Cyban manufactures brain oxygen monitors that use optical sensors to measure cerebral oxygenation levels in real-time. This technology provides healthcare professionals with critical data to monitor brain health and detect hypoxia during medical procedures.
Funding
$10.4M 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.
Founders
Product
Problem
Current methods of monitoring brain oxygen levels often involve invasive surgical procedures, which carry inherent risks and are not suitable for continuous, non-invasive monitoring from the site of trauma to hospital discharge. This can lead to delays in detecting and managing brain hypoxia, potentially increasing mortality and disability.
Solution
Cyban provides a next-generation brain pulse monitor that delivers continuous, non-invasive brain health monitoring. The device utilizes optical sensors and a proprietary sensor design combined with novel signal processing techniques to reliably detect brain hypoxia early. This technology aims to reduce the need for invasive surgical procedures while providing accurate and timely insights into cerebral oxygenation levels. The device offers multi-functional capability, ensuring reliable results from the initial trauma site throughout the patient's hospital stay. By enabling early detection and accurate diagnosis, Cyban's technology seeks to improve the treatment of brain injuries and accelerate treatment times.
Target Audience
The primary target audience includes healthcare professionals in emergency medicine, intensive care units, and neurology, who require continuous and reliable monitoring of brain oxygen levels to manage patients with or at risk of brain injuries.
Features
- Non-invasive brain oxygen monitoring using optical sensor technology.
- Proprietary sensor design for accurate and reliable measurements.
- Novel signal processing techniques to enhance data quality.
- Continuous monitoring capabilities from trauma site to hospital discharge.
- Early detection of brain hypoxia to facilitate timely intervention.
- Multi-functional design for versatile application in various clinical settings.