BC Business Magazine: Vancouver’s wearable tech stars

bc_business_dec_2013_cover

The latest issue of BC Business Magazine looks at a few local technology companies which are leading the way in wearables.

One company making waves is Vancouver-based Fatigue Science, which combines a bracelet called the Readiband with deep analytical software… The Vancouver Canucks have been ardent fans of the company’s product and went so far as to sign an exclusive four-year deal with Fatigue Science to prevent competitors from taking advantage of the technology.

Read the full post

RELATED POSTS

,

Fatigue Science Receives Funding for Forecasting Sleep and Fatigue Predictive Analytics from Industrial Internet of Things Data

Fatigue Science, a global leader in predictive human performance data in elite sports, military and heavy industry, is pleased to announce that it will receive advisory services and up to $99,780 in research and development funding from the National Research Council of Canada Industrial Research Assistance Program (NRC IRAP).
,

Fatigue Science launches ReadiAnalytics, providing real-time insights into worker fatigue and its causes

Fatigue Science, a global leader in providing predictive human performance data to heavy industry firms, elite sports teams, and the military, is pleased to announce the launch of ReadiAnalytics, a first-of-its-kind analytics platform. ReadiAnalytics delivers real-time, validated, and objective insights into workforce fatigue levels and its root causes.
,

Fatigue Science Announces Formation of Scientific Advisory Board

Fatigue Science, a global leader in providing predictive human performance data in heavy industry, elite sports, and military, is pleased to announce the formation of a Scientific Advisory Board (SAB).  The new SAB is comprised of three experts in fatigue risk management, wellness and human performance, sleep science and sports science. This group will support Fatigue Science's mission to provide a gold-standard enterprise solution based on validated science that, through wearable-based sleep data, quantifies and predicts the effects of sleep disruption and schedules on reaction time and cognitive effectiveness.