5 Legit Alternative Websites like Microworkers

Microworkers has been a great website for earning good amount of money for users all over the world. So I was thinking why not help to multiply your earning by giving some more resource on website like microworkers. So I searched and searched a lot and compiled the top five alternative to microworkers. Here I have only listed those website which pay their website via Paypal/Alertpay (most have both options) and has good reputation in internet. Most of the website has $10 minimum payout like microworkers.



Cloud CrowedCloudCrowd (Facebook App):This website has the potential to be best among these kind of websites. And if you can utilize the website’s full resource, you can make most of it. Because jobs listed here are high paying. Moreover you do not need to register if you have FB account!
Note: In recent findings it is noticed to be the best microworkers alternative.
*Find more details on CloudCrowd Review - Earning opportunities, Payment Modes, Payment proofs.

Minuteworkers: Though I have listed this second, but you may like this site as much as microworkers, sometimes even more! Other than usual task it has a Paid Forum section. And some users are utilizing that section only to earn enough money for themselves!
Shorttask: I have found this one to be the best alternative for microworkers. But unlike microworkers at shorttask you will find many more available tasks there. I will recommend this website for users all over the world specially who do not have a PR website/blog.

Rapidworkers: Another great website for making easy money. The minimum payout for this website is only $4 and what more it is instant. Working and interface are exactly same as old Microworkers. So you will not have much problem there.

Minijobz: This website can be very much useful for members other than tier 1 country (US, UK, Canada). Minijobz provides handsome amount jobs for India, Philippines workers. You will find more International job in this website.

So these are the five reliable GPT website other than Microworkers; from each of the website you can easily make $25 per month. That means if you are spending 20 minutes in every website including microworkers, you are banking $25*6= $150 per month. Not bad for daily 2 hour investments!

Quick Addition: Although Neobux and Clixsense do not match with context, but recently they have added 'Mini Jobs' feature in addition to Paid to click for their users. And it is well rewarded!

Windows RT and 8 sales: Signs point to a major flop


Windows RT and 8 sales: Signs point to a major flop

Microsoft may be using creative accounting to paper over poor sales, but don't believe the hype that it'll lead to Ballmer's ouster

The Windows world is rocking with news that Microsoft CEO Steve Ballmer told the French-language daily Le Parisien that sales of the Surface RT tablet "are starting modestly."Unfortunately, the original interview hasn't been published online, so it's hard to tell precisely how Ballmer may have phrased or couched that comment, and as usual, there's absolutely nothing official emanating from Redmond.
That hasn't kept the tar-and-feathers crowd from speculating about Ballmer's imminent departure. Lowered Windows client sales, the litany goes, will lead to a shareholder revolt, driving everyone's favorite CEO whipping boy to retreat, tail between legs.
Hogwash.
Ignoring the fact that the Windows client cash cow has been tilting toward the glue factory for years, you can bet that Microsoft's going to post stellar Windows unit sales numbers for the fourth calendar quarter of this year and the first calendar quarter next year. The accountants already have the numbers lined up, with plenty of rediscoverable income already built into last quarter's 33 percent decline in Windows Division revenue and lots of fuzzy counting questions about free and low-cost upgrades, as well as volume licenses.
All signs point to the Surface with Windows RT selling slowly. With only two manufacturers offering Windows RT products, any sizable demand for either the Microsoft or Asus products should've led to widespread shortages. Microsoft ran out of its cheapest Surface RT -- $499 for 32GB with no cover/keyboard -- for about a week. The identical machine with a black touch cover ($599) has always been available for immediate delivery. I've never seen a single "not available" notice on an Asus Windows RT machine.
I don't expect to see sales for the Surface RT to pick up, even over the holidays. With widespread reports of Touch Cover keyboards that split open like Gallagher's watermelons, Metro apps that continue to underwhelm, complaints of rampant advertising in the apps (gimme a break -- the Metro Music and Video apps are nothing but wall-to-wall advertisements), and reported audio stuttering and spontaneous muting problems, not to mention demonstrably lethargic performance and rumors of astronomical return rates, the Surface RT version 1.0 may well be circling the drain.
What about Windows 8 sales? Microsoft isn't in the Windows 8 hardware game yet, with Surface Windows 8 Pro not expected until next year, but we haven't heard any solid statistics about Windows 8 sales on non-Surface hardware.
Two weeks ago, Ballmer was widely quoted as saying that Microsoft has sold "more than 4 million upgrade copies" of Windows 8 during its first weekend of availability, but as I explained at the time, that number could include just about anything. It isn't even clear if Ballmer claimed that 4 million copies of Windows 8 had been installed over the weekend or if the number is an odd mish-mash of disparate statistics. Once again, there's been no official word from Microsoft.
I figure we won't really know how well Windows 8 is selling until we see statistics about the number of computers HP has sold this quarter. Why HP? The company has declared that for all new machines sold after October 26, "Windows 7 will not be supported on these new platforms, and no drivers, apps, or Windows 7 content will be available through HP." If you go to the HP order site for "Everyday computing," five of the six top PCs on offer run Windows 8. The lone holdout, a 15.6-inch i3 640 GB Notebook, comes with the ancient 64-bit version of Windows 7 Home Premium. (Ingrate.)
Your opinion may vary, but I figure that's the dumbest marketing move I've ever seen from a major PC manufacturer. Sorry, Meg.
The proof's in the peddling. Let's look at HP's PC sales statistics for November and December when they're available and see how the gamble played out. My bet's on Windows 7-friendly Lenovo rolling all over HP.

