Final verdict: Samsung on the hook to pay Apple $120 million

Final verdict: Samsung on the hook to pay Apple $120 million

An Apple patent lawsuit against Samsung that began in 2011 may have finally reached its end.

Today, the US Court of Appeals upheld the lawsuit's original 2014 verdict, awarding Apple $120 million (about £96.5 million, AU$158 million) in damages.

The dispute all started over Apple's patents for swipe to unlock, autocorrect and quick links feature. Quick links allowed phone numbers and addresses to automatically be turned into links. Ironically, Apple's latest iOS 10 update got rid of slide to unlock.

Victory...

Today's decision reinstates a victory that was overturned earlier this year by the US Court of Appeals for the Federal Circuit. In an 8-3 verdict, the court said that the three-judge panel, the same panel that opposed today's verdict, was wrong to throw out the case in February of this year.

"The jury verdict on each issue is supported by substantial evidence in the record," said Judge Kimberly Moore in the court document.

This decision is an important one, as it sets a precedent for Apple's smartphone patents. Some competitors might have to re-engineer their unlock methods, autocorrect systems and quick links, or risk a costly lawsuit with Apple.

...for now

As we've come to expect with these two, the Apple vs Samsung battle isn't over yet. This latest court decision comes less than a week before the US Supreme Court considers Apple's case against Samsung for copying the design of its iPhone.

In August, over 100 renowned designers from around the world, including Calvin Klein, Dieter Rams and Alexander Wang, filed an amicus brief in support of Apple.

The designers claimed that a product's visual design has "powerful effects on the human mind and decision making processes." The brief cites a 1949 study that showed 99% of Americans could identify a Coca-Cola bottle by its shape alone.

Samsung argues that Apple's generic smartphone design shouldn't have been allowed to be patented in the first place. Tech giants including Dell, Facebook, Google and HP argued in favor of Samsung in their own amicus brief.

This will be a seminal case, according to The New York Times, as the US Supreme Court hasn't heard a design patent case in over a century. Stay tuned for more on that verdict.

Opinion: Satya Nadella just fixed a massive problem at Microsoft

Opinion: Satya Nadella just fixed a massive problem at Microsoft

Introduction and refocusing efforts

Last week, Microsoft CEO Satya Nadella – only the third person to have the job in over 40 years – announced in a press release that the company planned to "streamline [its] smartphone hardware business".

The streamlining will cut 1,850 jobs, the majority of which are in Finland, and cost $950 million (around £650 million, or AU$1.3 billion), around $200 million (around £140 million, or AU$280 million) of which will be in staff severance packages. The rest, it can be assumed, will be getting rid of unsold stock, buying tissues into which executives will weep, and so on.

The move follows the announcement that Microsoft was selling its 'dumb' phone business to a subsidiary of Foxconn for $350 million (around £240 million, or AU$480 million), which was seen as the first – or last, depending on how you look at it – sign that Microsoft was exiting the phone business altogether.

Refocusing efforts

Of course, Microsoft has not explicitly expressed it like that. "We are focusing our phone efforts where we have differentiation," wrote Nadella in the press release. Microsoft will now cater to "enterprises that value security, manageability and our Continuum capability, and consumers who value the same."

In an email to staff, published by Recode, Terry Myerson, the man in charge of Windows and Devices, wrote that the team had "done hard work and had great ideas, but have not always had the alignment needed across the company to make an impact."

This argument is, as pointed out by Ben Thompson, an independent analyst, rather silly – "clueless," as Thompson puts it – because it largely misses the point that Microsoft could have made a decent run at the mobile world and it was "alignment" across the company, rather than macro-level events, which halted progress.

However, the fact Microsoft is now cutting off the limb that was its phone business is a good sign and reinforces the idea, which is held by many long-term observers, that Nadella is doing a good job and the changes he is making – freeing the Office, Azure, and Windows teams, along with focusing on getting software out, rather than tying it to Windows, and so on – are working.

