The next generation of the IoT will digitize smaller, cheaper things that are generally high volume and low cost but important nonetheless. Whether they are pharmaceuticals, electronic components, industrial parts or food, these are things that travel through global commerce in quantities of billions but to which it would be too expensive or impractical to add a sensor.
Instead, these items will be given a data tag similar to a barcode or a QR code – the square grids often used on physical objects like packages and magazine ads that act as a bridge to the digital world when scanned with a smartphone. However, it isn’t practical to add a traditional printed barcode to things like gears, pills and circuit boards, so advanced materials, such as plant DNA or nano-scale symbols, will be used as markers, allowing for almost invisible tagging.
Edible smart tags to fight fake pills | Forum:Blog | The World Economic Forum.
via Neat tagging: Edible smart tags to fight fake pills.
So much of our connected living room today bears the label ‘Made in China’. 3D printing has been heralded as a way to democratise the world’s manufacturing lines, offering us to be able to fabricate what we need locally. With the huge amount of FDM printers flooding the market and more to come as Patents for FDM and SLS expire, we would see a huge amount of Chinese players offering you the 3D printer that finally lands on your workbench.
Beijing based trade association plans to build 10 innovation centers for 3D printing (pronounced like “san D da eeng” in Chinese) technology in 10 cities in China in the near future, with a planned investment of 20 million yuan ($3.3 million) for each center. The centers mainly aim to serve manufacturers, and the AMA is calling for fiscal policy support from the government.
Manufacturing group to build 3D printing innovation centers – People’s Daily Online.
Recently, Chinese astronauts sat in 3D-printed seats on their historic space flight. Each printed seat was tailored specially for that particular astronaut’s unique size and shape. On the industrial front, China is now home to seven 3D printer manufacturers, including a consumer-level model called the UP!. And, United States-based Stratasys (the largest 3D printer company in the world) employs about 150 employees in its Hong Kong office and plans to open an office in Beijing. – See more also at LiveScience insights
MIT Tech Review plays with the Leap Motion Controller and unfortunate puns of ‘not leaping for joy’ are their verdict. However, Gesture control technology would enable a much easier, intuitive and gratifying way of interacting in the connected living room, especially for gaming, next generation video/audio interaction, etc. It seems that Leap needs to cover some further ground before it is going to deliver a seemless, instantly gratifying experience.
As someone who has Carpel Tunnel, I believe they ought to consider how gesture control would work in conjunction with other devices as this was the most worrying of all comments in the review:
“I also noticed something that doesn’t usually happen when using a mouse and keyboard, even though I’m routinely in front of a computer for seven or more hours a day: after an hour or so, my right arm felt really tired, all the way up to my shoulder. Even when I started fresh the next day, making motions as small and precise as I could, it still started to bug me after a while”
Review: Leap Motion Controller | MIT Technology Review.