Watch For Microsoft To Acquire Nokia, Nvidia

With Surface already out and a Windows Phone possibly on the way, it's clear that Microsoft means to become a big player in hardware -- but it will need to open up its checkbook.

Microsoft's move into hardware may see it "eating hard rice," in the words of one peeved partner, but moving it is. After introducing Surface, rumors are that more products are coming. But if Microsoft is to truly adopt the Apple model, it will need to bulk up. There are at least two vendors that Redmond is likely eyeing as it transitions from a software-only company into a supplier of all-in-one systems like the Mac and iPad.
First, some background. Microsoft last month shipped the Surface RT tablet, its first real entry into PC hardware beyond peripherals. Surface runs a version of Windows 8 called Windows RT, which is limited to Metro-style apps that can be obtained only from Microsoft's online Windows Store. Now there are reports that Microsoft is prepping not only its own version of a Windows Phone 8 device, which would compete with models from partners like Nokia, HTC, and Samsung, but that it's also working on a 7-inch version of Surface, dubbed Surface Mini.
So Microsoft may be getting into the hardware game for keeps. What's behind the moves? For starters, the company is sick of watching Apple's beautiful new products draw raves and set fanboy hearts afire while its partners come out with Windows-based devices that, well, let's just say can be less than impressive.
Thanks in part to Microsoft itself (and its Windows licensing fees), the PC clone business has always been about volume over quality, and quantity over margin.
To be sure, some vendors, like Dell and its XPS 12, have produced impressive Windows 8 systems. But on balance, the OEM community was never really geared for building showroom pieces. With Surface, and other possible hardware offerings, Microsoft wants to show what Windows can really do.
Second, Apple has proven the efficiency, reliability and commercial potential of the closed-loop app model. By limiting developers' access to its devices by forcing distribution through the App Store, Apple can control the quality and user experience of the software that runs on its platforms. It may not be Microsoft's fault that an application runs like crap on Windows, but the user who just shelled out for it doesn't care. It's guilt by association. Microsoft can see how well the closed-loop model is working for Apple, and it wants in on that.
To some extent, it already is. The Windows Store is the only source for Metro-style apps. Still, it's tough to exercise quality control without controlling the hardware environment. Currently, there are dozens of OEMs building Windows 8 systems.
Finally, Microsoft needs to change its business model because its existing one, selling software, will eventually go away. Android is the leading OS for smartphones, and Google charges exactly zero dollars for it. Google Apps for Business starts at just $5 per month, per user. And IBM's Lotus Symphony suite, which includes documents, spreadsheets, and presentations? That's also free.
Microsoft offers low-cost, cloud-based apps through Office 365. But it also rakes in big bucks for the client versions of Office, which start at $120. The days it can continue to do so are numbered. There's just too much free or low-cost stuff out there. So how does combining software, a business with diminishing returns, with hardware, which traditionally operates at razor-thin margins, help Microsoft?
In a couple of ways. One is by bundling. General Motors doesn't sell individual engines, or transmissions, or cup holders, because it can charge more than what those piece parts are worth by putting everything together in the form of a car. The other is that Redmond could drive a lot of players out of the industry if it expands into hardware, particularly if it decided to no longer license the Windows operating system to third parties. Less competition means higher prices, and fatter profits.
