iOS 8 Said To Take Maps To The Next Level With Added Data And Transit Directions

Apple has just shipped iOS 7.1, which brings a number of small enhancements and some considerable performance improvements to older devices, but now the way is clear for iOS 8, and already the rumor mill has started cranking. 9to5Mac, which generally has reliable information for first-hand reported rumors, revealed today a couple of details about Apple’s next big mobile OS, which should… Read More

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iOS 8 Said To Take Maps To The Next Level With Added Data And Transit Directions

Apple Said To Have Acquired Sapphire Display Manufacturing Components, Diamond Cutting Tools

Apple is preparing for a big push in sapphire crystal display manufacturing, according to some new information unearthed by 9to5Mac and told to TechCrunch via a source familiar with the company’s plans. 9to5Mac, with the help of analyst Matt Margolis, has obtained documents that report Apple placing an order with partner GT Advanced technologies for large quantities of furnaces and chambers used in making sapphire displays. Our source informs us that a large order placed at Meyer Burger for wire-based diamond cutting systems (useful in handling ultra hard material like sapphire) was actually for Apple for delivery in 2014, though they aren’t named as a customer. Regarding the furnaces, Mark Gurman at 9to5Mac reports that GT Advanced has already taken delivery of 518 units, which could allow it to build as many as 116 displays of roughly five inches in size per year, with another 420 machines still on order, for a total potential capacity of around 200 million display panels at a size around one inch larger ( rumors suggest new models will be bigger ) than the current diagonal proportions of the iPhone 5s screen. Apple sold around 150 million iPhones in 2013 to put that in perspective, so doing the math, it could indeed be the case that Apple is putting the pieces together for a production run that spans the entire next generation of iPhone hardware. Gurman’s report adds that GT Advanced has ordered a large quantity of Sirius Sapphire Display Inspection Tool components, which helps manufacturers using sapphire in displays specifically for smartphones and other mobile devices by increasing yield numbers and making sure only high quality sapphire makes it into the production stream. Back when the GT Advanced deal, which saw Apple contribute $578 million to build a manufacturing plant for sapphire crystal in Arizona , our own Matthew Panzarino explained that it made sense for Apple to invest early in the tech should it plan to use it in large volumes later own. At first, it seemed likely that in the short-term, Apple’s focus would be more on small screen production with sapphire (for existing components like the camera lens cover and Touch ID sensor), but Gurman seems to believe iPhone displays are at least as likely. That’s backed up by a tidbit also reported by Matthew around the time of the revelation of the GT Advanced deal: Apple filed a patent recently for manufacturing sapphire laminates , which can help greatly reduce the cost of production for use of the material in touchscreen devices. Now, Apple seems ready to build the infrastructure necessary to turn its R&D into a key component advantage for future iPhone hardware. We’ve reached out to Apple for comment on these new reports around sapphire component manufacturing, but we have yet to hear back. We’ll update if new information comes to light.

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Apple Said To Have Acquired Sapphire Display Manufacturing Components, Diamond Cutting Tools