The Nokia deal was Steve Ballmer's final mistake as Microsoft CEO

The legacy of Nokia, which is no longer a Microsoft-controlled brand, has been largely wasted by Microsoft after it was acquired for $7.2 billion (around £4.9 billion, or AU$10 billion), a deal which was quickly identified as Steve Ballmer's last mistake as CEO before handing over the reins to Nadella.

Righting wrongs

Ever since the day Nadella became CEO, he has been undoing the wrongs of the deal, which blew a sizeable hole in the company's coffers and saddled it with a failing business that would, over the next few years, see phone market share drop to under 1%, which is classified as a rounding error by some firms.

Lumia devices never sold well, with consecutive sales decreases of 46% and then 49% in the past two quarters, and the 'dumb' phone business was being swallowed by cheap-as-chips Android phones, some of which retailed for under $25 in key markets like India.

All in all, the deal for Nokia made no sense, but it had to be kept because, well, it cost over $7 billion and would have been an embarrassing thing to walk away from before now, when the game is well and truly over. When Steve Ballmer laughed at the iPhone in 2007, it should have been taken as a sign of how wrong this deal would go.

Nadella has done everything in his power to right Ballmer's misstep

Nadella, to his credit, has done almost everything in his power to right this wrong, however, and the Microsoft that exists today is one that has learnt from the mistakes of the past and, bar the massive financial burden, is ready to move on.

Business market

Instead of trying to sell phones, Microsoft can now focus on distributing productivity software – namely Office – to as many people as possible, some of whom will pay monthly, as well as getting Windows 10 onto a billion devices in the next few years.

The deal that Microsoft has been giving to Windows users – a free upgrade to Windows 10 from 7, 8, or 8.1 – ends in just under two months, and the company has announced that this really is it, the last chance for upgraders, despite concerns that this may not be the best way to on-board users. Windows 10 currently has 300 million users, according to Microsoft, so it's unclear how an extra 700 million will be added if they have to pay, especially over the given timescale.

Back in business

Nadella makes a valid point that there are a group of users who like Windows-based phones still – businesses – and selling to them makes more sense than competing against Apple, Samsung, and so on.

Features like Continuum, which turns a smartphone into a fully-fledged PC with an optional display dock accessory, have potential and leverage the assets Microsoft has, like an integrated operating system across devices, as well as beating competitors to the punch.

Businesses that are currently experimenting with BYOD are finding that it's costly, both in terms of time and money. Supporting a myriad of operating systems and devices, all with oddities and unique features, is tough and having a single solution – like a Microsoft phone running Windows 10 – certainly has appeal.

The business arena is a mere consolation prize compared to the consumer market

Consolation corner

This market, however, should be seen as more of a consolation prize for Microsoft than anything worthy of credit, because it won't be anywhere near as profitable as the consumer electronics market, which was what Lumia devices were aimed at.

The future of Microsoft rests on the shoulders of Windows 10, Office, Azure (which recently went cross-platform, thanks to Nadella), and moonshot initiatives like HoloLens. Nadella, so far, has encouraged all of these and, more importantly, has enabled each team to do their best work across allplatforms, not just Windows.

The shackles of being a Windows-only company have been thrown off by Nadella and the results speak for themselves. Going forward, Microsoft is in a much better position to do good – and dumping what remained of the phone business is another positive step forward.

Try this ‘choose your own adventure’ story on YouTube for yourself

Try this 'choose your own adventure' story on YouTube for yourself

Google is bringing its interactive, 360-degree videos from Spotlight Stories to YouTube, with a "choose your own" experience in the form of holiday-themed film Special Delivery.

Originally developed by Motorola as a "new storytelling platform," the Spotlight Stories app featuring made-for-mobile 360-degree videos was introduced in late 2013 for Motorola phones, expanding to Android and iOS this year.

The Spotlight Stories app lets you interact with the videos by using sensors in your phones to track your focus within a story, letting you follow individual characters of your choosing, unlike other 360-degree videos that simply let you look around.

However, today, Google announced that it is bringing one of the new interactive Spotlight Stories videos, Special Delivery, created by Aardman Animations of Wallace and Gromet fame, to YouTube.

Special Delivery

Going interactive

Currently, most 360-degree videos on YouTube are not interactive, in that you are able to look around the video all around you, but not necessarily interact or change the story.

