Solutions

Built for every rolein the AEC chain.

Owners, contractors, estimators and design teams receive role-specific outputs from the same connected engineering state.

Beyond Images — Executable Numbers

A digital twin where engineering numbers and physical reality match 1:1.

From Drawing to Connected Engineering Data

Drawings, project requirements and constraints enter a connected production workflow where engineering logic, deterministic calculation and trained Metomers build and verify BIM, quantity, cost and schedule information in parallel. Targeting approximately 2–5× faster connected engineering delivery under comparable scope and input conditions.

Machine-Readable Data (LOD 400 class)

Where the agreed scope requires it, LOD 400-class information supports fabrication, assembly and installation decisions. LOD describes how developed and reliable the model information is for its intended use—not how photorealistic it looks.

xD BIM vs. Traditional Workflow

Connected change without rebuilding every output

Traditional—Data Breaks at Every Stage

Design (Manual)
×
Data Break
Estimation (Re-input)
×
Data Break
Cost Mgmt (Re-input)
×
Data Break
Maintenance (Re-input)

Result: Data breaks at every handoff. Manual re-entry at each stage. Errors multiply.

METOMOS—Connected Recalculation

Metom PLAN
Quantity Auto-Extract
3D BIM
5D BIM
3D BIM for LCC (Life-Cycle Cost)

Verified change, affected outputs recalculated

A verified change is traced to the quantities, model views, costs and schedule states it affects; those outputs can then be recalculated for review.

Edit one value.

Quantity+3D BIM+Cost=Affected Updates

A verified change can be traced to the quantities, model views, costs and schedule states it affects. Those outputs are recalculated through their existing relationships, with exceptions left visible for review.

What a Cost Estimator Really Does

They build a living, 3D price tag for a building.

A cost estimating office takes a drawing and answers one question, over and over, for every wall, beam, and finish: how much does this cost, and how much material does it take?

METOMOS turns that answer into something you can see and verify — a 3D model where every element is already priced, quantified, and traceable back to the drawing it came from.

Traditional estimate

METOMOS living price tag

Format

Static spreadsheet

3D model + linked numbers

Traceability

Hard to verify by eye

Click any element to see its cost

When design changes

Re-count by hand

Affected values can be recalculated

Why This Is the Whole Point

Every building owner asks the same question: where is my money going, and why does it cost this much?

A conventional estimate may be correct when it is issued and still become difficult to trust after the design changes. If quantities, rates, model objects and approvals live in separate files, the team must reconstruct which cost still belongs to which part of the current design.

A connected, verifiable 3D price tag keeps the model, quantities and cost basis close enough to review together—before a mismatch becomes a site problem.

Solutions

Built for every role in the AEC chain.

The Challenge

Early feasibility decisions must often be made before design information is complete, so assumptions and uncertainty need to remain visible.

METOMOS Solution

Provide the available site plan, concept material and project assumptions. METOMOS develops a preliminary BIM, quantity and cost package within an agreed scope and review standard.

Key Benefit

Compare investment options using a traceable preliminary engineering basis.

Discuss your Developers project

Developers workflow

Demonstration available on request