Apple Said To Be Exploring Inductive Charging And Solar Power In iWatch Testing

Apple’s work on an upcoming smartwatch includes explorations of induction charging and solar-powered batteries, according to a new report from the New York Times . As part of a larger piece about battery tech in general, the NYT revealed that Apple has been working on tests involving wireless induction charging for the smartwatch, and methods for incorporating solar panels into the display to draw power from the sun, and potentially ambient light. Both of these are noted as technology in the testing phase for a wrist-mounted Apple wearable, which means they’re not necessarily very far along and likely not on tap for an Apple iWatch should it arrive sometime within the next year. The solar charging in particular, for example, is said to be years away from making its way into shipping product, according to the NYT’s source. It does address a major pain point with current wearable tech, however, which might inform a hypothesis of what Apple is focusing on with any wrist-based smart device it is working on. We’ve heard from 9to5Mac that the iWatch will have a health and fitness focus , working with a new app that will come pre-installed on iOS 8 called “Healthbook.” Hardware details remain thin, but Apple did previously look into  motion-based kinetic charging , which also lends credence to rumors that it’s exploring a range of power options. Battery life for wearables is a huge concern, and the reason why is continued adoption: No end user is eager for the chance to have to remember to charge yet another device, of course, and the problem is made worse when, in forgetting to charge a wearable even once, they notice no overall impact to their lives. The double challenge then is to build a smartwatch that becomes integral to a user’s general routine, such that they’ll actively remember to charge it with the same frequency as their phone, and also to make it so that charging is a fairly infrequent requirement. Apple has managed to sell a lot of things to people who neither users nor critics ever would’ve predicted they’d “needed” to begin with, with the iPad being the big shining example. They can probably do the same for the smartwatch, and these reports of their progress in its development signal to me they’re innovating in the right areas. iWatch concept at feature image created by Todd Hamilton .

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Apple Said To Be Exploring Inductive Charging And Solar Power In iWatch Testing

Cheap Laser-Sintering Printers Are Coming Thanks To The Expiration Of A Key Patent

Today is a big day for 3D printing: Patent #US5597589 is set to expire and will open up the possibility for makers to use laser sintering — shooting a laser at a layer of nylon powder — in cheaper devices, essentially opening the technology to the small maker. The patent is fairly clear on what sintering is. It describes an “apparatus for selectively sintering a layer of powder to produce a part made from a plurality of sintered layers and the apparatus includes a computer controlling a laser to direct the laser energy onto the powder to produce a sintered mass.” This means anything that shoots a laser at powder could run afoul of this patent much as Form Labs bumped up against 3D Systems’ stereolithography patent. Most larger “professional-quality” printers use laser sintering and you can create homogenous, solid-looking objects with stable structures using the technique. Does this mean we’ll have sintering printers in our homes next year? Possibly, but given the materials needed and the components involved I could see prices going down but not dropping until there is mass acceptance of 3D printing. FDM printers that deposit layers of plastic is still the cheapest method, but sintered parts are almost seamless, creating a cohesive whole that is very useful in prototyping and engineering. In short, however, it’s a great day for makers. via 3Dprint

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Cheap Laser-Sintering Printers Are Coming Thanks To The Expiration Of A Key Patent

