The Internet of Things is no longer a science fiction excerpt but an operational concept in the current world. Soon, your toaster will be able to inform you when your slice of bread isn’t brown evenly. This, of course, follows a progressive tide that will see the Internet of Things take over merely every aspect of manufacturing and processing and learn more about Jason Hope.
In essence, the seamless wireless connection of everyday appliances and the Internet of Things is widely considered to be a marvelous transformation. This essentially means that medical equipment, toothbrushes, and even cars have dramatically shifted in how they operate. As a testament to the rapid change taking place, Gartner Inc., recently predicted over 25 billion appliances would become connected to the Internet of Things by 2020.
The key to making this transformation a success lies in harnessing Bluetooth beacon technology, a prerequisite of the IoT, which significantly makes it possible for appliances to communicate with each other and with people. The beacon primarily acts as a transmitting device which collects and relays information to other parties. With advancement in technology, most beacons have been configured with sensors tiny enough to stick anywhere and transmit data. As much as the Internet of Things has been lauded for its benefits, it’s crucial to analyze the broad implications it could have for the airline industry and read full article.
Airline companies have taken adequate steps to safeguard their airplanes with numerous tech-enabled devices. For instance, Boeing 787s, which are synonymous with Virgin Atlantic, have fully adopted internet-enabled devices as they come. From the nose to the rudder, each component is dependent on a wireless network which collects and conveys real-time data. More importantly, scheduled maintenance procedures are automatically configured and tracked. Operation wise, news regarding a poorly performing engine instigates a rapid response from the ground staff leading to a highly efficient team of mechanics on standby in the plane to take necessary actions and his Linkedin.
Efficient Customer Service
The Internet of Things has enabled swift customer communication via email regarding boarding passes at least 24 hours before take-off. Alternatively, there is no need for logging in on websites or apps to receive such information.
Aside from being an avid fanatic of IoT, Jason Hope is also known for donating to the SENS Research Foundation through its ambitious plan to reduce the aging process with the aid of stem cells. It’s just a matter of time before concrete results can be obtained. Jason Hope is an alumnus of the Arizona State University with a Bachelor’s degree in Finance and a Master’s of Business Administration from Carey School of Business.
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