Tuesday 31 December 2013

Poll: What was the best smartphone of 2013?

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This is it! The year is about to come to an end and it's time to ask the big question: What is the best smartphone of 2013? Throughout the year we've had the privilege of covering a wide variety of devices, and now we want your help in deciding once and for all which should be crowned "Best of 2013"
Best smartphone of 2013

Nokia bans all HTC Android-based devices in Germany over the use of Android Beam

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Nokia vs HTC

HTC’s string of bad luck continues, this time in in Germany where Judge Dr. Matthias Zigann has just granted Nokia a permanent sales injunction against their rival’s handsets, effectively banning the sale of all Android-based devices made by the Taiwanese manufacturer.
Of course, all of this had to do with patents — patents like EP1148681 which deals with peer-to-peer sharing via NFC over a Bluetooth connection (but not WiFi). You know, just a little feature baked into the core Android OS. Because this isn’t considered a standard-essential patent, Nokia doesn’t have to license it under FRAND terms.
HTC Android Beam
HTC is currently being sued by Nokia in 7 different countries including Germany, the US, UK, France, Italy, Netherlands, and Japan. HTC is likely to appeal the decision while Google makes an attempt at invalidating the patent. In the meantime, we expect some sort of over-the-air update to sidestep Nokia’s patent, a move HTC is all too familiar with. Yay, for software patents. (Sarcasm).

Monday 30 December 2013

Google reportedly partners with Audi for on-board Android

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Google is reportedly hitting the road for its next battle with Apple for mobile OS market share.
The Web giant has teamed with automaker Audi to develop in-car entertainment and information systems based on the Android operating system, according to the Wall Street Journal. The aim of the partnership, which is expected to be announced next week at the Consumer Electronics Show in Las Vegas, would allow for in-car integration of music and navigation apps currently available on smartphones, sources told the Journal.
The partnership is expected to generate a challenger to Apple's iOS in the Car, which aims to integrate users' iPhones with their car's onboard receiver or "infotainment" system. Unveiled in June at Apple's Worldwide Developers Conference, the feature is expected to provide an interface that lets users control things like music, messages, and maps right through the vehicle.
So far, Apple has signed up such automakers as BMW, Honda, Mercedes, Nissan, Ferrari, Hyundai, Kia, and Infiniti to integrate more iOS features into their cars. However, unlike Apple's platform, which requires and iOS device, this new flavor of Android would run on the vehicle's built-in hardware, the Journal's sources said.
The Journal did not indicate when the pair's efforts might appear in vehicles. CNET has contacted Google for comment and will update this report when we learn more.
At WWDC, Apple VP Eddy Cue said the iOS integration could kick off as soon as 2014, meaning the feature could begin appearing in select 2015 models. Possibly signaling that the new feature is on schedule, Apple released a second version of the iOS 7.1 beta to developers earlier this month that included a setting that lets users turn a "Car Display" on and off.

Samsung's new chip could put 4GB of memory in your next smartphone

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Samsung LPDDR4 RAM chips

Think the 3GB of RAM in the Galaxy Note 3 was a lot? Samsung was only getting started. The company has just unveiled the first 8-gigabit (1GB) low-power DDR4 memory chip, which could lead to 4GB of RAM in a multi-layered, mobile-sized package. Moving to the higher-bandwidth (3.1Gbps) DDR standard should also provide a hefty 50 percent speed boost over existing DDR3-based chips, even though the new silicon uses 40 percent less power than its ancestors. Samsung is only promising mass production of the new RAM sometime in 2014, but it's already clear about the target audience. The technology will go into laptops, smartphones and tablets with Ultra HD displays, where additional memory will be crucial for powering all those extra pixels.

Saturday 28 December 2013

Moving from iOS to Android: Everything you need to know

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Android


After some time in Apple’s carefully curated iOS ecosystem, you’ve decided to make the jump to Android. Quite an exciting decision you’ve made there! Don’t worry, it’s not one you’ll regret. Both platforms are mature these days, but there are a few things you’ll be missing after moving from iOS to Android. Of course, there are also some new features in Android that should help you cope with that.
[Got the wrong article? Here's our guide on switching from Android to iOS!]

