Synopsis: Ict:


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allowing users to decide the recline and support that best fits them. Because the back of the seat is fixed in place

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#3d printed biodegradable underwear can be made in 3 seconds 3d printed underwear. For those who hate to do laundry the days of washing your underwear may soon be over.

Thanks to the power and versatility of 3d textile#printing, the Tamicare company has created a biodegradable

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#Barkbox caters to the canine obsessed Barkbox Matt Meeker, president and CEO of#Bark & Co.,has created a dog-themed subscription service that caters to the canine obsessed population.#

He found it through Facebook and signed up because he thought it was great. That was the moment when

He cofounded Meetup. com, tried his hand at a hardware company, and spent time at online ad agency i-traffic in the late 90s.

The website, which has been described as a dog-themed Buzzfeed, started with one post a week.

The app allows users to chat one-on-one with veterinarians or pay $99 to summon them for house calls.##

##But there s this core market of people who are obsessed with their dogs, treat them like children,


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#Government mass surveillance will create a surge of technology spending A simple graphic that shows how the NSA hacked Google.

that itself is going to be a lot of hardware, software and thousands of tech jobs. Country vs Citizens The NSA collectes metadata on all phone calls in the country who called whom,

when and from where. It is easy to see how this data could be very useful in tracking the networks involved in illegal activity.

Or political opponents. If information is power, this is the hammer of Thor (Thor 2 was so-so by the way).

can pass up the opportunity to gather this data? Outside of a few advanced democracies with active civil liberties protection groups, there is no countervailing force to stop a government from collecting

and using this data. The only hurdle is the technology and skills to mine a massive data set like this.

Which money can buy. Expect countries to spend a lot on this and other Big brother technology.

Companies vs Governments The US is a hub for internet companies and cloud companies that carry the private data of people and businesses around the world.

Much of this data travels through pipes in the US or sits in databases controlled by US companies.

European and other advanced nations are likely to enact laws that prevent companies like Google

##and keep the data of their, say, German customers in Germany with restrictions on who can this data be shared with.

On the other hand companies like Google will have to work hard to regain the trust of their customers.

Google is already#taking measures#to prevent the NSA from eavesdropping without them knowing. Apple is#making noises#that they might challenge the legality of not allowing them to disclose

when information has been shared with the government at their request. Companies vs Companies The other things that all companies will realize not just cloud companies with user data is that their IP is not safe.

In the past year, the Chinese hacking incidents being reported have raised already awareness of this issue. But what the NSA files make clear is that ethics

Protection of IP and confidential information will become a key concern for companies. Much more than it is today.

and confidential information is protected by online services. Now that they know that###Enemy of the State###is for real

Perhaps there is a need for##information security rating agencies##that rate online services on how they protect users confidential data from hackers and governments everywhere.

Perhaps people will increasingly want to#roll-their-own email#rather than use Gmail or Yahoo mail.


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desktop 3d printing technology, so hobbyists won t yet be capable of replicating this sort of weapon at home.

since the folks at Solid Concepts have fired already successfully their handgun 50 times without it failing. 3d printers capable of printing metal are#on the rise,

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#Sono could soundproof your home from city noise Sono Living in a city has plenty of perks.

Its included suction cup mount has an##energy antenna##embedded inside to gather electromagnetic activity (such as from#Wi-fi signals) to translate for use as power,

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#Top 7 reasons you need to learn reactive programming The U s. Bureau of Labor Statistics projects a 22 percent growth in programming jobs in by 2020.

Steve jobs said, in the now infamous##Lost Interview, ###Everybody in this country should learn how to program a computer,

because it teaches you how to think.####We all know that learning to code is one of the most hyped skills right now and for good reason,

The U s. Bureau of Labor Statistics projects a 22 percent growth in programming jobs in by 2020.

Programming##Micro Colleges##have sprung up in over#40 cities with Davinci Coders in Boulder, Colorado rated##top value##with its beginner-based, 11-week, full-immersion program for $6, 000.

000 for anyone who could help them hire a software developer. And now the newest trend reactive programming is rocking the developer community

exciting tech giants like Netflix and inspiring a whole new crop of innovative startups. What is reactive programming?

Spreadsheet cell formulas are hands-down the best example of reactive programming. Cells#react#to changes in the data they reference automatically.

For example, A b c means that no matter what happens to B and C a will change accordingly. Don t you wish you could program anything the same way, without worrying about dependencies?