In the past, withholding Windows would have brought down the antitrust regulators down on Microsoft. But if you view today's computer market broadly, to include smartphones and tablets, it's hard to argue that the company is in a position to dominate. This is why Redmond's partners are getting antsy. Lingxian Lang, China operations manager for Acer, recently said that Microsoft's plan to compete with partners would ultimately see it "eating hard rice."
Perhaps, but Microsoft appears ready to take the risk. This is where acquisitions come in. If the company is to be a legit hardware player, it needs to do more than just contract out manufacturing to third parties. It needs to get in the game.
For hardware design and manufacturing, there is a huge global network just waiting to get scooped up. And it happens to belong to one of Microsoft's closest partners, Nokia, which could be had for a relative song. Nokia's stock price closed at $2.64 on Wednesday. Using the 42% premium that Oracle paid to get into hardware by purchasing Sun Microsystems as a guide (like Nokia, Sun's hardware business was failing but the company retained valuable software and IP assets), Nokia could be bought -- lock, stock, and worldwide production network -- for about $14 billion, based on Thursday's market cap of about $9.8 billion.
Acquiring chipmaker Nvidia, on which it has first right of refusal, would give Microsoft a key strategic asset. Apple products tend to just work because it can fine-tune its software and chips to work together as much as necessary before launching a product. Apple's ARM-based family of mobile processors need to do only one thing well -- run Apple, and Apple-approved--software. That may be why Apple is reportedly contemplating ARM for the Mac as well, and dumping Intel.
Nvidia wouldn't go cheap, as it would likely have many suitors (Google?). It could sell for 50% or more over market cap, so figure $14 to $15 billion. But Microsoft, as of the close of its most recent quarter, was sitting on $66.6 billion in cash, equivalents and short-term investments -- enough to swallow up both Nokia and Nvidia.
Will these deals happen? Hard to say for sure, but it's a good bet they're at least under discussion as Microsoft moves closer to the Apple model.

Tablets Cause Wi-Fi Stress: Truth And Fiction

Don't fall for vendor scare tactics about an impending iPad-fueled WLAN-a-geddon.

Wi-Fi wireless LANs (WLANs) have been displacing wired Ethernet as a preferred means of client access for years. Two years ago, we asked readers about wireless plans: Our InformationWeek Wireless LAN surveyfound about 40% of respondents predicting that they would largely replace wired access infrastructure within five years. Fast forward and it's likely that today's torrent of mobile devices rushing into the enterprise, whether resulting from formal, front-door BYOD policies or furtive, or back-door infiltration, is accelerating the timetable.
Worse yet for early adopters, the changing device mix means existing WLAN installations could face significant stress, if not outright gridlock, unless network managers make some architectural changes. Yet enterprises could learn a lot about WLAN design from educational institutions, which have been among the leaders in wireless deployments and have some of the highest device densities of any environment. As Ohio University's CIO, Brice Bible, is quoted in discussing his campus' recent WLAN upgrade, "Wireless is by far the most popular access method on our campus and students are bringing more mobile devices to campus than ever before."