With Special Delivery on YouTube, Google says it will use your phone's sensors like the Spotlight Stories app does, "so when you move your phone to various scenes, you unlock mini-stories within the story."

It basically creates a 'choose your own adventure' type storytelling, with this particular film including "10 subplots, three potential ways to view the ending, and 60+ moments where you can decide to follow the story in different ways."

Unfortunately, not all smartphones are supported for the interactive element of the film, meaning you won't get the full interactive experience if you don't have one of these Android devices: the Nexus 5 and 6; first and second generation Moto X and Moto G; the Droid Ultra, Turbo and Maxx; Samsung Galaxy S5, Note 3, Note 4, Edge and Tab S2; LG G2 and LG G3; Sony Xperia, as well as Xperia Z2, Z3 and Z3 Compact; and HTC One M7 and M8.

For everyone else (other Android devices, iOS and the web), you can still see the 360-degree film through YouTube 360, or even through Google Cardboard.

You can check out Special Delivery below.

YouTube : https://www.youtube.com/watch?v=XiDRZfeL_hc








Samsung announces 10nm S-RAM for smaller mobile chips, Intel lags behind

Samsung announces 10nm S-RAM for smaller mobile chips, Intel lags behind

Samsung has just announced the development of S-RAM modules based on 10nm FinFET tech, meaning smaller SoCs with obvious benefits for smartphones.

The news will be something of a wake-up call for Samsung's rivals, because as ETnews reports, the development of 10-nanometre FinFET S-RAM means the company is ahead of not just TSMC, but also the chip giant Intel (the latter has pushed its 10nm schedule back a year from 2016 to 2017 due to production costs).

Samsung's new S-RAM modules will be used for processor cache, and the new 10nm FinFET efforts are apparently 37.5% smaller than 14nm S-RAM. We are talking better performance and lower power draw, which should hopefully mean some nice gains on the battery longevity front – which are always welcome.

Samsung reckons that it will be ready for mass production of the 10nm memory modules by 2017, and early on in the year for that matter. We'll just have to wait and see if that target becomes a reality…

Aggressive growth

Samsung is certainly pushing hard on chip development, and indeed in September, opened a new HQ in Silicon Valley to push forward with research and development in terms of semiconductors, as well as displays.

At the opening of the new headquarters, Oh-Hyun Kwon, Vice Chairman and CEO of Samsung Electronics, noted that the firm is "laying the groundwork for a more aggressive pace of growth over the next several decades."

Hopefully that aggression will see rivals spurred on further, and greater progress being made across the whole industry.

Via: G for Games










Apple vs Google: The battle of the beacons

Apple vs Google: The battle of the beacons

Introduction and Eddystone vs iBeacon

Smartphones don't just connect to nearby cell phone towers. Proximity beacon technology has been around a few years in the form of Apple's iBeacon, which allows an iPhone or iPad to connect to objects – called beacons – using Bluetooth.

Retailers, museums, sports stadiums and anywhere else with large numbers of smartphone users can now use beacons to provide hyper-local information down to the exact aisle, exhibit, or seat. Airports, zoos, concert halls and shopping malls are now being fitted with Bluetooth-powered beacons that let smartphones pick up adverts, notifications, and even navigate indoors. However, since its launch in 2013, the iBeacon infrastructure has been built up with only iOS users in mind. Step forward Google's Eddystone.

A beaconed city can mean real-time data on public transport

What are proximity beacons?

A beacon is a miniaturised Bluetooth radio that can be placed almost anywhere. Google wants us to think of beacons as lighthouses (for some reason Eddystone is named after a lighthouse in Cornwall, England), helping us navigate with precise location and context.

"A beacon can label a bus stop so your phone knows to have your ticket ready, or a museum app can provide background on the exhibit you're standing in front of," writes Google in a blog post. Such environments could have a fleet of beacons ready to push information to a smartphone when it passes by. Eddystone and iBeacon use Bluetooth Low Energy (BLE), a wireless communication standard that can broadcast uniquely identifiable messages when in 'advertising mode'.

What is Eddystone?