Whether you re a software developer, a manager, or an architect, you need to get savvy about how reactive programming concepts are going to radically transform the industry.

Consider these seven reasons: 1. Declarative vs. procedural It all comes down to the difference between an imperative system and a reactive one.#

#You already know how#traditional procedural programming#(imperative) works. A business user has need a and creates a spec for the programmer.

The programmer figures out how to best create a system to produce the desired result

and then constantly updates it as things change. Whereas a declarative system (reactive) asks the business user to simply describe what they want.

Then using that description the system delivers the desired end result, of course with the help of the programmer.

The focus is on what the system should do and not#how#to do it. 2. Get to market ten times faster When implemented correctly,

reactive programming lets computers take care of dependency management rather than leaving that work to the programmers.

As a result, the code size reduces drastically. That means 500 lines of old-school coding shrinks to five lines using reactive programming. 3. Keep up with changes In our hyper-competitive environment,

the old model of waiting months to accommodate changes just doesn t work. Reactive programming means changes can be made without worrying about logic ordering.

Ordering is the main cost-component of traditional programming, requiring significant analysis for each change.

Just like the simplest spreadsheet, reactive programming means logic is ordered automatically based on dependencies 4. Improve code quality Traditional code is error prone.

It must not only be correct; it must be called. Reactive logic is applied automatically to all changes it s the next level up in reuse beyond object-oriented programming. 5. The big kids are into it Microsoft#led the effort#by releasing Rx extensions to its.

NET framework. Since then, companies like Facebook, Netflix, and Twitter have followed suit, adopting the model to slash their development time.

And now Gartner has included reactive programming in its#newest report#on the hottest application developmenttrends of 2013.6.

It s not just for the front end While Microsoft laid the foundation with the release of reactive extensions to.

NET called Rxjs now many implementations including Flapjax, Bacon JS, and Elm are gaining popularity for front-end development.

Today, startups are even starting to apply these concepts to development of the backend, which means delivering the backend part of the app in a fraction of the usual time. 7. Links business

and IT Imagine IT teams and business users being able to look at the same document

and discuss how to build the systems. That s how simple it is. Think of it like an executable cocktail napkin,

where business users describe what they want and that specification is close enough to what IT uses to simply execute.

Reactive programming opens up a whole new era of communication and collaboration between IT and business users.

When implemented correctly, reactive programming is the ultimate nirvana. Those 500 lines of code are distilled away,


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#75%of Chinese consumers interested in buying wearables devices The market size of Chinese wearable devices could reach $1. 87 billion by 2015.

One of the most anticipated digital products, after smartphones and tablets is wearable devices, even though manufacturers still have a long way to go to commercialize them.#

#This anticipation is demonstrated in a report recently released by Baidu with 93.1 percent of the interviewees familiar with the concept of wearables

##Giving no consideration to prices, 49.3 percent and 46.6 percent of the customers may purchase smart bracelets and smart watches, two main categories of wearable devices, respectively,

According to the report, 48.1 percent of the users hope wearable devices can help them to keep fit and 37 percent want to use them to overcome laziness and implement sports plans.

The report adds that users are interested in features such as body-sensing interactions and cross-platform cloud data.

Customers look forward to more appsdedicated to wearable devices rather than apps already available on smartphone. Wearable devices already released by Chinese manufacturers include Shanda s Geak Watch,#Qihoo s 360 Child Guard,#T-Watch,#inwatch,

and#CWATCH, among others. The future wearable device market has abundant manufacturers, but lacks a common platform, like Androidand ios for smartphones,

which enables all related wearable devices to operate and store data on it. Research institution iimedia predicted that the market size of Chinese wearable devices would reach 11.49 billion yuan ($1. 87 billion) and shipments of 40 million units by 2015.

And it s not just China: Wearable device mania has swept the whole world. An Australian research institute predicted that one fifth of Australians would have one wearable device each in the future year, with shipment reaching 36 million units.

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#Off-grid solar is the next big market in clean energy Off-grid solar The off-grid clean energy market is booming.

Sub-saharan africa is seeing#300 percent#compound annual growth in off-grid lighting; Bangladesh is putting up#30,000 to 40,000#solar home systems every month;

but she has a mobile phone or other device and really wants to keep it charged.

So she opts for a small home solar system to cover basic needs like mobile charging.

solar is actually cheaper than the alternative (kerosene plus phone-charging) when financed. That s because close to 1 billion people have risen above the poverty line over the past twenty years,

Clearly, mobile phones are important to this story. In 1998 mobile phone penetration in developing countries was just 1 percent.

