“Wearable technology Fitbit” now have an electrocardiogram function that can specify whether a user is encountering atrial fibrillation!!

Each year our markets are full of new technology fitness trackers and smartwatches for buyers. These products are rig out with different algorithms, sensors to monitor the activities and along with mobile applications. With an increasing number of demand for these devices shows immense positive responses by the consumers. The benefit of devices is used to collect data and bid in the diagnostic and treatment of the patient. So have an overlook on this tracers.


Fitness Technology

The technologies are in the form of applications, heart rate monitors, GPS tracking appliances, smartwatches, and operational activity tracers. Fitness devices transfigure the scenario of the fitness industry at a phenomenal rate. Recent days these devices became synonymous of health clubs as treadmills and free weights. Its appearance and advancing over more than a decade. These devices are not form only to track members performance and headways but grab users attention, engage members and increase retaining.

Fitbit Tracer

In 2009 Fitbit tracer was set in motion. Since then, the wearable number has increased, and tech giants grasping have accumulating swiftly. According to statista.com, crucial business – data manifesto, last year did shipping of total 222 million. This projected figure has documented as to hit 302.3 million by 2023. Google the tech behemoth in November coerce an offer to purchase Fitbit for $2.1 billion. Its been a dramatic agreement of wearables prospect in some markets. It includes medicine, fitness, and healthcare.

Fitbit Features

It traces the steps taken by us in a whole day. It measures heart rate, calories burning in a whole day. And calculates the time we spent in sitting and as well our sleep duration and qualities. Fitbit has an electrocardiogram function that can specify whether a user is encountering atrial fibrillation, a sober irregular heart flow.

Wearable sensors

In the medical sciences, sports and security field wearable sensors have immense uses. Wearable sensors can easily observe abnormalities and invisible situations. The sensors can trace certain symptoms and closely monitor corporeal parameters. These sensors prove to be helpful for healthcare departments by allowing continuous supervision of patients without getting medical aid. Moreover, in the sports field to measure sweat rate was only possible in labs. But with the discovery of these sensors, it reduces the time, cost and energy emerge in practical testing.