VEYLOMETRY

An unoccupied hospital room transitions into an Atlas-generated spatial reconstruction, then shows a tracked person and localized surface-contact fields.

Environmental contamination intelligence

Protect lives.Attack the cost of invisible contamination.

One coordinated system connecting spatial awareness, high-touch and carried-device protection, autonomous treatment, clean-air delivery, and facility-wide coordination.

Atlas / Spatial awareness

Contamination leaves a spatial signature.

Build a living model of the surfaces, interactions, and environmental events that shape risk.

Room 0421 / Spatial reconstruction

See where risk gathers.

Preserve the relationship between people, touchpoints, airflow, and surrounding geometry.

Tracked event / Surface contact

Direct protection, treatment, and verification.

Surface-conforming contact fields become priorities in one connected response system.

  1. 01Room
  2. 02Echo
  3. 03Map
  4. 04Track
Scroll to reconstruct the room
01 The measurable burden

The cost of waiting is already here.

The human and financial burden demands a more coordinated response.

1 in 31

hospital patients has at least one healthcare-associated infection on a given day.

Tens of thousands

of lives are lost to healthcare-associated infections each year in the United States.

Billions

are added to U.S. healthcare costs annually by healthcare-associated infections.

Public-health context: CDC ↗·AHRQ ↗

02 One coordinated loop

A fragmented problem needs a connected system.

Measure. Protect.
Treat. Verify.

Veylometry brings six technology families into one spatial operating model—designed to turn invisible environmental risk into coordinated action.

01

Map

VEYLOMETRY Atlas

Build a spatial operating picture of the room, floor, and facility.

02

Protect

VEYLOMETRY Touch

Address the high-frequency surfaces shared by everyone.

03

Treat

VEYLOMETRY Vault

Create treatment workflows around carried clinical devices.

04

Respond

VEYLOMETRY Vector

Direct autonomous treatment toward spatial priorities.

05

Exchange

VEYLOMETRY Air

Coordinate ventilation and air-cleaning capacity in the room model.

06

Coordinate

VEYLOMETRY Platform

Connect events, actions, devices, and verification in one record.

03 Signals from the system

Six technologies.
One operating picture.

Development-stage product studies are shown as system signals—not finished product photography or validated performance claims.

01

Atlas / Spatial intelligence

Turn the room into an operating picture.

A fixed environmental intelligence concept designed to spatially map surfaces, interactions, and contamination-relevant events.

  • Room reconstruction
  • Touch-event mapping
  • Facility context
Veylometry Atlas concept, a compact white and silver wall-mounted spatial sensing device with a blue status line and black sensor aperture.
Veylometry Touch concept surrounding a two-column elevator button bank with a stainless perimeter, integrated V mark, blue accent light, and horizontal treatment bar.
02

Touch / Shared surfaces

Protection where contact concentrates.

A perimeter treatment architecture designed around high-frequency shared controls while preserving normal interaction with the surface.

  • High-touch surfaces
  • Integrated sensing
  • Single-axis treatment
03

Vault / Carried devices

Treatment built around what care teams carry.

Dedicated treatment concepts for phones, tablets, and stethoscopes—designed to fit the device workflow instead of interrupting it.

  • Phone and tablet
  • Stethoscope
  • Workflow-oriented treatment
Closed Veylometry phone Vault concept with a white floating door, stainless accents, black sensor band, and blue status line.
Open Veylometry phone Vault concept showing a phone within the illuminated treatment cavity.
Veylometry stethoscope Vault concept with a blue illuminated iris aperture closing around the stethoscope tube.
Veylometry Vector autonomous treatment platform concept with alternating vertical UVC lamps and blue glow strips, a black sensor band, stainless accents, and white gloss body.
04

Vector / Directed response

Autonomous treatment, directed by spatial priorities.

A mobile UVC treatment concept designed to bring automated response into the same spatial record used to identify and prioritize risk.

  • Autonomous mobility
  • UVC treatment concept
  • Spatial direction
05

Air / Clean-air delivery

Coordinate the air the room actually receives.

A facility-air system concept designed to combine measured ventilation ACH with estimated equivalent air changes per hour from filtration and treatment technologies—then return that operating state to the Platform.

  • Ventilation / ACH
  • Air cleaning / eACH
  • Facility coordination
Veylometry Air system concept showing a hospital room connected to ventilation, filtration, air-treatment, and sensor infrastructure with blue and cyan airflow paths.
Veylometry Platform command-center concept with stacked displays showing a hospital, a reconstructed floor, and a patient room with localized touchpoint overlays on the bedrails, table, counter, and bedside surface.
06

Platform / Integration layer

The connective tissue of the system.

Facility and device integration software designed to move from the whole building, to the floor, to the precise surfaces and air conditions requiring attention—and record the response.

  • Facility-to-room view
  • Touchpoint priorities
  • Coordinated workflows

Hospital first. Built for the wider world.

Environmental intelligence for every place where people share space.

Measure the invisible.

Bring contamination into view.
Bring the response together.

Veylometry is designed to help reduce the human and financial burden of environmental contamination through a coordinated intelligence and response system spanning surfaces, carried devices, room-scale treatment, clean-air delivery, and facility operations.

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