Today, roughly 75 percent of global mobile connections originate in emerging markets. Going forward, four out of every five new mobile connections will come from the developing world,

where reliable grid access is scarce. For much of the world s poor, access to mobile networks has surpassed access to#energy,

water and even basic sanitation#leaving an estimated 550 million people with phones who can t even charge them on a regular basis.

So if all these factors are aligned, why isn t more being done? The answer boils down to finance.

Right now, the space is cash-starved and entrepreneurs are spending the vast majority of their time cobbling together financing,

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#Internet of things will be the biggest business in the history of electronics Imagine a world filled with hyperlinked smart objects that are constantly interacting over a network to improve user experience IRL.

The Internet of things is perhaps the buzzwordiest buzzword in all of the tech sector right now, as it promises to produce a sleek, futuristic,

Recent projections from some of the industry s biggest players say the Iot could be a#$15 trillion market#in just six years.##

and GE are both evangelizing the internet of things and gearing up for it. They need two things, primarily:

allowing, for instance, a consumer to control his TV, house lights, and AC unit from a smartphone#or augmented reality devices like Glass##isn t actually all that far off.

There are already about 3. 5 billion sensors#out there##up from just 10 million in 2007.

In the last six years, we ve gone from 10 million sensors##in things like the Nintendo Wii and iphones##to 3. 5 billion.#

According to#Cisco s Connection Counter, there are approximately 10,700, 000,000##people, processes, data, and things##currently connected to the internet.

The internet of things is comprised already of 10 billion moving parts. To make it all work in a concerted fashion, to meaningfully corral all that data,

we d just need more sensors. Those sensors can cost less than $1 and consume almost no energy##it s all about mass manufacturing and deployment.

That s why Bryzek is shooting for one trillion by 2020. It s part of the Summit s#roadmap

There are, of course, myriad concerns lurking in this grand new internet of stuff. We now know how easy it is for organizations like the NSA to peer into our emails and#location data.

A hyper-connected world#ups the opportunities for data collection, big time, and for hacking, too.

Sensors will no doubt be employed to bombard us with tailored advertisements as we pass node points in public, like restaurants, theaters, shops.#

the Iot also enables more acute exploitation of biometric tech, like#RFID chips that users carry with them on their persons;#

#some schools already require students wear them as bracelets that sensors can pick up to#deter truancy.

The Iot could improve our lives in numerous ways##making life more convenient, efficient, and sustainable.#

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impactlab_2013 00226.txt

#Since monitoring emails and phone calls wasn t enough, NSA now plans to watch you with super tiny drones Black Hornet Flying insects have one huge advantage over humans:

the gift of enhanced mobility. Insects are small and nimble enough to get into almost any tight space,

Images and camera feed are sent to a seven-inch wide mobile device supplied in the PD 100 kit,


impactlab_2013 00227.txt

the train station or even their downtown office will be able to hail a pod by way of a simple smartphone app.

smartphone-hailed pod cars will someday grace the streets of cities all across the world.

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#3d printed meat may be coming sooner than you think Modern Meadow is developing technology to provide instant meat.

##so named because Google s founder Sergey Brin bankrolled it. have heard you of Modern Meadow, though?

#For now, it is focusing on synthetic meat made with 3d printers.####Artificial food seems to have a particular attraction for young tech barons,

for one of Modern Meadow s main backers is#Facebook s Peter Thiel. Though Modern Meadow is not a publicly traded company,


impactlab_2013 00231.txt

substituting a super capacitor made from advanced carbon fiber-based nanomaterials that can be integrated into the body panels of the vehicle.

and roof panels are made of nanomaterial (see image below) that replaces the electric batteries used by conventional EVS.

The vehicle plugs in to initially charge and then recharges the supercapacitor panels during braking.

Additional panels can power the drive train. Volvo has yet to get beyond building a few of the panels

but it is encouraged by early tests which show that the material stores energy much faster than conventional batteries.

Integrating power storage into body panels is not a new idea. The#Lola B12 69/E, an electric racing car that recently set a land speed record for EVS of 328 kilometers (204 miles per hour,


impactlab_2013 00232.txt

#The 3d printer that can print a 2, 500 square foot house in 20 hours Contour crafting.

There have been huge advancements in 3d printing.##We have seen 3d printed oversized wrenches that measure 1. 2 meters in length.

using 3d printers to build an entire house in 20 hours. In manufacturing we use a process called CAD/CAM (computer-aided design/computer-aided manufacturing.

