Marc Gilbert got a horrible surprise from a stranger on his 34th birthday in August. After the celebration had died down, the Houston resident heard an unfamiliar voice coming from his daughter’s room; the person was telling his sleeping 2-year-old, “Wake up, you little slut.” When Gilbert rushed in, he discovered the voice was coming from his baby monitor and that whoever had taken control of it was also able to manipulate the camera. Gilbert immediately unplugged the monitor but not before the hacker had a chance to call him a moron.
We live in an age where household objects can now intelligently communicate with each other via wireless protocols.
Ever heard of the ‘programmable world’? Maybe not. The phrase, as far as I know, was coined by a US Wired journalist, Bill Wasik, in an article earlier this year.
Put simply, the programmable world is one where physical objects – lights, coffee pots, garage doors, AC units, alarm systems, sprinkler systems, and sensors – humidity, temperature, motion, etc – talk to one another via wireless protocols to make those physical objects ‘intelligent’.
Others have called the phenomenon the Internet of Things, the Internet of Everything or the Industrial Internet (inappropriate, according to Wasik, because most of the devices aren’t actually on ‘the internet’) or the Sensor Revolution (inappropriate because it ignores the devices themselves).
Broadcom has become a big name in consumer electronics and networking chips. But now the multibillion-dollar Irvine, Calif.-based chip design firm sees an even bigger opportunity in the market of silicon chips for wearable computing devices. The market for connected, wearable electronics is expected to hit $1.5 billion by 2014. And the company’s WICED Direct platform brings Internet connectivity to all sorts of previously unconnected appliances and wearable devices.
These days the world is full of gadgets that sync with services (and even other gadgets), but some people seem to think it isn’t quite full enough. That’s why digital marketing firm R/GA has partnered up with Techstars to launch a new startup accelerator program devoted solely to these sorts of connected devices.
The evolving relationship between humans and machines is the key theme of Gartner, Inc.’s “Hype Cycle for Emerging Technologies, 2013.” Gartner has chosen to feature the relationship between humans and machines due to the increased hype around smart machines, cognitive computing and the Internet of Things. Analysts believe that the relationship is being redefined through emerging technologies, narrowing the divide between humans and machines.
If you liked the early days of cloud computing, you’re going to love the Internet of things (IoT) and its less-sexy cousin, machine-to-machine communications. Certainly, you’ll be in elite company. Cisco is dedicating an entirely new business unit to the fledgling effort. AT&T has built two shiny new facilities dedicated to developing things like smart luggage that can locate your bags in the airport so you don’t lose them. Verizon has a program aimed at transportation. Broadcom, Oracle, Samsung — all are in the hunt. Intel says IoT technology will enable 3.8 billion more connected “things” by 2015. At an average cost of $100 per item, we’re talking $380 billion (about the GDP of Austria) in just two years.
Explaining digital health and the impact of future health sensing technologies.
Too many products look like they were designed by men in Silicon Valley for men in Silicon
Valley, says one wearable tech CEO. The people in real life who wear Nike Fuelbands, Jawbone Ups and Fitbits may not be models, but they tend not to be the people most in need of extra fitness motivation. So how do you get the less-fit masses to join the fitness-tracking bandwagon?
According to a new report, Apple has been bringing on board experts in sensors that monitor the human body. Here’s how that could play into the company’s “iWatch” effort.
There’s a significant shift going on in how health care is delivered today, due to several key developments:
- Payment models that reward providers for patient outcomes rather than traditional, per-procedure methods or number of visits;
- The imposition of penalties for hospital readmissions; and
- The rapid adoption of smartphone and sensor technologies.
Health sensing technologies, data analytics and visualization tools enable continuous monitoring and assessment of patients anywhere at any time. These technologies have the power to decentralize health care by challenging traditional delivery systems currently centered around hospitals, clinics and physician offices. Such technology engages patients and caregivers by providing them with the most timely, actionable and relevant data at point-of-patient – the home, office or wherever the patient is located.