WLAN equipment vendors have been fond of scaring customers with a Gartner report
 claiming that "enterprises deploying iPads will need 300% more Wi-Fi." (See a PDF of the entire report here).The challenges start with a dramatic increase in numbers, a situation that new devices like the iPad Mini and Nexus, as profiled in our latest research report, will exacerbate: The client count per employee could double or triple as users augment their company-issued laptops with smartphones and tablets. There are also inherent Wi-Fi hardware design limitations imposed by mobile devices optimized for portability and battery life, not network performance.
The 3x figure is derived from a simplistic extrapolation of differences in transmit power between the Wi-Fi radio in the iPad 2 and that of a typical laptop, which the paper claims to be 6 decibels (10 dBm vs. 15-17 dBm). Aside from being out of date, which the online copy of the paper now acknowledges with this disclaimer from Gartner: "(Note: This document has been archived; some of its content may not reflect current conditions,)" it's overly simplistic.
First off, the newest iPads and iPhone 5 use new wireless chips with output power comparable to a laptop. Secondly, the 300% number is derived by taking a simple power ratio, using basic math any first year electrical engineering student would know, without accounting for other physical or technical factors.
A 6 dBm difference translates to four-times the power, i.e. 3dB equals double the power, meaning theoretically you would need to space access points (APs) much more closely when using tablets to achieve the same average signal strength versus an all-PC environment. But this makes several assumptions that may not be true in practice, nor have they been demonstrated, at least in this paper, by actual testing: (a) that all the APs are already operating a maximum power (probably a safe assumption, but not necessarily true since doing so in some indoor environments may lead to excessive cross-channel interference); (b) that Wi-Fi performance is directly proportional to signal strength and that an iPad with half (or worse) the signal strength will have lower performance than a PC; or (c), that signal strength is the most important factor in tablet Wi-Fi performance. According to testing done by Aerohive in high-density, tablet-rich classroom environments, this is almost certainly not the case.
You see, the bigger limitation of tablets and smartphones isn't their radio power, but channel capacity. Perhaps the most important feature of 802.11n is MIMO (multiple-input, multiple-output) radios, namely the ability to support multiple spatial radio streams for a single connection. But this requires multiple antennas and more power-hungry, multi-stream Wi-Fi chips, two design requirements at odds with small, thin form factors and long battery life.
Thus, every current smartphone and tablet is a 1SS (single spatial stream) implementation, although things are a bit better for dual band devices like the iPad and iPhone 5 as they support a single stream on both the 2.4 and 5 GHz frequency bands. But with 1SS clients, everyone is still trying to share the same airtime on a given channel -- kind of like truckers on CB radios -- which leads to a massive RF traffic jam when a classroom of them are trying to talk at the same time.
Here's a typical example courtesy Aerohive Chief Wi-Fi Architect Devin Akin. He starts with some basic design facts, namely that an iPad needs 2 Mbps of sustained throughput to run multimedia (e.g. video streaming) applications and that there are 30 of them in the average classroom. Furthermore, a dual-radio (2.4 and 5 GHz) AP can process around 60 Mbps, or 30 Mbps per channel while using 80% or more of the available airtime on a single channel; any more leads to airtime contention (multiple clients trying to talk over the same frequency at the same time.) Thus 30 iPads times 2 Mbps per client nicely matches the throughput of a single AP, assuming you can steer half the clients to the 5 GHz band and keep them there.
Fortunately, band steering is a common feature of today's enterprise APs. As long as your 30 clients get a good enough wireless signal to maintain streaming throughput, adding power doesn't help; the primary benefit of more densely packing APs is to provide more RF time slices, since to avoid interference, adjacent APs are on different Wi-Fi channels.
Of course, if your environment isn't as client dense as a school, you might not saturate airtime even using widely distributed Aps. And here the Gartner paper does point out another potential problem: namely that the iPad (and now, iPhone 5) will aggressively 'downshift' to the 2.4 GHz band if 5 GHz performance drops off -- behavior I have witnessed many times. This normally wouldn't be a big issue if it was equally aggressive about 'upshifting' when the 5 GHz signal improves, but this isn't the case. This means that older, slower 2.4 GHz devices could get crowded out by fast-talking iPads looking for a better signal in areas of sparse coverage.
In sum, the influx of Wi-Fi tablets and smartphones into the enterprise undoubtedly means enterprise WLANs will need more APs, but the scaling factor is more likely proportional to the number of new devices, not their power output. So unless you're doing new mass iPad deployments (say in schools or hospitals), the amount of new WiFi you'll need is probably much less than 300%.

