Non-invasive insights into your health via convenient breath analysis

About Deep Breath Intelligence

Unlocking diagnostic insights from exhaled breath

Deep Breath Intelligence (DBI) is a MedTech company, which unleashes the high potential of breath metabolomics by applying advanced data science and cutting-edge technologies.

About More DBI

Partner & Customer

Our Products & Services

Solutions for Exhaled Breath Innovations

Explore our cutting-edge tools designed for early detection, health optimization, and clinical research.

01 DBI-BreathCollector IVDR

Smart Simplicity for Breath Sampling

The DBI-BreathCollector is an innovative, non-sterile, multi-layer breath bag designed for reliable collection, storage, and shipment of exhaled breath gases…

$

02 DBI-BreathInjector

Precision Delivery for Breath Analysis

The DBI-BreathInjector is a high-precision device engineered for the controlled injection of exhaled breath gases. Fully compatible with the DBI-BreathCollector…

$

03 SESI Adapter

Precision Meets Performance

The SESI Adapter is engineered for seamless sample transfer from the DBI-BreathCollector to your analytical device. It’s smart design pierces the sealing cap effortlessly…

$

04 DBI-BreathCollector Research

Academic Research Bundle Edition

Designed specifically for academic and non-clinical research, the Research Edition of the DBI-BreathCollector offers the same smart design and performance…

$

05 Contract Research

DBI Modular Breath Analysis Research Service – From Concept to Discovery

The DBI-BreathCollector is an innovative, non-sterile, multi-layer breath bag designed for reliable collection, storage, and shipment of exhaled breath gases…

$

06 DBI-EPIbreath®

Revolutionizing Therapeutic Drug Monitoring

Introducing DBI-EPIbreath®, the world’s first software for noninvasive, real-time therapeutic drug monitoring via breath analysis. Designed to estimate systemic

$

Our Technology

Breath Analysis for the Future of Healthcare

DBI combines high-resolution mass spectrometry (HRMS) with advanced machine learning (ML) techniques to provide a powerful platform of state-of-the-art breath analysis for medical research and daily clinical practice.