Tuesday, February 25, 2014

Apple releases iOS 7.0.6, iOS 6.1.6, & Apple TV 6.0.2 with fixes

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After releasing iOS 7.0.5 at the end of last month to fix network errors for Chinese users, Apple has just released iOS 7.0.6 (Build 11B651) alongside iOS 6.1.6 (build 10b500) for the iPhone 3GS and 4th-gen iPod touch and Apple TV version 6.0.2 with a security fix related to SSL connection verification. 

Apple says iOS 7.0.6 is a security update that “provides a fix for SSL connection verification.” The update for Apple TV (version 6.0.2) and iOS 6.1.6 for older devices offer the same fix. The updates should be available to all supported iPhones, iPads, iPods and Apple TVs as over-the-air updates any minute.



Apple acquires beta testing platform TestFlight through Burstly purchase

TestFlight App

Apple has acquired Burstly, the company behind the popular beta testing platform Test Flight, TechCrunch reported (now confirmed by Recode). TestFlight recently pulled its SDK as well as Android support  prompting speculation that big changes were on the horizon. Some speculated that an Apple acquisition could behind it all and would make sense considering the fragmented beta testing experience for app developers. While neither company has commented publicly confirming the acquisition, we were pointed to hints of the acquisition just before TechCrunch reported the rumor as likely and later updated its reporting to note that the acquisition had already occurred…

As for what Burstly could provide Apple, the company offers three products including SkyRocket (mobile ads), FlightPath (analytics) , and TestFlight (beta testing). The latter service is used to distribute and test pre-released software before it goes live to the public, something we often use to review software before its debut on the App Store.

The disconnect between the platform and Apple has left many wondering why Apple hasn’t offered the service on its own. Developers clearly want and need to distribute apps to more than just their in-house teams for more diverse testing and publicity leading up to a product launch.

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An Apple-owned TestFlight (possibly without that branding) could make for a more robust and integrated beta testing platform, especially as Apple seems to be prepping for an App/Game Store on its Apple TV platform.

Both Apple and Burstly have not responded to requests for comment.

Update: Apple has confirmed the acquisition to Recode.



This is what an iPhone 5s looks like when its battery catches fire and explodes

While rare, it’s certainly not the first we’ve heard reports of an iPhone catching fire or spontaneously exploding. Just earlier this month a student reported 2nd-degree burns from an iPhone 5c, and today we get the images above from reader that just had a similar problem with his iPhone 5s.

We don’t know the source of the issue yet, but it looks like the majority of damage is originating from where the battery is located. Of note: The phone was apparently not charging or using any unauthorized accessories but we can’t verify.

Update: Teh Falcon gives more details below

Some more images below:

 

I’m the OP.

1: The battery was starting to “inflate”, it pushed the TOP part of the screen up enough that I was able to grab ahold of it and rip it off from the bottom UP, of course the phone was getting hot at this point because of a malfunction in the battery so I pulled the screen off with quite a good amount of force. Doing so the screws just ripped out of the threads (they are small screws keep in mind..).

2: As for this, keep in mind, the venting was not some sort of 30 second thing. This went on for about 3 minutes, my home filled with smoke. I work on computers, I did have a phillips screw driver that I was able to take the EMI shields off while it was smoking, because it was too hot to move, So I was trying to disconnect the battery to remove to get it outside (later thinking I realized how this would have done nothing at that point). That is why there is no shielding or cables.

3: As for everyone wondering WHY I had a camera, well. I don’t use this iPhone as my Phone, I have a Moto X that I use for my main phone. I use the iPhone for everything else other then texting and calling, So I had my Moto X with me. My first instinct after seeing other iPhones batteries have malfunctions lately was to get a picture for proof.

ALL the other pictures AFTER the smoke I took for Apple as they requested. I have a Table and a counter near each other (kitchen).

I hope this answers everyones questions.. I realize the skepticism, I would too, but I can assure you, all this was pure instinct, the phone WAS NOT open, had no damage, and RIGHT before the accident was actually IN USE (on Facebook).

 

(Thanks Teh Falcon!)



