The field of blood pressure monitoring is undergoing a transformation as new technologies emerge to meet the growing demand for more accessible and continuous health monitoring. Traditional cuff-based systems, long regarded as the benchmark for accuracy, are increasingly seen as cumbersome and impractical for modern, on-the-go lifestyles. Meanwhile, wearable solutions, while convenient, have yet to achieve the clinical precision required for meaningful health insights. These dynamics have created a competitive and rapidly evolving landscape that demands careful analysis.
novosound SensorsAt Novosound, we have developed a proprietary thin-film ultrasound technology that addresses many of the limitations inherent in current solutions. By combining high-resolution imaging with a scalable, flexible form factor, our technology has the potential to outperform traditional devices and wearable competitors alike in both accuracy and usability. Novosound’s patented thin-film ultrasound sensors represent a transformative step forward in blood pressure monitoring. By addressing the critical gaps in accuracy, usability, and scalability, our technology sets a new benchmark in the field. Below, we explore how Novosound delivers advantages across key dimensions of continuous health monitoring.
Traditional blood pressure monitoring systems rely on episodic measurements, typically requiring users to stop, set up a device, and manually take a reading. While wearable alternatives offer more frequent measurements, their reliance on indirect techniques such as photoplethysmography (PPG) or pulse transit time (PTT) limits their accuracy. Novosound’s thin-film ultrasound sensors overcome these challenges by providing real-time visualization of arterial structures and blood flow. This enables continuous, high-resolution monitoring directly from the wrist, capturing vital health data as it happens. The ability to deliver uninterrupted insights into cardiovascular health makes our solution ideal for both clinical applications and everyday health management.
For many, traditional blood pressure monitoring methods can be uncomfortable or even intimidating due to the compression required by inflatable cuffs. Novosound’s technology eliminates this issue entirely. By leveraging the principles of ultrasound, our sensors provide accurate, non-invasive measurements without the need for physical constriction or calibration against external devices. The sensors’ ability to measure pulsatile velocity and waveforms from beneath the skin delivers clinical-grade precision without disrupting the user’s routine. This non-invasive approach also expands access to reliable health monitoring for individuals with mobility challenges or sensitivity to conventional methods.
Novosound’s thin-film ultrasound sensors are designed with the end user in mind, offering unprecedented comfort and wearability. Unlike rigid sensors or bulky devices, our solution features a flexible and lightweight design that integrates seamlessly into wearable devices such as smartwatches or fitness bands. This ensures that users can monitor their health without compromising their lifestyle. The discreet form factor allows for all-day use, making it suitable for tracking health metrics in real-world scenarios, from work to exercise to rest. By prioritizing user comfort, Novosound enables widespread adoption of continuous blood pressure monitoring.
Make an EnquiryAchieving consumer-level scalability has been a long-standing challenge for high-precision health monitoring technologies. Novosound has solved this problem with an innovative additive manufacturing process that allows for the rapid, cost-effective production of thin-film ultrasound sensors. This process ensures consistent quality across large production volumes while maintaining the affordability necessary for consumer applications. By bridging the gap between high performance and large-scale production, Novosound’s technology positions itself as the ideal solution for widespread use in both consumer and clinical markets. Our ability to scale efficiently also supports partnerships with major wearable device manufacturers, ensuring a swift path to global availability.
Continuous blood pressure monitoring provides healthcare systems with a significant return on investment by enabling timely interventions that prevent costly complications. Early detection of hypertension and cardiovascular issues allows for proactive management, reducing the need for emergency interventions, hospitalizations, and long-term treatments for stroke or heart disease. By shifting care from reactive to preventative, healthcare systems can improve patient outcomes while reducing costs associated with advanced care, ultimately delivering both economic and clinical benefits.