Settling into Android

If you’ve been using iOS for any length of time, you probably have content (photos, videos, music, etc.) in Apple’s iCloud service. There isn’t a single banner service on Android that takes iCloud’s place. Instead, Google’s cloud is woven into all of the apps that come preinstalled on your phone. All your Google contacts appear in the phone automatically, as does your Gmail, Google Calendar, and Chrome bookmarks.
Home
Beyond that, Google makes Drive service available for document editing and file storage. It’s a capable alternative to Apple’s office apps, and it’s free. The Google+ app can also be used to store all your photos and videos online, just like iCloud. That content can be accessed from your phone or PC on the Google+ site. If you were using Apple iMessage on your old phone, Hangouts is similar on Android. The SMS integration is still new, so it’s not quite as streamlined as iMessage.
To get comfortable, you’ll want to make the most of Android’s home screen. Despite the recent redesign, the iOS home screen is very much the same as it’s always been — an array of icons. Android lets you place icons on your screens, of course, but there are also widgets. A widget can be used to see news feeds, control settings or music, post to social networks, and much more. You can also create folders the same way you do on iOS.
Google’s search services are also much more integrated, including Google Now. On iOS you could only access this predictive search feature by opening the Google app, but on Android important cards will show up in your notifications. Google Now with voice commands also plugs into navigation, music, and more. This will replace Siri for most tasks, and it does a great job.

Entertainment and apps

So, where do you get stuff for your Android device? From Google Play. You can think of this as the alternative to Apple’s iTunes, but it’s all on the web. That means you don’t need to install a program or sync your device. Just head to the Google Play site and sign in. From there you can explore apps, books, movies/TV, music, and magazines. There is also a full Play Store app on the phone for managing content.
Apps
If you find an app you want to download, you can have it magically pushed down to your Android device in seconds — and this works from anywhere. All you need is an internet connection to send apps to your phone. There is also no hard limit on how much you can download over mobile data. If you want to download more than 100MB, you can tell the Play Store app on your phone to go ahead and use 4G/3G.
You can still load your non-DRM iTunes songs on to your Android device, but you ought to upload everything to Google Play Music. This is Google’s music player/store on the web. It can handle up to 20,000 uploaded tracks and an unlimited number of ones from Google. You won’t be able to get The Beatles from Google Play, but the selection is still pretty good. There is also a $9.99 All Access subscription for unlimited listening to all content in Google Play. All this content lives harmoniously in the Play Music app on your phone.
Where you’re more likely to feel the pain is in the realm of video. Google Play has an okay assortment of TV and movies, but it’s not as good as iTunes. Although, you can stream rented or purchased videos directly to your device without downloading them, which Apple still won’t allow. There are also the familiar streaming apps like Netflix and Hulu Plus on Android.

Freedom to tinker

The most jarring change when switching to Android (and one of the best reasons) is the freedom to make changes to the system. Without any sort of rooting or jailbreaking, you can swap out parts of the system you don’t like. That home screen mentioned up above — if you don’t like it, download another from Google Play. Stock keyboard getting you down? Pick up a third-party alternative. Android lets you change the system-wide defaults however you like.
Apple also obscures the file system in iOS, which does make things a little easier to use. Android has a full file system that you can access if you want. Apps manage their own storage, but having a file manager app is a good idea in case you want to put your files in various folders.
Tweak
The apps you install can actually perform complex operations in the background. You can have news feeds refresh, files uploaded, or even automate your settings based on your location and the time. All this power comes with a burden, though. Android is more vulnerable to troublesome apps that drain battery in the background. You have to keep a closer eye on things in that respect.
If you are looking for apps, you’ll want to bookmark our regularly-updating list of 6 awesome new Android apps.
Just take it slow and explore your new phone at your own pace. Look for the apps and games you remember from iOS — you’ll be surprised how many of them are on Android now. Above all: don’t panic.

Samsung Galaxy S5 release date, price, specs, screen & features rumours

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We were big fans of the Samsung Galaxy S4when it launched in March 2013, but time doesn't stand still and the company is going to have to do some pretty special things with the Galaxy S5 if it wants to keep challenging Apple for smartphone superiority. Here we're rounding up all of the Samsung Galaxy S5 rumours as they happen, so check back regularly to get the latest information.