Apple patched a major SSL bug in iOS yesterday, but OS X is still at risk

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Yesterday Apple released iOS update 7.0.6 alongside new builds for iOS 6 and Apple TV  that it said provided “a fix for SSL connection verification.” While Apple didn’t provide much specific information on the bug, it wasn’t long before the answer was at the top of Hacker News. It turns out that minor security fix was actually a major flaw that could in theory allow attackers to intercept communications between affected browsers and just about any SSL-protected site. Not only that, but the bug is also present in current builds of OS X that Apple has yet to release a security patch for.

Researchers from CrowdStrike described the bug in a report:

“To pull off the attack an adversary has to be able to Man-in-The-Middle (MitM) network connections, which can be done if they are present on the same wired or wireless network as the victim. Due to a flaw in authentication logic on iOS and OS X platforms, an attacker can bypass SSL/TLS verification routines upon the initial connection handshake. This enables an adversary to masquerade as coming from a trusted remote endpoint, such as your favorite webmail provider and perform full interception of encrypted traffic between you and the destination server, as well as give them a capability to modify the data in flight (such as deliver exploits to take control of your system),”

Adam Langley, a senior software engineer at Google, also wrote about the flaw on his blog ImperialViolet and created a test site to check if you have the bug (pictured above):

Since this is in SecureTransport, it affects iOS from some point prior to 7.0.6 (I confirmed on 7.0.4) and also OS X (confirmed on 10.9.1). It affects anything that uses SecureTransport, which is most software on those platforms although not Chrome and Firefox, which both use NSS for SSL/TLS. However, that doesn’t mean very much if, say, the software update systems on your machine might be using SecureTransport….

I coded up a very quick test site at https://www.imperialviolet.org:1266. Note the port number (which is the CVE number), the normal site is running on port 443 and that is expected to work. On port 1266 the server is sending the same certificates but signing with a completely different key. If you can load an HTTPS site on port 1266 then you have this bug.

The updates Apple released for iOS yesterday are expected to fix the issue and Langley confirmed as much, but OS X 10.9.1 remains at risk. A test site to check if you have the bug is here.

Some users also report that Apple’s latest developer build 10.9.2 is still vulnerable:

Apple is yet to comment directly on the situation or provide an ETA on an incoming fix for OS X users.

Update: Apple says a fix is coming soon.



Apple aggressively pushing to take Arizona sapphire plant live in February for ‘critical’ product component

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In November of last year, Apple announced that it would be opening up a new manufacturing plant in Mesa, Arizona. Since that time, little information has come out about the plant except that it would be utilized to manufacture sapphire crystal for future Apple devices. The plant will be operated by Apple in tandem with GT Advanced Technologies. Earlier this year, we learned via (now removed) Apple job listings that the plant would involve components for future iPhone and iPod product lines.

Now, we have tracked down documents (with the help of analyst Matt Margolis) showing correspondence between U.S. Foreign Trade Zone officials and Apple’s Deputy Director of Global Trade Compliance. The documents were made public today by the Foreign Trade Zones Board. The papers indicate the materials Apple will utilize to manufacture sapphire, share details about Apple’s “aggressive” plan to take the facility live, and provide a description of how the sapphire will be used in future Apple products…

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While Apple CEO Tim Cook declined to tell ABC News when the factory would begin preparing sapphire glass components, these new documents reveal that Apple plans to take the plant live in February (next month). Interestingly, Apple’s James J. Patton describes the goal of meeting a February go-live timeline as “aggressive.” A February launch for the plant would indicate that Apple will begin producing sapphire for integration with Apple products as soon as later this year.

Speculation on how Apple will use this sapphire has ranged from displays for future iPhones, solar panels, and all the way to glass for future Apple wearable devices. Other possibilities include sapphire production for the existing Touch ID iPhone Home button and iPhone/iPod touch camera lens covers. But Apple’s explanation makes the sapphire crystal sound even more interesting than covers for buttons and camera lenses (emphasis ours):

Apple’s definition of a “critical new sub-component” is obviously vague, but the word “new” likely indicates that this is for a component never used in previous Apple products. Combined with reports from earlier this week of Apple and Foxconn conducting test runs of sapphire iPhone displays, it seems plausible that a purpose of the Mesa, Arizona plant is to actually produce the sapphire screens.