3d models are designed on a computer and then manufactured using CNC Machines or 3d printers. The design is manufactured into a physical object automatically, with instruction from 3d computer model to physical object without human interface.

Automated construction basically scales up this process. The size of the 3d printer is large enough to construct walls by depositing concrete based material layer upon layer to build a Wall in this video,

we see a prototype of a machine called#Contour Crafting. Via industry tap Share Thissubscribedel. icio. usfacebookredditstumbleupontechnorati swfobject. embedswf (http://www. youtube. com/v/Jdbjp8gxqog&

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#Japanese inventor finds solution to global trash problem by converting plastic to oil This Youtube video about the invention of a plastic-to-oil converting machine went viral

and exceeded 3. 7 million views. This shows that concern over##the plastic problem##is certainly not going away,

despite encouraging bans on and decreases in the use#of plastic shopping bags.####Here on Our World, on the video s#Youtube#page and those of re-posters too,

as well as on the hot#Reddit Science#link, the topic has generated much interest and debate amongst commenters.

Many think that this type of recycling is not a solution, but that instead the world should be focused seriously on the first##R

According to Plastic Waste management Institute#data,##effective utilization##includes not just the 20%that is actually recycled,

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#Electric power without transmission lines Hundreds of companies are investing in electricity transferred through magnetic fields. Nikola Tesla, the inventor and rival to Thomas Edison, in the early 1900##s built the Wardenclyffe Tower, a 187-foot-high structure on Long island,

More than one hundred companies including startups such as Witricity and Proxybypower and giants such as Toyota (TM), Intel (INTC), Samsung,

You can already buy wireless recharging pads: Place your cellphone on a pad that s plugged into the wall,

and it will recharge. These pads, however, have their limitations##the cellphone has to be in the right position,

and it can take a long time. A New zealand company called Powerbyproxy has demonstrated a system where you can put multiple cellphones on a pad in any position,

and it will charge the devices as fast as a traditional charger. Samsung last month invested $4 million in the company.

and a device installed on a cellphone or an electric car receives the power and starts recharging.

It will be the last thing to go wireless, but it will go wireless.####Is the process safe?

In recent weeks, Intel and Hon hai/Foxconn, seeing wireless charging as a possible killer app for electronic devices such as laptops

and cellphones, invested in Witricity. Schlumberger, which is interested in cutting the number of wires in its oil rigs to save maintenance costs

which is reported to have plans to test a wireless charging station for plug-in cars. The technology has applications outside the consumer sphere as well.

Until then, where did I put that cellphone charger again? Photo credit: CBS News Via CNN Share Thissubscribedel. icio. usfacebookredditstumbleupontechnorat d


impactlab_2013 00237.txt

U s. embassies around the world this fall are hosting weekly discussions for students enrolled in free online courses, called MOOCS, in partnership with Coursera, the Silicon valley-based platform with over 5 million users.

There will be over 30 sites to begin with in countries like India, China, and Bolivia. Topics include English, science, technology, engineering, business, and U s. civics.##

And the embassy is following up with a business plan competition for local students, with an#ipad#Mini as the prize.

Alejandra is working on a website that gathers data about rural areas in Bolivia.####I ve been fascinated with MOOCS


impactlab_2013 00239.txt

It uses proprietary algorithms to reduce false alarms. Lockheed touts the##field -and-forget##technology as providing maximum coverage at minimal costs,

Earlier this year, a former Lockheed martin subcontractor made headlines for attempting to sell on ebay for $10 million#an early 2000s prototype of the surveillance rock before Lockheed pulled the plug on the project.

Included in the package were hundreds of pages of detailed development instructions, two years of emails with Lockheed and some hardware##but no rock.##


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#Google hopes to cure death with its new health startup Calico Google is planning to launch a new company with the absurdly ambitious objective of extending our lives. alicois the name of the company

Google gave exclusive access to Time magazine for a story on the new venture. Underscoring the scope of Google ambition,

the cover of Time asks, an Google solve death? That, in a nutshell, is the goal of Calico.

Sounds like a joke, but it not. On Google+,Google CEO Larry page wrote, K so youe probably thinking wow!

That a lot different from what Google does today. And youe right. But as we explained in our first letter to shareholders,

there tremendous potential for technology more generally to improve people lives. So don be surprised if we invest in projects that seem strange

or speculative compared with our existing Internet businesses. And please remember that new investments like this are very small by comparison to our core business.