SAMSUNG GALAXY S5 LAUNCH DATE

Smartphone companies are rather predictable, generally launching products on a yearly timescale. With that in mind, it's pretty easy to guess when the next product will be launched. As we had the Samsung Galaxy S4 launch in March 2013, it makes a lot of sense that the Samsung Galaxy S5 will be released in March 2014.
Some rumours have suggested that Samsung may push forward the release date of the S5 to February, but we'd only be talking about a matter of weeks here, and the rough timeframe should remain the same. So, until we hear otherwise we're pencilling in an early 2014 launch for the 5th iteration of the Galaxy handset.

SAMSUNG GALAXY S5 PROCESSOR

Apple moved its entire new mobile platform to 64-bit with the launch of the iPhone 5S, iPad Air and iPad Mini, so it's time for Samsung to play catch-up. By all reports, the Samsung Galaxy S5 will ship with a 64-bit processor as well.
Samsung’s CEO of Mobile Shin Jong-Kyun has stated that the company's "next smartphones will have 64-bit processing". There were rumours that the chip would be delayed and wouldn't appear until the Samsung Galaxy Note 4 was released later in 2014, but it looks as though Samsung's back on track.
A senior ARM executive stoked these rumours futher, telling the Korea Herald that the company had finalised a deal with Samsung to provide the Galaxy S5 with a 64-bit chip. This would make it the first Android device to support 64-bit operations.
The as yet unnamed chip is expected to be known as the Exynos 6, making it the successor to the Exynos 5 found in the Galaxy Note 10.1 2014 edition. However, previous Samsung smartphones used Qualcomm processors here in the UK compared to Exynos chips elsewhere in the world, so it's unclear if Samsung intends to use a similar strategy for the Galaxy S5.
Of course, a 64-bit processor isn't much good without a compatible 64-bit operating system. While Apple made the jump to 64-bit using hardware and iOS 7, Samsung doesn't write Android, so it will need Google to write a 64-bit version.
It would be foolish to discount Qualcomm altogether, particularly followingbenchmark results were spotted online showing an unannounced Samsung smartphone with a Snapdragon 800 CPU running at 2.5GHz - a higher frequency than any other mobile device released to date.

SAMSUNG GALAXY S5 SCREEN

Even with the limited amount of information regarding the Galaxy S5's screen available so far, we really don't think that Samsung will go significantly above 5in in size. While there is some room to increase screen size without making a larger handset, going significantly larger than 5in with the Galaxy S5 would start to impact on the Galaxy Note phablet range.
It's possible Samsung will go higher than the Full HD resolution of the Galaxy S4, with Androibeat reporting that roadmap slides show WQHD (2,560x1,440) screens estimated to arrive in 2014 and Ultra HD (3,840x2,160, otherwise known as 4K) due in 2015.
Samsung analyst day screenshot
That roadmap was given some substance earlier this week when benchmark scores (mentioned in the previous section) revealed a 2,560x1,440 resolution display on an unannounced Samsung smartphone using the model name SM-G900S. The results make no mention of screen size, although we can make an educated guess; Samsung's roadmap specifically mentions 560 pixels per inch (PPI) pixel density screens, which would equate to 5.25in based on the resolution.
Samsung also recently launched the curved screen Galaxy Round in Korea, and there's no reason that technology couldn't make it into its high-end phone. Then, there's always the possibility of upgraded Super AMOLED technology. However, we're going to have to wait until we're closer to the launch date before we start seeing some real information.
Now it appears as though the 5.25in WQHD screen has now entered production, as reported by SamMobile. With the screen starting to be produced in December, it means that Samsung is gearing up for a Q1 2014 launch, as widely expected.
As well as finding out the screen has gone into production, there are some new nuggets of information on the technology being used. Rather than switching to cheaper LCD, Samsung's new WQHD screen will be AMOLED, sticking with the same technology as used on the Samsung Galaxy S4.
A pentile arrangement of sub-pixels will also be used, with green pixels alternated with red and blue pixels. A diamond pixel arrangement will be used, too, with diamond-shaped pixels designed to make the screen look sharper.
One thing seems to be off the cards, though: a curved screen. Although Samsung has the technology to produce curved displays, we haven't seen this screens in huge volume. Given the desire and demand that the S5 will likely have, a standard flat screen, albeit one with a super-high-resolution, seems like a safer bet.