Sapphire-covered iPhone screens would make the smartphones less susceptible to screen scratches, and this could improve the overall user experience of owning an iPhone. Apple has patented a method of doing this, and it would not be a stretch to assume that similar sapphire screen technologies could make their way to other Apple devices such as iPads, iPods, and even… iWatches.

Apple has also patented pressure-sensitive touchscreens, as a means of allowing additional gestures and disregarding accidental input.

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The documents also list some of the other components to be used at the Mesa facility (shown above). On the list: diamond cutting wire and alumina block. Alumina block and the heating equipment are components for manufacturing the actual sapphire crystal material. Diamond cutting wire has been utilized in manufacturing components of current Apple products, such as the bezels of the iPhone 5/5s, iPad Air/Mini, and, most recently, the Mac Pro.

The fact that this facility has diamond cutting wire is also interesting in light of the earlier mentioned job listings referring to this plant involving the design and engineering of iPhones and iPods.

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The document also includes a map of the plant (shown above). We’ve previously posted spy shots of the construction of the plant. This map does not bring us many new pieces of information, but it is interesting to see the scope of the facility.

Full PDF:



UK watchdog finalizes rules for free-to-play games, requires compliance by April 1st

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The UK’s Office of Fair Trading has today published its final “principles” for free-to-play games, after starting an investigation back in April last year. Publishers have until April 1st to comply to the regulations or their titles breach UK consumer law and may result in legal action … 

The 23 page document states that game developers must make users aware of any potential costs upfront. Notices regarding the use of personal data for marketing must also be made clear. The user of the game must also ensure that the payment is authorised by the account holder before any transaction takes place.

Many of the requirements in the document are quite broad in their definition and are likely to affect thousands of titles in the App Store. For instance, the document says that games should not “include direct exhortations to children to make a purchase.” Depending on how strictly this wording is applied, many games on the store today likely violate these rules.

From April 1st, these rules will apply to any software titles that incorporate in-app purchases available in the UK. Consultation on these rules opened in September last year. The OFT said:

‘The on-line and apps based games industry has already made significant improvements during our consultation process. But it still needs to do more to protect children and treat its customers fairly.

‘Our principles make clear the type of practices that games makers and platform operators should avoid.

‘Parents and carers have an important role to help protect their child and their bank balance. Our advice is that parents check their device settings, play their child’s games themselves and read the game’s description online. Parents will also be encouraged to report concerns to Citizens Advice



iWatch + iOS 8: Apple sets out to redefine mobile health, fitness tracking

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Apple has its sights set on another industry ripe for reinvention: the mobile healthcare and fitness world. Apple currently plans to release a new version of the iPhone operating system this year with health and fitness tracking integration as its headline feature, according to sources briefed on the plans. Apple’s work on such an operating system likely indicates that Apple is nearing the introduction of its long-awaited, sensor-laden “iWatch,” which sources say is well into development…

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Fitness monitoring:

Apple plans for iOS 8 to include an application codenamed “Healthbook.” The software will be capable of monitoring and storing fitness statistics such as steps taken, calories burned, and miles walked. Furthermore, the app will have the ability to manage and track weight loss. The software will be a pre-installed challenger to offerings such as those from Nike and Fitbit, making it all the more intriguing that Apple CEO Tim Cook still sits on Nike’s Board of Directors.

Health tracking: 

Besides fitness tracking, a marquee feature of “Healthbook” will be the ability to monitor a user’s vital signs.

The application will be able to track a person’s blood pressure, hydration levels, heart rate, and potentially several other blood-related data points, such as glucose levels, according to our sources.

The software is also programmed to allow users to enter details about their medications so that they could be reminded to take pills at scheduled times. This will likely integrate with iOS’s existing Reminders application.

Last month, Apple executives Jeff Williams and Bud Tribble met with F.D.A. officials in the United States regarding health applications, as noted earlier today by the New York Times. However, actual details about what was discussed were not shared.

App interface:

The “Healthbook” application is said to take multiple user interface cues from Apple’s own Passbook app, which is software for storing loyalty cards, coupons, and other materials normally stored in physical wallets.