Levinson is current the chair of Apple board. He has the blessing of Apple CEO Tim cook to start this new Google-y company.

In a release Cook said, or too many of our friends and family, life has been cut short

On Google+he says, t still very early days so there not much more to share yet.

expect it to use its core data-handling skills to shed new light on familiar age-related maladies.

That why Google is doing self driving cars, and balloons floating in the air with Internet connections. Google which boatloads of cash,

and limitless ambition sees itself as the only company willing to take big risks like this. not proposing that we spend all of our money on those kinds of speculative things,

says Page in an interview with Time, ut we should be spending a commensurate amount with

MOUNTAIN VIEW, CA September 18, 2013 Google today announced Calico, a new company that will focus on health and well-being, in particular the challenge of aging and associated diseases.

Google CEO said: llness and aging affect all our families. With some longer term, moonshot thinking around healthcare and biotechnology,

And here his Google+entry: I excited to announce Calico, a new company that will focus on health and well-being, in particular the challenge of aging and associated diseases.

That a lot different from what Google does today. And youe right. But as we explained in our first letter to shareholders,

or speculative compared with our existing Internet businesses. And please remember that new investments like this are very small by comparison to our core business.

Art and I are excited about tackling aging and illness. These issues affect us allrom the decreased mobility

And Arthur Levinson is also on Google+with an announcement: You may have seen the news (http://goo. gl/Kjre4q) that Google

and I will be starting a new company focused on health, aging and well-being, called Calico.

When I served on Google board,+Larry page and I got to know each other wellnd when he and Bill Maris approached


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A small Photo Voltaic solar panel provides power for the micro controller, sensors, various valves, etc.


impactlab_2013 00953.txt

nozzles, and computer-controlled irrigation covering thousands of acres that conserve millions of gallons of water each day. s a brewer, we know that the area we can have the biggest impact in reducing water usage is within the agricultural supply chain,


impactlab_2014 00001.txt

#Battery-free Wifi devices that run on radio waves What if devices could pull enough power wirelessly from the air to run themselves

Mobile devices have become radically smaller and more powerful in the past 10 year. The list of#tech-related tasks that the mobile devices we all carry around has grown longer by the#year.

The next step in technology s great disappearing act? Absorption into our clothes, body, and environment.####The question of how best to power that next step,

Wearable and Internet-of-Things technologies need to be on all the time. In the former case, taking something on or off for recharginglike a health monitoring devicecauses data loss and increases the chances it won t be used as much as it should or at all.

And you don t want to wire or charge sensors embedded throughout#smart homes, offices, cities. But what if these devices could pull enough power wirelessly from the air to run themselves

Not so#according to a group of University of Washington engineers#who are building a communication system called Wifi backscatterthe system powers devices using radio waves

and connects them to laptops or smartphones over#Wifi networks. Previous research had shown it possible to run low-power devices off radio, TV,

and wireless wavesthe most recent work, however, took these devices a step further by allowing them to send their own signal using far less power than is required usually.

If Internet of things devices are going to take off, we must provide connectivity to the potentially billions of battery-free devices that will be embedded in everyday objects,

said Shyam Gollakota, a UW assistant professor of computer science and engineering. We now have the ability to enable Wifi connectivity for devices

while consuming orders of magnitude less power than what Wifi typically requires. How does it work?

The team made a tag that listens for Wifi signals being sent from a local router to a laptop or smartphone and vice versa.

The tag s antenna encodes data#by selectively reflecting or absorbing the signals. This selective reflection makes tiny changes in signal strength that can be detected

#and decoded#by other devices. Using this method, more powerful central devices#like smartphones, tablets,

or laptops can communicate with a range of low-power devices and sensors within about two meters and at a rate of one kilobit per second.

A pair of smart socks could for example, relay data about your jog to a jogging app on your phone.

Or temperature sensors throughout your house could communicate with thermostats to maintain an optimal temperature inside.

and UW associate professor of computer science and engineering and electrical engineering, says that although the signals are tiny

Given the prevalence of Wifi, this provides a great way to get low-power Internet of things devices to communicate with a large swath of devices around us, Ranveer Chandra,

#a senior researcher in mobile computing at Microsoft Research,#told the#MIT Technology Review. Via Singularity Hub Share Thissubscribedel. icio. usfacebookredditstumbleupontechnorati swfobject. embedswf (http://www. youtube. com/v/snzwgazqo2c&

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