SAMSUNG GALAXY S5 CAMERA

The 13-megapixel camera was one of the highlights of the Galaxy S4, but since then we've seen the 20-megapixel Sony Xperia Z1 and the incredible 41-megapixelNokia Lumia 1020. It's fair to say, then, that competition is tough and Samsung could go in several directions to up the quality of its camera.
Currently doing the rounds, reported by Samsung Tomrrow, is that the company's ISOCELL sensor technology could be used in the Galaxy 5. This new sensor technology physically separates each pixel, minimising electrical crosstalk, producing sharper pictures with less noise.
GforGames reported that during Samsung's 2013 Analyst day a slide revealed that a 16-megapixel ISOCELL sensor was marked for 2014 and 2015 smartphones. Although not an outright confirmation, it's the biggest indicator yet that the Galaxy S5 will include a 16-megapixel rear camera. Unfortunately there's no mention of optical image stabilisation (OIS), which could prove problematic if other smartphone companies up their camera technology in 2014 as well.
Depending on how quickly Samsung's engineers make progress, the Galaxy S5 could even see a 20-megapixel camera. According to Korean news sourceETNews, the company is developing a 20-megapixel smartphone camera sensor now, with a view to include it in handsets from the second half of 2014 onwards. This would seemingly be too late for the proposed Q1 launch date for the S5, although it's always possible the technology is perfected ahead of schedule, or the phone itself slips to a later launch date.

SAMSUNG GALAXY S5 EYE SCANNER


Samsung smartphones are renowned for their extra software features, with Smart Stay and Smart Pause turning off the screen and pausing videos respectively when the front-facing webcam detects you looking away. The company may go a step further, with the Galaxy S5 adding eye scanning security if a new patent filing proves accurate.
A detailed analysis by PatentBolt reveals how an upcoming Samsung smartphone could use a retina scanner, much in the same way as current iris scanners work now. Crucially, the patent explains that this design would be cheaper to implement than existing iris scanners, which makes us think this is one rumour worth keeping an eye on.
PatentBolt Galaxy S5 eye scanner
We're beginning to see more smartphones put an emphasis on security, with Apple's iPhone 5s using TouchID fingerprint sensors and the HTC One Max following suit. Samsung doesn't like to be left behind, so we're betting that there's a good chance some form of extra security will make its way to the Galaxy S5.

SAMSUNG GALAXY S5 BUILD QUALITY

As great as the Samsung Galaxy S4 was, the plastic case just isn't as attractive as the all-metal one on the iPhone 5S. So, is 2014 the year that Samsung goes all-metal? According to the latest rumours, it is, with the Samsung Galaxy F being touted as a replacement for the Galaxy S. It could just be that the F is the prototype name, though, and the Samsung Galaxy S5 will have an all-metal body.
However, Samsung may go a different route. It recently bought a 50 per cent share of carbon fibre specialist, the SGL Group. That suggests that Samsung will forgo metal, opting for a classy carbon fibre finish instead. That could work well for the company, as it would distinguish its products from Apple, while giving the Galaxy S5 a classy and robust case.
There are also rumours that, following the Samsung Galaxy S4 Active, Samsung with make the Galaxy S5 waterproof and dustproof out of the box. It's certainly something that the company could do, but we're not sure that this is the killer feature that will turn people away from the iPhone.
Samsung Galaxy S5 patent
Samsung could also be working on a brand-new design, completely changing the way its phones look. Reported by SamMobile patents have been uncovered, showing a squarer design for a Samsung phone, removing the physical home button. The patents were applied for in 2011 in South Korea and 2012 in the US, so there's no telling if or when they'll actually be used.

SAMSUNG GALAXY S5 OPERATING SYSTEM

With Android 4.4 KitKat now released, it doesn't take a genius to guess that this is the operating system that Samsung will choose for its latest handset. As well as faster multitasking and a new immersive mode, KitKat also has better cloud integration. It also supports, on the right hardware, the ability to be activated by voice without having to press a button first. With Samsung adding voice control on the Galaxy S3, this could be the next logical step.
There's also a possibility that Samsung will make the switch to Tizen, its in-house operating system developed specifically for mobile devices. The company is currently trialling the OS in its NX300M compact system camera before it begins a rollout to smartphones, but if the Galaxy S5 uses a 64-bit processor and Android isn't coded for it, Samsung may decide to push ahead without Google's operating system.

