A term describing the interconnectivity of multiple physical devices via the World Wide Web, the Internet Of Things (IoT) is often thrown around as a buzzword or hyped as a flashy trend.
But as of 2016, the importance of the IoT can no longer be ignored. The same technology that can be used to flush a toilet every time a toaster turns on can also be used for things like improving prenatal health care, preventing sports-related injuries, and enhancing our indoor air quality.
The following IoT products go beyond financial success by proving just how integral the IoT is becoming to our health and wellness.
When babies are born prematurely, they are often taken to a neonatal intensive care unit and put into an incubator. This reduces the risk of infection and helps maintain hydration. It’s essential for the baby’s survival, but there is a cost: The mother is unable to physically interact with her child.
The company BabyBe Medical believes there’s a better way. Using Intel’s Edison developer board, the BabyBe helps connect premature babies with their mothers by replicating the movement of the mother’s heartbeat and lungs for the baby.
The BabyBe is made up of three parts. The baby lies atop the Bionic Mattress, a pad comprised of air bladders and heating elements, and the mother holds the Turtle, a devices that mimics the feel of a baby’s body, against her chest. The Cradle, which sits beside the incubator, translates data from the Turtle into pneumatic actions for the Mattress.
Allowing premature babies to experience their mother’s movement and touch can expedite healing and development time, which means less time in the hospital, fewer hospital bills, and a more fulfilling mother-child bond.
While America’s Funniest Home Videos showed us just how much we all love watching children hurt themselves, sports-related concussions are a serious issue, and according to the National Athletic Trainer’s Association, sport-related concussions account for 58 percent of all emergency department visits in children aged 8 to 13. But in an IoT world, not even Bob Saget can get in the way of safety.
In 2011, a man named Scott Clark watched his 10-year-old son take a nasty hit during a hockey game. After wondering whether or not his son had a concussion, he decided to do something about solving that particular guessing game. So he co-founded Shockbox, a device that attaches to a player’s helmet and uses sensor technology and Bluetooth to measure head impacts. If the Shockbox records a hit hard enough to result in a potential concussion, it notifies coaches via their smartphones. It also tracks the time, date, hit direction, and force estimate of each impact, making it much easier for coaches to decide if and when to pull a player from the game.
In 2015, Shockbox was acquired by i1 Biometrics, a company dedicated to reducing sports injuries. With this additional backing, hopefully the Shockbox and other products like it will become the standard for collision sports.
No, Foobot isn’t a Dave Grohl robot clone, although one can dream. It’s actually the first air monitoring system that both monitors and improves indoor air quality. Give me the best indeed.
Created by the European company Airboxlab, the Foobot is equipped with internal sensors that measure the levels of volatile organic compounds, carbon dioxide, carbon monoxide, and particulate matter in a user’s home. When levels reach a critical threshold, Foobot sends the data right to your smartphone, and by integrating with products like Amazon’s Echo, Alphabet’s Nest, and If This Then That (IFTTT), Foobot can turn your home into a smart home by adjusting air purifiers, filters, and other connected devices.
Launched in 2015, Foobot quickly won over consumers by achieving a 90 percent retention rate after three months. This may be due to the fact that Foobot is the most intelligent air monitoring system available, and anyone concerned about their air quality, their daily health, or allergies should consider letting a Foobot into their home.
Continue reading %5 Success Stories from the Emerging Internet of Things Market%
via Reme Le Hane