the 90×220 cm minimum in 314.001.

Live demo

From a click in the model to a cited answer

Five steps of one real session, on loop. Hover to pause, or use the steps below to jump.

app.bimmatch.com / project / mep-facility
PROJECTAI CHATANALYTICSOBJECTSPRODUCTS
Ask a question
ASK
You can select an element in your project to chat in its context
R MEP-project-model.rvt Publish Vr. 2
Project docs 3
912.001-Door-Schedule.pdf314.001-Electrical-Rooms.pdf314.003-Chlorination-System.pdf
Flat Roof – RC 400
Suggested questions
Show me all I need to know about Flat Roof – RC 400What are the gaps between the element and the engineering requirements?What do I need to know about Flat Roof – RC 400 installation?What are the most important features of Flat Roof – RC 400?
R MEP-project-model.rvt Publish Vr. 2
Element docs 2
Flat Roof – RC 400
Suggested questions
Show me all I need to know about Flat Roof – RC 400What do I need to know about installation?
…or type your own
Document Insights
BIM Model Insights
Compliance Analysis
Document Insights

Doc: 912.001-Door-Schedule.pdf (page 4) — main entrance door, double-leaf with steel louvers, plus a steel service door at 90×195 cm.
912.001.pdf · page 4

Doc: 314.001-Electrical-Rooms.pdf (page 3) — three door types: 90×220, (90+60)×240 and (90+90)×260 cm.
314.001.pdf · page 3

BIM Model Insights

14 door instances across 4 types in MEP-project-model.rvt (Publish Vr. 2).

Compliance Analysis

1 gap found. Two modelled doors measure 90×210 cm — below the 90×220 cm minimum in 314.001.

Bimmatch AI can make mistakes. Check important info.
Open any project. The assistant is already in it.

The demo is a faithful recreation of the live panel, rendered in HTML/CSS so it stays sharp at any size and shows sample data rather than client documents.

How it works

Three steps, no prompt engineering

The context is assembled from the project itself, so the question can stay short.

1
Choose your context
Toggle Bimmatch AI, Project docs and Project model — or click an element in the 3D viewer to scope the whole conversation to that object and the sheets that govern it.
2
Ask in plain language
Type the question the way you'd ask a colleague, in English or Hebrew — or take one of the suggested questions generated for the element you selected.
3
Read a cited answer
Documents, model and requirements come back as three separate lenses, each claim tagged with its document and page. Follow up in the same thread, or start a new one.
What it does

Built for the questions projects actually ask

Element-level context
Click a slab, a pump, a duct. The chat header shows the element, the document list filters to the sheets that mention it, and four ready-made questions appear.
Three switchable scopes
General engineering knowledge, project documents and the published BIM model. Combine them, or turn one off to keep an answer strictly documentary.
Citations to the page
Every documentary claim carries a document name and page number, linked back to the source. Verification takes one click, not one afternoon.
Compliance analysis
The model is compared against the specification in the same answer — the gap between what was drawn and what was required is surfaced, not hunted for.
Hebrew and English
Ask in Hebrew over English documents, or the reverse. RTL and LTR are native to the panel — no translation step, no separate workflow.
Threads and history
Follow-ups stay in context so you can drill down. Past chats are listed with titles and timestamps, ready to reopen — and any answer copies out in one click.
Anatomy of an answer

Traceable, not just plausible

1

Document Insights — what the specifications say, quoted per document with the page number, so the reader can open the source.

2

BIM Model Insights — what the model actually contains: counts, quantities, types, properties. Blank lenses say so instead of guessing.

3

Compliance Analysis — where the model and the documents disagree, or a requirement is unmet. This is the line that changes decisions.

4

An honest footer — the panel states that the assistant can be wrong. The product is built to be audited, not believed.

How many doors do we have, and what sizes?

Document Insights

Three door types are defined across the specification set: 90×220, (90+60)×240 and (90+90)×260 cm.

314.001.pdf · page 3

BIM Model Insights

14 door instances across 4 types in the published model.

Compliance Analysis

1 gap found: two modelled doors measure 90×210 cm — below the 90×220 cm minimum in the schedule.

Bimmatch AI can make mistakes. Check important info.
Why it matters

What changes on the project

Answers you can verify

Every documentary claim carries a document and a page. Checking takes seconds instead of trust — and answers that can be checked are answers that can be acted on.

Minutes instead of document archaeology

“Which door type applies here, and what size?” usually means opening four PDFs and reading schedules. Here it is one question and four citations.

The context is the project

No copy-pasting drawings into a chatbot, no re-uploading a spec, no describing an element in words. Click the object, ask the question.

Model-grade answers without Revit

Site managers, PMs, procurement and QA get answers through a text box in a browser. No authoring licence, no desktop install, no training.

Model and spec, finally in one query

Design intent lives in PDFs; built geometry lives in the BIM model. Clashes and omissions hide in the space between them — this is where you look.

Hebrew and English, one workspace

Hebrew specs, English models, mixed teams — the reality of Israeli projects, handled without a translation step in the middle.

Who it's for

One panel, several jobs

Project managersQuantities, scope and requirements without waiting for a modeller.
MEP & structural engineersCross-check the model against the specification, element by element.
QA / QC & supervisionEvidence-linked compliance checks before the inspection, not after.
ProcurementCounts and specifications taken straight from the source documents.
Site managementInstallation requirements for the thing in front of you, on a phone.
Owners & clientsAsk about the project without learning BIM software.
Trust & limits

Designed to be audited

Scoped to your project
The assistant reads the documents and the model in the project you have open — nothing else, and nothing from other projects.
Empty lenses are declared
When the model holds no data for a question, the answer says so. Silence is reported, not filled in.
Stated limitations
A permanent notice reminds every reader to check important information. Citations exist so that checking is quick.

See it on your own project

Bring a model and a folder of specifications. We'll show you the first cited answer in the same meeting.

Book a demo
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