Samsung's 10-Inch Android Tablets: Which Is Best?

With its Nexus 10 tablet, Samsung risks cannibalizing sales of its existing 10-inch tablets. Let's look at the key differences.

Samsung makes a wide array of tablets. Some have small screens, some have medium screens, some have large screens. The company is currently selling several different 10-inch tablets that might be hard to choose among. There's the Tab 2 10.1, the Note 10.1 and the Nexus 10. Which one is the best?
The specs of the Tab 2 10.1 and Note 10.1 are similar. Chief among them, both have displays measuring 10.1 inches with 1280 x 800 pixels. They both run Android 4.0 Ice Cream Sandwich with Samsung's TouchWiz user interface. They also have approximately the same dimensions (10.1 x 6.9 x 0.38 inches versus 10.3 x 7.1 x 0.35 inches) and weight (1.29 pounds versus 1.31 pounds) for the Tab and Note, respectively.
Other shared features include W-Fi, Bluetooth 4.0, Google services, generous storage options, headphone jacks and microUSB ports.
They differ a bit more when it comes to the key internals. The Tab 2 has a dual-core 1.5-GHz processor with 1 GB of RAM, and the Note has a quad-core 1.4-GHz processor with 2 GB of RAM. The Tab 2 has a 3-megapixel / 0.3-megapixel camera setup, and the Note has a 5-megapixel / 1.9-megapixel camera setup.
The biggest difference between the Tab 2 and Note is the presence of the S Pen stylus with the Note. The Note has a number of apps that work with the S Pen to make note-taking and other creative tasks easier. The S Note software is robust and can be used for fun and games as well as for completing professional-grade tasks.
[ Microsoft looks to move in on the tablet market. See 8 Cool Windows 8 Tablets. ]
The Tab 2 10.1 is available with and without 3G/4G. The Wi-Fi version is available for $349.99 with 8 GB of storage. Sprint is selling it with LTE on board for $549.99. The Note 10.1 costs $499 for 16 GB or $549.99 for 32 GB. It is sold only with Wi-Fi.
So, what about the Nexus 10? Well, it is a next-generation device when compared to the Tab 2 and Note and pretty much puts the slightly older tablets to shame.
First, the display. It measures 10.055 inches, but includes an eye-dazzling 2560 x 1600 pixels. The display is protected by Gorilla Glass 2. It uses a dual-core A15 processor that's mated to a Mali T604 graphics processor and 2 GB of RAM. On the wireless side, it has Wi-Fi 802.11 b/g/n, Bluetooth 4.0 and NFC (for use with Android Beam). It has a massive, 9,000-mAh battery, a 5-megapixel / 1.9-megapixel camera setup, microHDMI, microUSB and support for magnetic inductive charging. It measures 10.39 x 6.99 x 0.35 inches and weighs 1.33 pounds.
Perhaps most importantly, it is a Nexus device and ships with Android 4.2 Jelly Bean, the newest version possible. It will always run a clean, stock version of Android, and will receive system updates much sooner than other Android devices. It comes in two variants: 16 GB for $399 and 32 GB for $499.
For my money, this purchase is a no-brainer. The Nexus 10 is a vastly superior tablet and costs the same as its in-house competitors. The only drawback is that it doesn't offer cellular 3G/4G data, where the Tab 2 10.1 (at least) does.

Apple's Exec Shakeup: 10 Necessary Fixes

If Apple wants a more collaborative management structure, it will need to become a more open, collaborative company.

