Cassia Networks’ patented Bluetooth IoT technology enables a seamless and comprehensive solution for continuous vital sign monitoring across various scenarios: hospitals and clinics, in-home care/telehealth, and workers safety at enterprise and industrial facilities.

Cassia Networks’ Bluetooth gateways and IoT Access Controller serve a vital role in facilitating continuous vital sign monitoring, thereby significantly enhancing patient care within hospitals and clinics.

A network of Cassia gateways such as E1000 and M2000, orchestrated by the Cassia IoT Access Controller, ensures seamless and uninterrupted Bluetooth connectivity throughout these healthcare facilities. These gateways, when integrated with smart medical devices and wearables, enable the continuous tracking of vital signs, allowing for real-time data collection and transmission to centralized healthcare application software platforms and dashboards. Leveraging Cassia’s patented Bluetooth Roaming technology, patients can move around freely and securely within the coverage areas without the risk of losing connection. This innovative technology promotes early detection of health deterioration, minimizes the necessity for manual checks, and facilitates prompt medical interventions. Consequently, it improves  patient care, reduces hospital costs, and lightens the workload of medical staff.

An excellent illustration of Cassia’s technology and solution deployment is its use for continuous glucose monitoring (CGM) in hospitals, as depicted in the image below. Over the past two years, hundreds of hospitals have utilized Cassia’s Bluetooth gateways and IoT Access Controller to gather and transmit real-time data from patients fitted with wearable blood glucose monitors. This enables healthcare staff to remotely and continuously monitor a patient’s blood glucose levels throughout the day.

Thanks to Cassia’s patented Bluetooth Roaming technology, patients can move freely within the hospital’s Bluetooth coverage area without losing access to real-time data. Data collection and transmission are always secure and require no manual intervention during roaming handoff. This solution significantly enhances a doctor’s ability to make necessary adjustments to a patient’s treatment, leading to more accurate and timely diagnosis. Moreover, this innovative healthcare solution eliminates the need for patients to manually collect blood samples through traditional finger-stick methods, offering greater convenience and ease of use. Cassia won Medtronics’ Best Innovation Supplier Award of 2021 because of this technology and solution.

Cassia is currently collaborating closely with our partners to deliver various digital health IoT applications, including continuous monitoring of vital signs such as blood glucose, ECG, heart rate, respiratory rate, body temperature, and more, for use in hospitals and clinics.

The landscape of healthcare is evolving, and by collaborating with medical leaders, Cassia is committed to providing scalable, secure, and flexible IoT solutions our partners and customers need to successfully deploy their digital health IoT applications in hospitals and clinics.

As global temperatures rise, ensuring the safety of your employees from heat-related injuries is becoming increasingly critical. This is one of many reasons why numerous enterprises are adopting continuous vital sign monitoring and end-to-end detection to predict and prevent serious health conditions among their workforce, particularly those in sectors such as industrial, construction, warehouse, and transportation.

Over the past years, Cassia has collaborated closely with leading worker safety solution and service providers to deliver reliable, secure, scalable, and seamless continuous vital sign monitoring and personnel locationing for worker safety applications in enterprise settings. Key vital signs monitored include body temperature, heart rate, and exertion levels. Additional features such as alarm functions and fall detection are often enabled to further enhance worker safety.

Cassia’s enterprise-grade Bluetooth gateways, E1000, X2000, and ATX2000, are widely employed to collect real-time vital sign and location data from wearables worn by employees in challenging and often hazardous enterprise environments. This data is relayed to the monitoring center in real-time, enabling quick actions to predict and prevent serious health conditions and injuries among employees.

Cassia gateways support long-range Bluetooth communication, one-to-many connectivity, enterprise-grade cybersecurity and reliability, Bluetooth locationing, and robust enclosures. All these features are crucial for enabling worker safety applications in enterprise environments.

This technology and solution significantly improve worker safety and reduce injury-related costs in an enterprise setting.