CERVIN AI / INTELLIGENCE FOR THE BUILT WORLD

The physical world.
Intelligently
connected.

The intelligence infrastructure for buildings, infrastructure, and industry. Connect physical assets to digital twins. Deploy agents that can sense, simulate, and act—with your team in control.

Explore the stack ↓

YOUR SYSTEMS. YOUR AGENTS. ONE OPERATING FOUNDATION.

CERVIN / WORLD MODELCONCEPT EXPLORER

Illustrative urban and industrial district transitioning from physical buildings to a luminous digital twin, with connected transport and energy infrastructure.

01 / SENSE THE PHYSICAL WORLDILLUSTRATIVE ENVIRONMENT

BUILT ASSETS

Reality becomes a usable signal.

Connect building systems, inspections, and spatial data to a shared asset model—not another disconnected dashboard.

BIM & spatial contextBuilding systemsSite observations

THE CERVIN FOUNDATION

Physical assets↔Digital twins↔Agent networks↔Governed execution

Explore all layers ↗

YOUR PROJECT / ONE INTELLIGENCE FOUNDATION

Your project.
An intelligence layer
of its own.

Cervin deploys the agents. Your project gives them context.

Connected systems, shared knowledge and project memory—supporting specialized agents across your development.

Explore the architecture & agents ↗Six specialized roles. One connected foundation.

THE CERVIN ARCHITECTURESELECT A LAYER

Working context for today’s tasks. Retained knowledge for the life of the project.

Inside this layer ↗

Illustrative architecture · Configured for your project

02 / INTELLIGENCE THAT CHANGES THE OUTCOME

A signal comes in.
Cervin connects the dots.

Follow a supply warning from the inbox through drawings, quantities, purchase orders, and the programme—to an evidence-backed plan your team can approve.

CERVIN / PROCUREMENT INTELLIGENCEInteractive concept · Sample records

Signal received · Awaiting evaluation

Illustrative agent journey using sample document extracts and deterministic calculations. No files are being analysed live, and no orders or messages are sent.

Inspect the numbers, supplier options & scenario assumptions

Concrete required 1,200 m³Days until the pour 14 days

CONFIRMED & ON TIME900 m³Sample purchase orders PO-041 / PO-042

UNBOOKED CONCRETE300 m³

STANDARD SUPPLY DELAY2 days

MODELLED DELAY EXPOSURE$48,000

THE SIGNAL → THE CONSEQUENCE

300 m³ missing.
A two-day programme risk.

The remaining volume cannot all arrive on standard lead times before the pour. The earliest complete standard delivery is day 16.

Quantities × committed ordersBOQ R12 compared with PO-041 / PO-042

Availability × delivery windowSupplier A, B, and C sample capacity and rates

Pour date × downstream programmeSlab pour → curing → next structural activity

Illustrative assumptions: equivalent approved concrete specification, no delivery-slot restrictions, fixed supplier capacity, and $24,000 per day of delay exposure. Prices exclude tax and other charges.

ON-TIME OPTION IDENTIFIED

Split the order. Protect the pour.

Sample supply allocation
Supplier / route	Volume	Arrival	Rate / m³

Remaining concrete cost$47,640

Versus $140/m³ allowance+$5,640

Modelled net exposure reduction$42,360

A decision you can inspect. Not a magic savings counter.Move the deadline below 12 days or increase the volume above 1,300 m³ to see when the model cannot cover the requirement on time. Values are calculated from this example’s assumptions—not measured customer results.

03 / A COMMITMENT TO LESS WASTE

Better outcomes.
At a world-changing scale.

We are committed to helping eliminate more than $5 billion in avoidable waste worldwide by 2035—from rework and delays to inefficient resource use.

$5B+GLOBAL SAVINGS GOAL / BY 2035

Big ambition.
Measured project by project.

This is a forward-looking goal, not savings achieved. Progress should be grounded in agreed baselines, attributable improvements, and verified outcomes—without double counting.

01 Establish the baseline

02 Prove value in a focused pilot

03 Measure, verify, and scale

The physical world.
Intelligently
connected.

Reality becomes a usable signal.

Your project.
An intelligence layer
of its own.

A signal comes in.
Cervin connects the dots.

300 m³ missing.
A two-day programme risk.

Split the order. Protect the pour.

Better outcomes.
At a world-changing scale.

Big ambition.
Measured project by project.

Your next project deserves
a more intelligent foundation.

Build your first pilot.

Your starting point

The physical world.Intelligentlyconnected.

Reality becomes a usable signal.

Your project.An intelligence layerof its own.

A signal comes in.Cervin connects the dots.

300 m³ missing.A two-day programme risk.

Split the order. Protect the pour.

Better outcomes.At a world-changing scale.

Big ambition.Measured project by project.

Your next project deservesa more intelligent foundation.

The physical world.
Intelligently
connected.

Your project.
An intelligence layer
of its own.

A signal comes in.
Cervin connects the dots.

300 m³ missing.
A two-day programme risk.

Better outcomes.
At a world-changing scale.

Big ambition.
Measured project by project.

Your next project deserves
a more intelligent foundation.