The new health and fitness application’s interface is a stack of cards that can be easily swiped between. Each card represents a different fitness or health data point. The prototype logo for “Healthbook” is similar to Passbook’s icon, but it is adorned with graphics representing vital signs.

Sources warn that the health functionality could ultimately be removed from iOS 8 before its scheduled introduction. Apple develops several features for future operating systems and then finalizes which features make the cut for the release closer to launch.

iWatch ties:  

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While current iPhone hardware is capable of measuring steps due to the recently introduced M7 chipset’s motion tracking abilities, the smartphone is incapable of measuring vital signs like blood pressure and heart rate. Apple has patented technology for smartphones to track blood pressure, but it is unlikely that it plans to add such functionality to its iPhone lineup this year.

Instead, Apple has likely developed this new version of iOS with the upcoming iWatch in mind.

Sources have previously indicated that Apple’s wearable computer will have sensors to track and measure aspects of the human body. “Healthbook” could be the conduit for users to read the data that the iWatch will collect. Indeed, sources with knowledge of the iWatch’s development say that the future product is designed to be heavily reliant on the iPhone.

Based on the health information that iOS 8 is capable of reading, Apple’s wearable device will seemingly have sensors at least capable of measuring blood pressure, hydration, heart rate, and steps. iOS 8 combined with the iWatch is said to be able to monitor several other pieces of health and fitness data, but additional specifics are not as clear as of now.

Sources also hint that Apple has developed technologies to be able to pack several different sensors into a single chipset for miniaturization purposes.

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As Cook said last year, “the whole sensor field is going to explode.” “It’s a little all over the place right now… with the arc of time, it will become clearer,” Apple’s chief added.

With iOS 8 likely to ship this year, a connection to the iWatch would seem to point to the wearable device also shipping in 2014.

Cook previously told Apple employees that “big plans” are on the roadmap for this year. Other than the speculation that emerges from Cook’s comment and Apple’s work on iOS 8, there has been little other indication that Apple plans to reveal its wearable product this year. Furthermore, another possibility, albeit a more unlikely one, is that iOS 8’s health functionality will be optimized for third-party health accessories in 2014 and Apple’s own hardware in future years.

A slew of blood pressure monitors, body weight scales, pedometers, heart rate monitors, fitness bands, and glucose meters that can connect wirelessly to iPhones already exist in the technology accessories market. Apple has even promoted these products in its online and retail stores. “Healthbook” could be a boon for the existing medical hardware market and make those devices more intuitive for end-users.

Hires:

Last year, Apple hired several health, medical, and fitness experts to work on these hardware and software projects. Some of the notable names include former Nike advisor Jay Blahnik and former Senseonics vice president Dr. Todd Whitehurst.

This year, Apple added Ravi Narasimhan from general medical devices firm Vital Connect and Nancy Dougherty from startup Sano Intelligence to its iWatch development team. We have also learned that Apple has also hired Michael O’Reilly, a former executive at Masimo Corporation who worked on noninvasive pulse sensors, last summer.

Apple VP of Technology Kevin Lynch, hardware executive Bob Mansfield, and senior hardware engineering manager James Foster are also said to be key players in the iWatch project.

Ski resort: 

Succeeding iOS 7, a major redesign of the Apple mobile device experience, iOS 8 likely will not feature major interface or graphics changes. There will be minor enhancements across the system, but none that are as noticeable as the changes introduced last year.

iOS 8 is codenamed “Okemo,” a popular ski resort in Vermont, U.S. This codename continues a long tradition of Apple internally naming iOS releases after ski resorts (Mac OS X releases are instead named after wines).

Apple has been actively developing enhancements to its Maps app, such as transit directions and indoor mapping, but sources say that development of an in-house transit feature is not moving along as quickly as some company leaders have hoped, and the feature is far from a lock for iOS 8. Sources also add that mapping functionality will be a focal point for the iWatch.

Game changers:

By leveraging the existing iPhone user base, Apple’s plans for a health and fitness-focused version of iOS and the potential of an advanced, sensor-packed wearable computer could allow it to re-invent yet another critical industry.