SAMSUNG GALAXY S5 PRICE

It's pretty clear that the Galaxy S5 is going to cost the same as the Samsung Galaxy S4, so expect to pay around £600 SIM-free. If there's a whole bunch of extra tech in the handset we could see the price go up, but as Apple stringently keeps the same pricing structure, we can't see Samsung wanting to be seen as the expensive manufacturer.

Friday 27 December 2013

Google asks US court to rule that Android has not infringed Rockstar patents

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Google has asked a court in California to rule that it does not directly or indirectly infringe seven patents of Rockstar Consortium, after the Microsoft, Apple, BlackBerry, Ericsson and Sony backed patent firm sued seven of Google’s Android partners in a court in Texas.
The lawsuits filed in October in U.S. District Court for the Eastern District of Texas, Marshall Division, have placed a cloud on the Android platform, threatened Google’s business and relationships with its customers and partners and its sales of Nexus-branded Android devices, and created a justiciable controversy between Google and Rockstar, Google wrote in a complaint this week in U.S. District Court for the Northern District of California.
Rockstar acquired Nortel Networks’ patents for US$4.5 billion after outbidding Google in 2011. It filed lawsuits in October against Samsung Electronics, HTC and five other companies alleging infringement of some or all of seven patents.
Samsung’s Mobile Hotspot feature, which allows sharing of a mobile device’s data connection with other devices by turning it into a wireless access point, is alleged to infringe claims of U.S. Patent No. 6,128,298 (“the ‘298 patent”) entitled “Internet Protocol Filter,” for example.
Describing the lawsuits by Rockstar as “Android OEM actions,” Google said in its filing that Rockstar has asserted its patents only against “certain mobile communication devices having a version (or an adaption thereof) of [the] Android operating system.” Each of the “Android OEM Defendants” also makes other products that do not use Google’s Android platform, Google added. Rockstar has also alleged patent infringement by Nexus 7, a device offered for sale by Google and built by Asus, one of the “Android OEM Defendants,” according to the filing.
Google claims that its Android platform and the Nexus 5, 7 and 10 devices it sells directly or indirectly do not infringe any claim of the seven patents in the suit. It has asked the court for a declaration that both Android and the Nexus devices do not infringe Rockstar’s patents.
The Internet company has described Rockstar as a firm that “produces no products and practices no patents” in its filing. “Instead, Rockstar employs a staff of engineers in Ontario, Canada, who examine other companies’ successful products to find anything that Rockstar might use to demand and extract licenses to its patents under threat of litigation.”
Google said the California court had jurisdiction as, among other reasons, Rockstar’s shareholders like Apple in Cupertino, California, “direct and participate in Rockstar’s licensing and enforcement efforts against companies in California.”
In a separate action, Rockstar and subsidiary NetStar Technologies have alleged that Google has infringed seven other patents acquired from Nortel. The patents, all titled “Associative Search Engine,” relate to an invention used to provide advertisements based on users’ search terms. Google has asked for a 30-day extension of time to file its response to the complaint, which was granted by the court in Texas. Advertisements around search terms is a key component of Google’s business.

Awesome Infographic: HTC Shows Us “The Anatomy of an Android OS Update” From PDK to OTA

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Ever wonder what the entire process of an Android update looks like? How and when do carriers get involved? Who are all of the players? How much quicker or fewer steps are there for developer or Google Play editions? When do manufacturers see the newest version of Android? All of that can be found in a lengthy infographic that HTC posted their Software Updates page, a spot that gives the status on current HTC phones and when they plan to push updates to them.
The image takes you on a journey of three different device types:  carrier, unlocked/developer, and Google Play edition. You’ll see where an update can get caught up in the system, how much easier it is for HTC to get updates ready for non-carrier phones, and more.
You can find the entire infographic below, but I found a couple of points in particular interesting:
  • According to HTC’s count, Developer/unlocked and Google Play edition devices see 3 and 4 fewer steps through an update life cycle than carrier-tied devices do.
  • Chipset manufacturers have a lot more say in updates than I think any of us ever consider. Should one of them decide that their chipsets won’t work well with a new version of Android, there is a chance that that particular phone is done for good with no new drivers made available.
  • Even though most phone OEMs are making single devices that hit each carrier, there is still a lot of carrier customization done in terms of software that takes time during the process, especially should one not approve an initial build.
  • OEMs are receiving a Platform Developer Kit (PDK), however, they get new Android version source when the rest of us do, which is not until Google makes it available.
htc update infographic
If you sneak over to HTC’s new status update page, you’ll see how the carrier-tied versions of HTC One are coming along through the process. At this point, HTC would put them in the “Integration” stage which means the update has a ways to go. The “Integration” stage is where HTC works with carriers to decide if any software modifications are needed before implementing them, doing internal testing, letting carriers test, and then hopefully getting final approval for a push.

