AIRDOCK / SPATIAL WORKSPACE

The workspaceis movinginto the air.

AirDock is a no-headset spatial monitor that turns the desk into a private floating AI workspace.

Explore AirDock ↓Build with us ↗

LIVE CONTEXTAI + HUMAN

SPATIALDESK ZONE

THE INTERFACE SHIFT

01 / FUTURE OF WORK

HUMAN+AI+MACHINE

Work is no longer just human + computer.

Human, AI, and machine connected through one shared spatial context

HUMANintent + judgment

SHAREDCONTEXTone live visual state

AI + MACHINEreason + act

A REAL WORKSPACE, NOT A WEARABLE

01 / NOW

A floating AI workspace for the desk.

A user working with AirDock as a no-headset floating spatial workspace

A compact base creates a readable mid-air display zone. Connect a laptop, phone, or PC and keep the interaction tools you already use.

WirelessLaptop · PC · Phone
InputKeyboard · Mouse · Gesture · Voice
PurposeFocused second-screen work without a monitor stack

AirDock is the wedge. AirCore is the embedded path.

SYSTEM VIEW

Optics create the image. AI makes it usable.

Wireless moves the stream; optics, sensors, compute, and AI make the image stable and usable.

AIRDOCK / SYSTEM CORE

Wireless input

Display stream from laptop, phone, or PC.

Display engine

Embedded compute, optical engine, and sensors.

AI calibration

Corrects distortion, brightness, and alignment.

Spatial interaction

Tracks head, hands, and room conditions.

Floating output

A stable monitor-like image in front of the user.

AirDock interaction progressing from waiting to aware to active before touch

INTERACTION LAYER

Interfaces should respond before they are touched.

Head position, hand proximity, and room conditions can become part of the interface state—not decorative effects.

WAITINGAWAREACTIVE

ONE TECHNOLOGY / THREE HORIZONS

Prove the desk. Then expand the interface.

AirDock first. Embedded modules next. Platform software follows when repeat-use demand is proven.

01NOW

AirDock

Desk-native spatial monitor for focused private work and fixed-station pilots.

02NEXT

AirCore

Miniaturized spatial-display modules inside monitors, kiosks, vehicles, and OEM devices.

03LATER

Spatial Platform

Shared interface layer for humans, AI agents, and machines after the desk wedge is proven.

Human operator, AI context, and machines sharing one live spatial interface

LONG-TERM OPTION

When AI leaves the screen, interfaces have to follow.

AirDock stands alone as a no-headset spatial monitor. Over time, AirCore can become an embedded interface layer for fixed stations and shared human + AI + machine workflows.

SHARED STATEHUMAN SUPERVISIONMACHINE COMMUNICATION

AIRX LAB

Built by people who have spent decades visualizing spaces that did not exist yet.

FOUNDER / 01inLinkedIn↗

Andy Le

Architect founder · A2Viz AI / DnBOM / airX Lab

Architect, entrepreneur, and spatial-visualization specialist with 25+ years across architecture, BIM-adjacent workflows, 3D, animation, VR/AR, real-time technology, and AI.

He built A2 Visualization into an international visualization practice and brings a long-standing architecture and design network into airX Lab—combining spatial design experience with a focus on new human, AI, and machine interfaces.

25+YEARS

architecture, 3D, VR/AR, real-time + AI

1,000+RELATIONSHIPS

architecture and design network across 25 countries

2026 SIGNALSTuring Frontier FellowAltaLab Fall Cohort

AIA International + ASAI member

DESIGN PARTNERS / TECHNICAL BUILD

Help build the next workspace.

airX Lab is interested in design partners and technical collaborators across optics, embedded systems, computer vision/calibration, and spatial interaction.

Start a conversation ↗hello@airxlab.tech