Following regime changes, it's not uncommon for incoming rulers to consolidate power by removing those who might question their authority.
In North Korea, the recently installed Kim Jong-un has reportedly purged 14 senior leaders, including a vice minister of the army who was executed by a mortar round.
At Apple, the transition from Steve Jobs to Tim Cook has not been quite as dramatic: Cook has asked Scott Forstall, senior VP of iOS software at Apple, and John Browett, senior VP of retail, to leave the company.
Outwardly, it looks like a polite, orderly executive shuffle. But the language we use to describe corporate management changes points to the bloodier world of politics. As one headline put it, "Scott Forstall falls on sword after iOS Apple Maps debacle."
Forstall apparently clashed with other senior Apple executives. According to the Wall Street Journal, he was ousted because he refused to apologize for Apple's widely panned revision of its Maps app. Cook ultimately took responsibility in a public apology. Browett's exit follows his decision to make staffing changes at Apple Stores that didn't go over well.
Apple has characterized the management change as a way "to increase collaboration across hardware, software and services." In practical terms, the new corporate hierarchy puts all of Apple's online services under a single manager, Eddy Cue. It puts Apple's desktop and mobile operating systems under a single manager, Craig Federighi. And it expands Apple designer Jonathan Ive's purview beyond hardware into software design, by making him head of Apple's Human Interface Group. Look for less simulated leather in Apple apps.
In addition to increasing collaboration across its business units, Apple needs to embrace collaboration as a concept. Like North Korea, Apple does not communicate very well with the outside world. And it guards its secrets with similar enthusiasm, as when its security officers enlisted the help of police to gain access to a home of a man believed to have an iPhone prototype or when it tracks internal emails to catch employees leaking secrets.
Apple's disinterest in collaboration comes from its desire to control every aspect of its business. To an extent, most companies seek such control, but Apple does so more successfully than others because it owns two hugely popular software platforms and because it is the exclusive maker of hardware for its software. It can rely on intellectual property law, contract law, and technical control to insulate itself from competition in a way that companies without platforms cannot.
But no company is an island, particularly in a world of network services and diverse mobile devices. Apple needs to adapt and to become to be more open. Its management change presents that opportunity.
Apple co-founder Steve Wozniak in May said as much during an event in Sydney, Australia. And others have expressed the same sentiment, that Apple should open up. Following Wozniak's statement, the Electronic Frontier Foundation expressed support for his position.
"Apple's recent products, especially their mobile iOS devices, are like beautiful crystal prisons, with a wide range of restrictions imposed by the OS, the hardware, and Apple's contracts with carriers as well as contracts with developers," the EFF said.
Apple's gatekeeping certainly has benefits. Its computers, tablets, and phones would not be as fine as they are without the company's obsessive oversight. But Apple has taken gatekeeping too far. By trying to own everything, Apple stifles innovative extensions to its platforms and has no one else to blame for its mistakes.
The company's iOS 6 Maps app should have been developed with support from the user community, the developer community, and the open mapping community. Maps in iOS could have been a group effort, while the Google-powered legacy version of the Maps app remained available. Chances are Apple customers and Internet users in general would have jumped at the opportunity to help Apple make a better Maps app. But Apple doesn't understand crowdsourcing.


Futuristic Design Concepts

1. Cloud Sofa

This is an elegant concept created by designer D.K. Wei. The Cloud sofa is supposed to give one the illusion of floating on their own personal cloud. A magnet in the base is supposed to generate enough magnetic force to hold the sofa aloft. The cloud is constructed from a plexiglass mold.







2. Dream Sneaker

French Industrial Designer Lysandre Follet gives us a pair of dream sneakers: a Nike slip-on that looks as light as air. Additional sneaker designs from the artist can be found here.






3. Innovative Mouse Design

The Alien Mouse from designer Mizanur Rahman sports an exciting construction composed of eight soft gel and cellulose pieces which are meant to not only support the hand and wrist, but the arm as well. The multi-piece design was envisioned to help combat repetitive strain injury (RSI) with a vibrator underneath the mouse for extra comfort.