iPhone 5s Owners Gobbling “Unprecedented” Levels Of Data, Study Finds

Users of flagship smartphones such as Apple’s iPhone 5s and Samsung’s Galaxy S4 are continuing to suck down more data than their tablet-wielding counterparts, according to a large-scale survey of mobile data consumption in 2013 conducted by JDSU (which last year  bought mobile data analytics company Arieso , the company that previously ran the annual survey). Last year’s mobile data consumption survey , which looked at 2012 data, also found flagship smartphone device users outpacing the data consumption rates of tablet users. But the most data thirsty phone users of all have an iPhone 5s burning a hole in their pocket. As with the 2012 study, the 2013 survey examined the data demands of more than one million subscribers using more than 150 different devices over a single, 24-hour weekday in a Tier-1 European market, which had a mixture of urban and suburban morphologies. But for the first time the survey also studied a developing market for comparative purposes — with a further  one million+ subscribers studied in this market over the same 24-hour period.  To ensure statistical validity the study only looked at the data demands of popular devices — i.e. those represented by at least 1,000 subscribers (conversely, the most popular devices had subscriber rates of well over 10,000 apiece). The results are pretty telling about the habits of flagship smartphone owners, if not entirely surprising. You guys are a data-demanding bunch. Especially if you happen to own the latest iPhone. Continuing the trend of the past three years’ findings, the 2013 study found that mobile subscribers using Apple’s flagship smartphone are the most data-hungry smartphone users of all. And they’re getting hungrier still: users of the new iPhone 5s are even more data-hungry than previous top-of-the-line iPhone owners — with the study describing them as the most voracious smartphone users it’s yet seen, with “unprecedented increases in uplink and downlink data demands”. According to the findings, iPhone 5s users demand 7x as much data as iPhone 3G users in developed markets (the study uses the iPhone 3G as its mid-range benchmark device), and 20x as much data in developing markets. The most data-demanding device in 2013 was the iPhone 5 — but iPhone 5s users are demanding a fifth (20%) more data than iPhone 5 users in developed markets, and 50% more data in developing markets. Owners of Apple’s current flagship phone also have a greater data consumption than the Android-based Samsung Galaxy S4, which had a 5x data generation rate vs the iPhone 3G in developed markets and 11x in developing markets. The SGS4 did rank a lot higher for uplink data generation — coming third in developed markets (vs sixth place for the iPhone 5s). The study goes on to note that the average user of the SGS4 generates almost as much uplink data as eleven iPhone 3G users in the developing market it analysed. T he SGS4′s “prolific” uplink data generation usage is described as “consistent with the improved high-resolution 13-megapixel primary camera and the 2-megapixel front-facing camera”. (The iPhone 5s has an 8MP rear camera.) Both Apple and Samsung are amply represented in the top data gobbling devices across developed and developing markets, as the below tables from the report show: The report also flags up the relatively reduced amount of data consumption by users of the lower cost iPhone 5c compared to previously released iPhones. ”This is consistent with the marketing of the device relative to the new flagship iPhone 5s,” the report notes. Bottom line: even though the iPhone 5c is a shiny new iPhone, it’s not a flagship iPhone so the owners of this device have more modest data consumption habits (on average). On the tablet front, Apple’s fourth-gen iPad has replaced the Samsung Galaxy Tab 2 10.1 in the top tablet spot in the studied developed market (relative to 2012’s study). No sign of the iPad Air as yet, but it’s a little too early for that device to crop up on the analysed networks (being as it went on sale in November, when the data was being gathered). The study also points out that — as with the don’t-call-it-cheap-but-it’s-not-a-flagship iPhone 5c — Apple’s lower priced tablet, the iPad mini, yields lower data consumption rates than its flagship tablet models. The report notes that iPad mini users consume only 80% of the downlink data consumed by 2nd and 3rd generations of iPads. “Similar to the iPhone 5c, the iPad mini was not intended to be a flagship device and instead has sought to occupy a niche position in the market,” it adds. Another characteristic of mobile data consumption detailed by the study applies to the hungriest 1% of all subscribers. The report notes that these users consume more than  half of the downlink data volume — which it describes as “broadly consistent” with the trends reported over the past two years in developed markets.  However the device-types these hungriest of data-hungry mobile users are conducting their bandwidth hogging activities on has seen a bit of a shift. The report notes that in the developed market being analysed, smartphones now constitute the majority of “extreme devices”, taking a 63% fraction vs 40% in 2012′s study. While tablet device usage among this group has  experienced the largest relative decline, dropping from 6% in 2012 to 2% in 2013.  It’s possible this is a consequence of smartphones getting bigger and thus more tablet-esque — aka the rise of the phablet — allowing extreme users to choose a compromise device that’s quasi-pocketable (compared to a full-fat tablet), and thus able to appeal to their desire to remain tethered at all times to the Internets, while still being large enough to eyeball most of the stuff they want to on the go. There’s no doubt phablet usage is on the up — e arlier this week analyst Juniper Research forecast that 120 million palm-stretching phablet units are expected to ship annually by 2018 , up from an estimated 20 million in 2013. A nd with some  signs that tablet sales might be softening , it seems logical to connect the swelling waistlines of the average smartphone as a contributory factor in swelling rates of data consumption among phone users. Bigger smartphones, after all, often more screen real-estate for performing data-consuming activities. And, unlike tablets, these gizmos are merely a handy pocket away from users’ fingertips. The report also touches on the role being played by LTE/4G in encouraging data-gobbling — noting that the higher speeds supporting by this next-gen cellular tech are doing the equivalent of pouring lighter fuel on the data consumption bonfire. “The most extreme 0.1% of all users consume nearly half of all downlink LTE data,” the report notes. “Extreme behavior in UMTS required ten times as large a fraction (0.1% -> 1%) to get to half of all downlink data. As such, we can declare that LTE users are ten times more extreme than UMTS users.” In other words, throw LTE into the mix along with powerful, fatty phablets and increasing levels of mobile data gluttony is a given. It’s almost enough to make you pity the poor carriers whose networks have to shoulder the burden of “extreme users” and data-diva flagship owners. *Almost* “The faster the speeds that mobile operators provide, the more consumers swallow it up and demand more,” concludes report author Dr Michael Flanagan. “One would expect a honeymoon period in which early adopters test their toys. But for 4G users to consistently exhibit behaviour 10 times more extreme than 3G users well after launch constitutes a seismic shift in the data landscape.”

