PASSAIR®
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PASSAIR®

Passive AirflowArchitecture

The design engine for air that moves without machines.

The PASSAIR® Design Engine

From air behaviour
to product shape.

AtmosField® Intelligence powers the PASSAIR® design engine, creating Air-Aware products shaped around how air actually moves.

01

Air Intelligence input

AtmosField® maps how air behaves in real spaces.

02

Design Engine activated

PASSAIR® converts air-behaviour data into passive airflow opportunities.

03

Air-Aware forms generated

Bespoke shapes, profiles, channels and product concepts are created.

04

Fabrication files created

Optimised geometry moves toward manufacture-ready outputs.

05

Passive movement improved

Buildings, interiors and products support better passive air movement.

The real spaceAir Intelligence appliedBespoke solution designed
PASSAIR® · Intelligent Air Design

From Air Intelligence to PASSAIR® AI design

PASSAIR® uses Air Intelligence to create bespoke passive air movement solutions.

Image 01 — The real space

The real space

Every room moves air differently.

The science behind the form

Indoor air physics, designed

PASSAIR® does not just design for airflow. It designs for indoor air physics.

01

Surface Attachment

Using form to guide air along surfaces.

02

Stack Effect

Using temperature difference to support vertical movement.

03

Venturi Acceleration

Using constriction to increase local air speed.

04

Boundary-Layer Interaction

Working with the air closest to walls, floors and objects.

05

Thermal Flow

Using warm and cool surfaces to influence movement.

06

Humidity Behaviour

Guiding moisture-laden air towards control zones.

Six physical principles. One passive architecture. PASSAIR® shapes form around the way air actually behaves indoors.

Air-Aware

A new generation of Air-Aware products

PASSAIR® applies passive air movement design across products, interiors and architectural forms.

PASSAIR® Preview Dashboard

Air Intelligence becomes spatial recommendation.

A first look at how Air Intelligence becomes passive air movement strategy. A preview of the PASSAIR® design layer, using room data to identify passive air movement opportunities and generate Air-Aware design recommendations.

Early platform preview · Design dashboard concept · Not a released product

Space Inputs01
  • Room geometry
  • Openings
  • Occupancy zones
  • Glazing
  • Heat sources
  • Existing airflow points
Air Behaviour02
  • Flow direction0.42
  • Stagnant zones0.49
  • Thermal gradients0.56
  • Humidity movement0.63
  • Boundary-layer activity0.70
passair.dashboard / session 0024LIVE
Analysis
67%
Stage 1
Inputs read
Stage 2
Behaviour mapped
Stage 3
Recommendations
PASSAIR® Recommendations03
  • Acoustic airflow featureselected
  • Vent-shaping formqueued
  • Low-level passive pathqueued
  • Wall-adjacent profilequeued
  • Air-Aware product opportunityqueued
Design Status04
  • Analysis in progress
  • Recommendations generated
  • Concept geometry ready
  • Fabrication pathway pending
Preview interface — direction only
PASSAIR® Acoustics

A new platform for acoustic design

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For architects, designers and manufacturers.

If your building, product or interior changes the shape of a room, it may also change how air moves. PASSAIR® helps design that effect intentionally.

Platform architecture

AtmosField® creates Air Intelligence.
PASSAIR® turns it into intelligent passive design.

AtmosField® maps how air behaves. PASSAIR® uses that intelligence to generate passive airflow architecture, from products and interiors to fabrication-ready forms.

SenseGenerateApply
AtmosField® Intelligence
01
Sense

AtmosField® Intelligence

Air behaviour is mapped, modelled and understood.

PASSAIR® Design Engine
02
Generate

PASSAIR® Design Engine

AI turns air behaviour into passive airflow geometry.

Air-Aware Architecture
03
Apply

Air-Aware Architecture

Bespoke forms are built into products, interiors and spaces.

PASSAIR® | PATENTS PENDING

Air Intelligence powers our AI design platform.

Creating passive airflow designs that improve indoor environmental quality. The future of better indoor environments is led by intelligent design.