Nordiq Products is developing the LiSa monitoring device, which utilizes dual sensor systems—LightSense™ and AcouSense™—to accurately track vital signs such as respiration rate, pulse rate, and blood oxygen saturation in critical situations. This ultra-portable device enhances first responders' ability to monitor patients continuously, improving outcomes in emergencies like mass casualty incidents and patient transport.
Funding
$337.5K 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
In emergency and critical care situations, continuous and accurate monitoring of vital signs is crucial for effective patient management. Traditional methods often rely on bulky equipment and can be challenging to implement in dynamic environments such as mass casualty incidents or during patient transport. This can lead to delayed detection of critical changes in a patient's condition.
Solution
Nordiq Products is developing the LiSa monitoring device, a portable solution for real-time vital sign tracking. The device utilizes a dual-sensor system, integrating LightSense™ optical sensors and AcouSense™ acoustic sensors, to monitor respiration rate, pulse rate, blood oxygen saturation, and potentially airway patency and body temperature. By combining these sensor technologies, LiSa aims to provide robust and reliable measurements even in challenging conditions. The device is designed for ease of use in diverse operational environments, enhancing first responders' ability to continuously monitor patients and improve outcomes in critical situations.
Target Audience
The primary target audience includes first responders (police, fire & rescue, ambulance), military medics, and healthcare professionals involved in mass casualty incidents and patient transport.
Features
- Dual sensor system (LightSense™ and AcouSense™) for accurate and reliable vital sign monitoring.
- Measures respiration rate, pulse rate, and blood oxygen saturation.
- Ultra-portable design for use in various environments.
- Automatic skin type calibration for accurate optical sensor readings.
- Connectivity with other systems using the latest communication technologies.
- Potential for monitoring airway patency and body temperature.