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iPhone 5s Owners Gobbling “Unprecedented” Levels Of Data, Study Finds

Scientists Detect Two Dozen Computers Trying To Sabotage Tor Privacy Network

New submitter fynbar writes “Computer scientists have identified almost two dozen computers that were actively working to sabotage the Tor privacy network by carrying out attacks that can degrade encrypted connections between end users and the websites or servers they visit (PDF). ‘Two of the 25 servers appeared to redirect traffic when end users attempted to visit pornography sites, leading the researchers to suspect they were carrying out censorship regimes required by the countries in which they operated. A third server suffered from what researchers said was a configuration error in the OpenDNS server. The remainder carried out so-called man-in-the-middle (MitM) attacks designed to degrade encrypted Web or SSH traffic to plaintext traffic. The servers did this by using the well-known sslstrip attack designed by researcher Moxie Marlinspike or another common MitM technique that converts unreadable HTTPS traffic into plaintext HTTP.'” Read more of this story at Slashdot.

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Scientists Detect Two Dozen Computers Trying To Sabotage Tor Privacy Network

BlackBerry Posts $4.4 Billion Loss, Will Outsource To Foxconn

iONiUM writes “Today BlackBerry announced a $4.4 billion loss, and a deal with Foxconn to outsource hardware manufacturing. One interesting stat is that 75% of sales were actually older BB7 devices. That said, CEO John Chen says, ‘We are very much alive, thank you.’ He adds, ‘Our “for sale” sign has been taken down and we are here to stay. BlackBerry recently announced it has entered into an agreement to receive a strategic investment from Fairfax Financial and other institutional investors, which represents a vote of confidence in the future of BlackBerry.'” Read more of this story at Slashdot.

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BlackBerry Posts $4.4 Billion Loss, Will Outsource To Foxconn

Mystery Science Theater 3000 Returns Thanksgiving Day 2013 with Web-Only Live Stream

It’s the 25th Anniversary of Mystery Science Theater 3000 , and one of the events happening in celebration is the return of the show’s Turkey Day Marathon! Read on for the details of this Web-only live stream kicking off November 28th at 9:00 am PT/12:00 noon ET. From the MST3K Turkey Day website : Do you miss the Turkey Day Marathons of yesteryear, when, loaded with tryptophan, you’d curl up on the sofa with friends and family for a postprandial MST session? Well, you can relive the magic once again with a special Web-only Turkey Day Marathon featuring six classic episodes curated and hosted by Joel. This streaming event will kick off on Thursday at 9 am PT / 12 noon ET on Thursday, November 28th at MST3KTurkeyDay.com. Fans who have suggestions for episodes they’d like to see included are encouraged to tweet Joel (@JoelGHodgson) with their votes. On Turkey Day, MST-ies can join in on Twitter with the tag #mst3k. For updates on MST3K Turkey Day, follow @ShoutFactory and @JoelGHodgson. VISIT THE EVILSHOP @ AMAZON! Got news? Click here to submit it! Curl up with some MST3K in the comments section below!

