Sonavi Labs develops AI-powered stethoscopes, such as Feelix and FeelixPro, that analyze body sounds to detect respiratory diseases and abnormalities in real-time. These devices enhance clinical workflows, facilitate telemedicine, and improve chronic disease management by providing instant data uploads and trend analysis for healthcare professionals and patients.
Funding
$5.8M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
MIFounders
Product
Problem
Traditional stethoscopes lack advanced analytical capabilities, making it difficult to detect subtle respiratory anomalies in real-time. Diagnosing and managing respiratory diseases often requires subjective interpretation of body sounds, leading to potential inconsistencies and delays in treatment. Remote monitoring and telemedicine are also limited by the lack of objective, readily accessible auscultation data.
Solution
Sonavi Labs offers a suite of AI-powered stethoscopes, including FeelixPro, Feelix, and Feelix@Home, designed to enhance respiratory disease detection and management. These digital stethoscopes analyze body sounds using embedded AI algorithms to identify abnormalities and provide real-time feedback. The devices facilitate remote patient monitoring, improve clinical workflows through instant data uploads to EMR systems, and enable trend analysis for proactive chronic disease management. Sonavi's platform aims to bring objective auscultation data to clinicians, global health workers, and patients, improving diagnostic accuracy and patient outcomes.
Target Audience
The primary target audience includes clinicians, global health workers, and patients/parents seeking advanced tools for respiratory disease detection, management, and remote monitoring.
Features
- AI-powered analysis of lung and heart sounds for real-time detection of respiratory abnormalities
- Compatibility with EMR systems for instantaneous data uploads and comprehensive patient records
- Wireless connectivity via Bluetooth for seamless data transfer
- Adaptive noise suppression and volume controls for clinicians with hearing impairment
- Trend analysis and customizable parameters for proactive chronic disease management
- Telemedicine capabilities for remote patient monitoring, especially for patients with mobility challenges or those living far from health centers
- Cloud-based platform for data review and analysis from anywhere in the world
- Amplification for hearing impairment