The world Marc Goodman outlines in exhaustive detail in his forthcoming book, Future Crimes, is as real, gritty, and frightening as life outside the Matrix. Indeed, Goodman opens his book… read more
Internet of Things
Last week, a man crash landed his drone on the White House lawn. Evidently, the individual, a member of a US intelligence agency, had been drinking and was showing off… read more
Sensors are cheap and abundant. They’re already in our devices, and soon enough, many of us may elect to carry sensors in and on our bodies, and embed them in… read more
We’ve often written about the “Internet of Things.” This is the idea that as chips get smaller, more energy efficient, and more connected, we’ll embed them in everything around us to… read more
When the first Samsung smartwatch was released last year, there was a collective groan. It looked like a smartphone for your wrist, boasting a fraction of the capability. It was… read more
In the last decade, mobile devices have become radically smaller and more powerful. The list of tech-related tasks that the miniature black monolith we all tote around has grown longer by the year…. read more
The Scribble pen can identify and reproduce 16 million colors you might come across in daily life. The pen uses a 16-bit RGB color sensor to identify the colors of… read more
Have you ever wanted to explain exponential technology to someone—but didn’t know where to start? We’ve got a video for you. Watch Peter Diamandis and DrawShop discuss six key technologies… read more
While the Internet of Things continues to grow, its adoption is progressing much more slowly than that of, say, smartphones. The trouble may go back to Steve Jobs’s famous talking point: The Internet of Things lacks a common platform that “just works” the way the iPhone did. Freeboard and Dweet, two modular products from New York-based Bugs Labs, are trying to solve that problem.
With the Raspberry Pi, a programmable credit card-sized computer, British computer scientists sought to rekindle garage innovation. What would young students do with the power of computing if they could buy a computer for just $35 and access all of its parts?
A Wi-Fi-connected collar called Silent Herdsman monitors cows’ movements to determine, with the help of artificial intelligence software, when they are in heat. It may sound absurd, but the name of the game in milk production is impregnating cows as soon as possible after they’ve had their last calf.