A clearer view of mPAP

Pulmonary artery pressure,
at a glance.

Displaid estimates mean pulmonary artery pressure (mPAP) non-invasively and displays it clearly in mmHg in a dedicated interface.

Functional technology. Data collection is ongoing.

Displaid interface showing a simulated mean pulmonary artery pressure estimate in mmHg 24
Mean pulmonary artery pressure (mPAP) · example display
Displaid connected monitoring system and electrode belt
The Displaid system and electrode belt
6.7M
U.S. adults aged 20+ living with heart failure
CDC · NHANES 2017–2020
US$32,955
Average annual healthcare spending per adult with heart failure, all conditions included
JACC · 2017–2018 data, 2018 USD
21.9%
All-cause readmissions within 30 days after a heart-failure hospital stay
AHRQ · U.S., 2022

U.S. data. Reporting periods and populations vary by measure.

Our Solution

mPAP at the center of monitoring

From the electrode belt to the screen, Displaid brings the pulmonary artery pressure estimate into a clear, dedicated view.

Estimate pulmonary artery pressure

Displaid uses Electrical Impedance Tomography (EIT) to estimate pulmonary artery pressure without an implant.

Designed for everyday use

A simple, guided measurement session designed to fit into everyday life.

Read mPAP at a glance

The interface highlights the mPAP estimate, its unit in mmHg and electrode contact status.

Displaid connected monitoring system and electrode belt
Displaid system
Non-invasive mPAP estimation
How It Works

From the belt to the pressure reading

Displaid connected monitoring system and electrode belt
Step 01

Wear

Position the electrode belt around the chest to prepare for a measurement.

Displaid interface with demonstration thoracic, ECG and ventilation signals
Step 02

Acquire signals

Check electrode contact, then start signal acquisition.

Displaid interface showing an example mean pulmonary artery pressure estimate of 18 mmHg
Step 03

Read the pressure

Find the estimated mean pulmonary artery pressure (mPAP), displayed in mmHg.

Illustrative screens with demonstration values.

Partners

Supported By

CENTECH NEXT AI HEC Montréal ÉTS Startup Montréal McGill MUHC Esplanade Desjardins CRCHUM Polytechnique KPMG Ax-C District 3

Request a demo

Care teams, researchers and partners: discover our approach to non-invasive heart monitoring.

Tell us about your project. Our team will get in touch.