Novosense
Novosense AB is a company specializing in wireless sensor systems for medical applications, with a focus on developing and launching wireless ECG monitoring systems for cardiac care, intensive care, and home health care markets. Their mission is to develop a completely wireless vital sign monitoring system, aiming to improve patient safety, comfort, and healthcare efficiency. The company has a strong research background, with involvement in innovative projects and collaborations, and holds patents for their wireless ECG technology.
Industries
Products
Disposable wireless ECG patch sensor
Single-use adhesive wearable ECG sensor designed for cable-free continuous monitoring and immediate activation, made from medical-grade silicone and specified for 24-hour operation.
Multi-patient access point hardware
High-capacity access point capable of receiving wireless signals from numerous wearable sensors and relaying aggregated data to backend servers; mountable on wall or ceiling.
Server and monitoring software suite
Backend server software with SQL database for ECG data storage and information-centre monitoring client software providing real-time ECG display, alarm management, trend analysis and multi-client support.
Disposable wireless ECG patch sensor
Single-use adhesive wearable ECG sensor designed for cable-free continuous monitoring and immediate activation, made from medical-grade silicone and specified for 24-hour operation.
Multi-patient access point hardware
High-capacity access point capable of receiving wireless signals from numerous wearable sensors and relaying aggregated data to backend servers; mountable on wall or ceiling.
Server and monitoring software suite
Backend server software with SQL database for ECG data storage and information-centre monitoring client software providing real-time ECG display, alarm management, trend analysis and multi-client support.
Services
Clinical validation studies
Design and execution of prospective controlled clinical trials comparing wireless monitoring to standard cable-based systems, including measurement of data loss, alarm performance and handling time.
Health economic evaluation
Health economic studies assessing acquisition and operational cost impacts of switching monitoring technologies, including staff time and resource use analyses.
R&D collaboration in wearable monitoring
Partnership in multi-party research projects to develop nanomaterial-based sensors, energy harvesting, printable batteries, and UWB-based respiration monitoring.
Regulatory documentation and submission support
Preparation of technical files for CE marking and planning for regulatory submissions in additional jurisdictions (FDA planning, MDSAP transition).
Clinical validation studies
Design and execution of prospective controlled clinical trials comparing wireless monitoring to standard cable-based systems, including measurement of data loss, alarm performance and handling time.
Health economic evaluation
Health economic studies assessing acquisition and operational cost impacts of switching monitoring technologies, including staff time and resource use analyses.
R&D collaboration in wearable monitoring
Partnership in multi-party research projects to develop nanomaterial-based sensors, energy harvesting, printable batteries, and UWB-based respiration monitoring.
Regulatory documentation and submission support
Preparation of technical files for CE marking and planning for regulatory submissions in additional jurisdictions (FDA planning, MDSAP transition).
Expertise Areas
- Clinical trial management and clinical validation
- Wireless wearable biosensor development
- Embedded systems and power optimization for wearables
- Server-side clinical data management and monitoring software
Key Technologies
- Wireless ECG telemetry (radio transmission)
- Adhesive single-use wearable sensors
- High-resolution ECG acquisition (1000 Hz)
- Multi-patient access point hardware