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Mystery Science Theater 3000 Returns Thanksgiving Day 2013 with Web-Only Live Stream

Hydrobee Lets You Charge A Battery From A Fast-Flowing River To Juice Up USB Devices Off-Grid

We’ve seen fire harnessed to power a phone charger for the great outdoors, with the nifty  FlameStower , now meet Hydrobee: another Kickstarter project aiming to provide an off-grid alternative for charging a battery you can then use to juice your phone. But, as its name suggests, Hydrobee is all about water. There’s two parts to Hydrobee. When wearing its ‘Stream Body’, the gizmo can be placed in a river or dragged behind a boat – so long as the water is flowing faster than 1.8m/s (or 4mph+) – and two to four hours later its battery will be fully charged. A smaller inner unit can also be attached directly to a flowing faucet to charge – so could be used as a back-up power generator for your phone during a power outage (so long as your taps don’t require electricity to pump the water to them). Once Hydrobee’s battery is juiced, you can then plug in a USB device to charge it – a secondary charging process that presumably takes several more hours. Hydrobee reminds me of a CDT project I worked on in school, where we stuck a dynamo on a paddle wheel-bearing rig designed to float in a river and stuck a micro bulb on top that we hoped would be powered by it… Long story short it didn’t work on demo day, but that’s technology demos for you. Hydrobee has clearly perfected the hydroelectric tech better than a bunch of schoolkids managed to. The prototype consists of a tiny hydropowered turbine sited in a can with rechargeable batteries and waterproofed electronics, and a USB 2.0 port – so you can juice up your phone or other USB-powered device. The internal batteries are 6 x 1.2V AA NiMH rechargeable cells of 2,500 mAh capacity, yielding a total of 15,000 mAh. It is still a prototype for now. And Hydrobee’s U.S.-based creator has put a call out for Kickstarter users to give him feedback on the sorts of things they’d like to be able to use the device for to help shape the final product. The campaign is looking to raise $48,000 in crowdfunding, with 17 days left to run. If it hits its funding target, Hydrobees will be shipped to backers next March. The Hydrobee turbine generator, which can be used to generate a charge from water from a running faucet or hose, is being offered to early Kickstarter backers for $24. Or it’s $78 for all the kit, including the floating Stream Body.

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Hydrobee Lets You Charge A Battery From A Fast-Flowing River To Juice Up USB Devices Off-Grid

Coin, The Electronic Credit Card, Reaches Its Pre-Order Goal In 40 Minutes

We are, I believe, in an interstitial zone when it comes to payments. Credit cards are still king – just ask Square – and NFC is just a dream in most countries. That’s why Coin is so interesting. It’s a credit card-sized device that holds other credit cards, allowing you to swap from card to card and even store gift cards inside its ultra thin innards. The company planned a pre-order campaign that would top out at $50,000. They blew past that goal in forty minutes today, a testament to the desire for folks to leave their plastic at home. The card itself is as thin as a regular credit card. I saw the near-final prototype and except for a raised button and a small (slightly unreadable) LCD. To use the card you select a payment type with the button and just swipe. The Coin card “mimics” your read credit or gift card. The technology is tightly packed inside the card’s plastic case. The card uses low-power Bluetooth to connect to your iOS device that is coupled with a standard credit card reader. You swipe your cards into the system and you’re done. The device holds up to eight cards. Engineer Kanishk Parashar is leading the Y-Combinator-backed company alongside investor and board member Manu Kumar . Parashar cut his teeth in payments with a startup called SmartMarket but this product seems to be his winner. The company isn’t new – a company called Flint is already in this space and I suspect a bigger player will probably beat Coin to the mass market. However, it’s a cool idea in a cool package and, clearly, the idea has caught fire. You can take a look at the product here and it ships this Summer.

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Coin, The Electronic Credit Card, Reaches Its Pre-Order Goal In 40 Minutes