HOTS

(Hierarchy of Event-Based Time Surfaces)

Event based algorithm capable of analyzing complex data flows on low bandwidth devices such as smartphones, for detection & prediction of relevant clinical events.

NEXKIN

Nexkin (CE marked and FCC approved) allows to develop a customized solution according to specific needs of the user. Nexkin is based on a smart shirt which is  washable & comfortable with companion application to collect and transmit data on six different physiological parameters to certified servers for healthcare. Nexkin has been designed for prevention programs and for example to support ageing in place and for occupational hazard prevention. Nexkin can also accompany rehabilitation programs after an illness/injury and support athletes’ performance analysis.

KEESENSE

Washable and comfortable medical device (CE Class IIa) in form of a t-shirt with multiple embedded sensors & electrodes designed to capture continuous data on 6 physiological parameters. Data is transmitted to health data hosting servers and made available to Healthcare Professionals for analysis. The multiparametric solution allows care givers and healthcare professionals to accompany their patients all along the continuum of care for RPM (Remote Patient Monitoring) or therapeutic efficiency programs.

PREDICTIVE SOLUTION

Wearable medical device (CE Class IIb*) designed to remotely monitor and predict Worsening Heart Failure by leveraging Chronolife’s powerful algorithm technology HOTS (Hierarchy Of event-based Time-Surfaces). It does this through the collection of multiple physiological signals using the smart wearable and the analysis of this data through HOTS on the companion smartphone application.

*ongoing