4. Portable PC with Projector

The Portable PC is an amazing concept by Jinwoo Han. If you are a little sick of having to arrange in advance for a digital projector at a meeting or trade-show, you’ll love the Portable PC concept. Computer, keyboard, and projector all in one device. Use the back of the airline seat in front of you as your digital display. The laptop without the lap.






5. Spoke-less Wheels Bike

This bike concept was created by Bradford Waugh. The concept completely replaces the traditional gear system of a mainstream bike with one that allows for spoke-less wheels.

Mobile Technology: Android & its future


Android – the talk of town, but what so great about it that it is said to give stiff competition to Apple’s iPhone and is said to almost remove our trusted Symbian OS from the market.

Experts say the difference between the two is same as between Windows and Linux, android being the Linux and Symbian being the Windows, but for a layman who is not interested in whether the code is opened sourced or closed, what attracts them to it…????

With the increased pace of life and shrinking time people need everything in the palm of their hand, everything happening with a touch. Hence it all boils down to one point, which system provides the best applications?

Though iPhone is said to have more number of application of which many are missing in the Android, but Android being an open source provides more opportunities for the user to create customized apps according to their requirement, without having to actually learning coding, with the Droid Generator.


The Future with Android - Android platform can become a great opportunity for mobile marketing too, since it has numerous entrance points to Google by way of Google search, Google Apps, gmail, gTalk, etc. Each of these points is just another opportunity for relevant advertising that Google already does on the net for PC.

With the future onslaught of developers vying to build the latest and greatest apps for Android, the usage of the platform will increase, as well opportunities for Google to advertise. The numbers don’t lie; there’s an estimated 4.6 billion mobile phone users worldwide with an expected increase to 5 billion within this year (U.N. Telecommunication agency), and of those users, only a fraction have computers. Given Google’s dominance via web-based advertising, the revenue source for dominating mobile marketing could be enormous. Given the number of mobile phone users, mobile marketing is still relatively a largely untapped market. As the Android platform gains users, acceptance, and its reach via carriers and device makers, Google’s advertising revenue will skyrocket.

What Is Android Technology?

Android™ is a computing platform designed for use in some smart phones and other devices. This technology, which is owned by Google, Inc., includes an operating system, software, and applications. The operating system is based on Linux®, which provides advanced computer processing. Android™ technology is maintained and continually developed by the Android Open Source Project (AOSP).

History of Android™

Google purchased Android Inc., a 22-month-old Palo Alto, California, startup in July 2005. Android Inc. was co-founded by Andy Rubin, maker of mobile device Danger Inc.™ The purchase was key in Google's move into the wireless technology market. In 2008, Google introduced the HTC Dream™ as the first marketed phone to use Android™ technology. Since that time, this platform use has expanded to other smart phones, tablet computers, E-readers, netbooks, and other devices.

Android™ applications

Although Android™ technology is increasingly being used on a range of devices, the most common hardware to use this platform is mobile phones. A large community of developers regularly write applications (apps), including games, social networking, and business modules, for Android™ smart phones. There are a wide range of free Android™ apps, including games and productivity titles, and paid apps are even more common. Android™ technology — which is used by thousands of developers because it is freely available for download — has given software developers the opportunity to sell their creations to a wide group of consumers.

Programming for Android™

Android™ technology is based on Java® software applications. This technology requires the use of a special software development kit (SDK) to create applications for an Android™ device. The SDK is freely available for download from the Internet. For this reason, and because it will work on multiple operating systems, many software developers prefer Android™ technology over that used in other smart phones.
Smart phones have evolved into devices that use touch screens for navigation. Android™ technology provides specific application programming interface (API) modules to developers that take advantage of this. The touch screen enables the user to select and scroll through information with the stroke of a finger.

How Android™ Is Different

One of the key differences between Android™ technology and other smart phone systems is that it is open for modification. This gives vendors the opportunity to change and enhance their products based on their own preferences. This has created many versions of Android™ phones, which can vary by vendor, as well as a range of other devices that use this platform. In 2011, Google introduced a new arena for Android™ when it announced plans to launch Android@Home, a network that could allow users to automate and control home appliances.