Bioserenity provides an integrated neuroscience platform that combines portable, FDA‑cleared EEG and sleep‑monitoring devices with cloud‑based AI analytics and telemedicine tools. The solution streams high‑quality neurophysiological data to a secure cloud, where AI automatically preprocesses signals, detects clinical events, and generates structured reports that clinicians can review and share remotely, enabling faster diagnosis of neurological and sleep disorders.
Funding
$25.7M 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.
JCFounders
Product
Problem
Access to comprehensive neurophysiological diagnostics such as EEG and polysomnography is limited by bulky, clinic‑bound equipment, fragmented data workflows, and the need for specialist interpretation, which restricts timely diagnosis of neurological and sleep disorders.
Solution
BIOSerenity offers an integrated neuroscience platform that combines portable, connected medical devices with AI‑driven analytics and collaborative telemedicine tools. The platform enables hospitals and diagnostic centers to perform EEG recordings and sleep studies using lightweight, FDA‑cleared hardware that streams data securely to a cloud service. Built‑in artificial‑intelligence algorithms automatically preprocess signals, detect clinically relevant patterns, and generate structured reports. Clinicians can review results, share them with specialist networks, and adjust care pathways remotely, reducing the need for on‑site expertise and accelerating diagnostic timelines.
Target Audience
Primary customers are hospitals, neurology and sleep‑disorder clinics, and diagnostic centers that require scalable EEG and polysomnography solutions, as well as specialist physicians seeking remote collaboration tools.
Features
- Neuronaute® Plus: a compact, FDA‑cleared EEG device that records high‑quality brain activity in a portable form factor
- Integrated sleep‑monitoring modules for polysomnography and respiratory polygraphy compatible with the same hardware ecosystem
- Cloud‑based AI pipeline that performs signal cleaning, event detection, and automated report generation
- Secure telemedicine interface allowing specialists to review recordings, annotate findings, and provide remote consultations
- Unified data platform that consolidates neurophysiology, sleep, and cardiology metrics for comprehensive patient profiling
- Interoperable APIs for seamless integration with hospital information systems and electronic health records