Thursday 26 December 2013

Why smartphones will become the hub of our digital lifestyles

Why smartphones will become the hub of our digital lifestyles

In 2003, I gave a series of lectures called "Three Screens of the Digital Lifestyle." Back in 2000, I had started researching how people use various screens in their lives, and predicted that over the next five to seven years, all of our screens would be digital with some type of smart OS. The three screens I focused on at the time were the PC, TV, and the feature phone – until 2007 when Apple introduced the iPhone and that third screen became a smartphone.
In the lectures, I laid out how these screens would become the hub of our digital lifestyles, and I suggested that the smartest screen was the PC. The PC was already serving that central role since Apple's iPod needed the PC to sync with iTunes. Actually, the Mac was at the heart of Apple's overall idea of a PC being a hub. At MacWorld in 2001, Steve Jobs' keynote focused specifically on the idea of the "Mac being the hub of our digital lifestyle," as he put it. Over the next three years Jobs made a major effort to deliver on that vision.


Eventually the cloud became Apple's hub. It began to move more and more of our content to its iCloud and use it to store our music and apps, and then push them down to our devices. Consequently the data sync was now cloud-based and the Mac or the PC played a lesser role. However, the idea of a digital device being a hub is still alive, and in many ways the smartphone itself is becoming crucial in its own right.
If you have a wearable fitness gadget, you are already using it as an important technology in your own health lifestyle. My preferred wearable is the Nike+ FuelBand, which I wear 24 hours a day. It records my steps and calories expended, and it pushes me to move more throughout my day.
In the evening I sync it to my smartphone, where the data is compiled and analysed. It keeps a running weekly tally of my movements so I can compare them to previous weeks. It uses Bluetooth Low Energy (BLE) radio signals for this synchronisation, and more and more devices of all types will rely on this important extension of the Bluetooth radio in the near future.
Recently, Nike added a new software version of its Nike iOS app called Nike+ Move, which takes full advantage of Apple's M7 motion coprocessor. Using this app, the iPhone becomes a personal health monitor, broadening the functionality of a smartphone and eliminating the need for a dedicated wearable health monitor.
I have also been testing the new iHealth Wireless Smart Gluco-Monitoring System, which allows diabetics to test their blood sugar levels and transmit the results wirelessly back to the iPhone. The Wireless Blood Pressure Wrist Monitor also uses the iPhone to manipulate the cuff itself, with all of the readings being done on the iPhone. There are dozens of other medical examples tied to smartphones, proving that your smartphone makes a seamless personal digital hub.
My smartphone has become an important hub in a lot of other ways, too. In fact, I pointed out in my Time column last month that the smartphone has become a "Swiss Army knife of gadgets." It is now my GPS system, digital camera, flashlight, voice recorder, home automation controller, and more. With the plethora of software and services available on my smartphone, it is by far the most important digital screen in my life.
In the next few years, the smartphone's role will become more dynamic. When integrated with sensors, it acquires even more unique capabilities. Case in point: Beacons, which are small sensors attached to physical objects that use Bluetooth Low Energy (BLE) to send short bursts of data to your smartphone. Apple is leading the charge with iBeacons but Google, Microsoft, and others are all creating beacons for their platforms. A couple of weeks ago, Apple rolled out its iBeacon program in most of its US stores. These beacons are proximity-based and have the potential to revolutionise retail.
I am not sure Steve Jobs entirely understood the impact of the iPhone when he introduced it, but he did understand that it would be a platform for innovation and indeed that is what it has become. It's no wonder the industry is selling one billion smartphones a year now, and that by 2017 more than two billion smartphones will be sold each year while feature phones further fade into irrelevancy.
Although tablet sales will continue to grow and the devices will also become a platform for innovation, it is clear to me that most of the real action will take place in smartphones, and their role as a hub will only expand in the future.