Crucially, Eddystone is much more than just iBeacon for Android. It's an open format, available on GitHub under the open-source Apache v2.0 license. Not only can it be used to communicate with both Android and iOS devices, but Eddystone can work with web browsers as well as apps.

Eddystone-ready beacons can broadcast URLs, so if you're in a museum you can get notifications straight to your phone without first having to download that museum's custom app. However, whether it will be able to instruct, say, the native Passbook app on an iPhone to get a plane ticket ready when you arrive at the airport remains unclear.

Eddystone tech is expected to supercharge Google Maps

How does Eddystone compare to iBeacon?

Both Eddystone and iBeacon have a similar goal – contextual information – and both rely on BLE tech. But as well as being open, extensible and interoperable, Eddystone is designed to go much further than iBeacon.

"We've learned a lot about the needs and the limitations of existing beacon technology," says Google, "so we set out to build a new class of beacons that addresses real-life use-cases, cross-platform support, and security." Security is everything for Eddystone, which includes a feature called Ephemeral Identifiers (EIDs). These EIDs require authorised clients to decode them, and regularly change. Google suggests that EIDs will make it possible for people to securely locate their beacon-laden luggage, or find lost keys.

Eddystone also promotes better location, not just allowing smartphones to communicate with nearby beacons, but to translate into more useful, real-world measurements; Eddystone can talk in latitude and longitude, too. That could make it useful in wild areas and national parks where hikers and walkers struggle with phone signals, at least for sporadic events (as such it seems a marketing shoe-in for the Brecon Beacons National Park).

Google has also promised that Eddystone will integrate into Google Maps and Google Now to offer better, more targeted and faster access to real-time public transport schedules – something that's already being trialled in Portland, Oregon.

Global picture and crowd-sourced data

How significant is Eddystone?

Google and Apple's technology may seem very similar at the core, and with iOS phones huge in Western countries, it's tempting to say that Eddystone won't be especially significant. Globally, the picture is different. "Given the fact that 8 out of 10 smartphones in the world are based on Android, the potential impact of this technology is immense," says Radek Tadajewski, CEO of Internet of Things device maker Oort. "Industry insiders and analysts envision a world where shopping malls and city streets are saturated with beacons, which can be setup to broadcast marketing messages to all Android smartphones in their vicinity."

Are new beacons required?

No – only a firmware update is needed for a beacon to become Eddystone-compliant. The new tech is being tested with beacons from hardware manufacturers including Kontakt.io, Bkon, bluvision, Radius Networks, Signal 360 and Estimote, all of which will soon sell Eddystone-compatible beacons off-the-shelf.

Radek Tadajewski, CEO of Oort

What else could Eddystone do?

Although it's being talked-up as beacon tech, Eddystone can be adopted into any Bluetooth-equipped device. That's why some think that Eddystone technology could have applications way beyond simple beacons, with Internet of Things devices now expected to use Eddystone to learn from, and adapt to, patterns of behaviour. A coffee machine will remember when its user wakes up each morning, and prepare a brew in anticipation.

"Thanks to analytics, it will also determine when we are running out of coffee and offer automated home delivery," says Tadajewski, who thinks that Eddystone at last brings manufacturers of commodity devices a communication channel with its customers. "Each light bulb, thermostat, smart socket or smart finder that uses Bluetooth can leverage this communication method and be used to gather various data such as location, temperature, humidity, etc," says Tadajewski. "Such devices will also be able to send messages with links to any Android user nearby."

Beacon manufacturers are promising support for Eddystone as well as Apple's iBeacon

Crowd-sourced data

It's also expected that Eddystone will bring retailers both crowd-sourced data on customers and highly detailed knowledge about the movements of specific shoppers around aisles. Linger next to a big ticket item such as a 50-inch TV, a smartwatch or a car and you'll likely be buzzed a discount voucher. However, there could be costs – Google will always know exactly where you are, where you've been, and where you're going next.

Either way, there's no doubting that Eddystone – and the BLE tech behind it – could be about to change the way we communicate with infrastructure, and even how shops, malls, offices and public buildings are designed. This is the physical web, and it's coming to a town near you.