Wednesday, 29 February 2012

question 10

Why smart phones threaten would-be censors

Google vs. China.  Facebook vs. Pakistan.  YouTube vs. Turkey.  Blackberry vs., well, half the world. If it seems like the Internet is under siege lately, that's because it is.  The cat-and-mouse game between government censors and communications technology is a lot like life along the San Andreas Fault. There are low level rumblings all the time, but every once in a while there's a tectonic shift. 
But why so many tremors and earthquakes lately? And is it a good idea for multinational, for-profit companies to be the standard-bearers for basic human rights like free speech?  Here are some answers.
It's been true since the beginning of organized society: Governments hate secrets. By nature, they cannot allow citizens or enemies to communicate in secrecy. That means every new communications technology is a potential threat. Chat rooms, e-mail, encryption, the Web, Twitter -- all have, one by one, come under assault from haters of secrets.
Now that smart phones have reached the masses, governments around the world are panicky. It's one thing to control citizens' use of e-mail from their bedrooms or cubicles -- in a place like Iran, there are only a few Internet pipes in and out of the country, so it's not hard to shut down the pipes or scan the data flowing through it for offensive or illegal content.  But Blackberry gadgets work differently. They let citizens walk around anywhere with tiny computers that can give users unfiltered access to everything on the Web and enable them to transmit their data with surveillance-busting encryption. If your job is to monitor citizens and keep order, this is an earthquake.
"We do think that the mobile Internet is where the cat-and-mouse game will play out over the next few years, with the rise of smart phones and ubiquitous 3G connectivity," said Jim Cowie, chief technology officer of Renesys, a firm that analyses Web traffic. "That's especially true in emerging economies like the (United Arab Emirates), where mobile Internet growth is really exploding -- in many cases mobile Internet providers have leapfrogged fixed-line Internet providers."
Blackberry maker Research in Motion is in the cross-hairs now. On Monday, a ban in Saudi Arabia went into effect, though Blackberry's Messenger service appeared to continue to operate normally. Other bans are threatened in the U.A.E., Algeria, Lebanon, Indonesia and India. But censorship experts expect the battle eventually will affect all mobile Internet devices. That expected escalation alarms Clothilde Le Coz, U.S. director of free speech advocacy group Reporters Without Borders.
"Mobiles devices such as the Blackberry ones are one way to get … news, share news and comment on it. If even these devices are getting controlled and monitored by the governments, it is a bad sign for freedom of speech," Le Coz said.
On Thursday, Blackberry CEO Mike Lazaridis threw down the gauntlet, indicating he plans to pick a fight with Arab nations who try to limit his company's service.
"Everything on the Internet is encrypted," he told the Wall Street Journal. "This is not a BlackBerry-only issue. If they can't deal with the Internet, they should shut it off."
But privately, the company appears to be in active negotiations with governments in the region. Some of the compromises that have been floated would sound alarming to any free speech advocate's ears. A report in The Economic Times in India said Research in Motion offered to let the Indian government access user e-mail and promised to create a system that would allow monitoring of chats within six to eight months.
From an architecture standpoint, there's even more to be concerned about. While hand-held smart phones seem to imply great freedom of movement, they may ultimately be easier to control, Cowie said. Countries tend to have far fewer mobile providers than Internet service providers, as the wireless spectrum is highly regulated. That gives governments a lot of leverage in any censorship debate.
"This might make it a lot easier for governments to censor -- or to implement community-appropriate filtering -- depending on your spin," Cowie said. "There are typically fewer mobile providers in a given national Internet market because of licensing requirements. They have more tightly integrated control over the end user Internet experience."
Harvard Professor Jonathan Zittrain, who runs the censorship-fighting Web site Herdict.org, takes that argument one step farther. Now that Web users seem to be clustering around a few Web sites and service providers, censors' jobs are getting easier, he thinks. It's hard for governments to censor e-mails flowing in an out of from hundreds of Web mail services. It's much easier to censor all traffic in and out of Facebook.com.
"(It) could be a game changer, the re-emergence of more centralized umbrellas for activities on the Internet," he said.
Cell users are rebels
On the other hand, Cowie thinks mobile Internet users have already shown a disdain for control that will ultimately be the undoing of any attempts at censorship. Smart phone users, for example, have demonstrated their tendency toward rebellion.
"There was a time when mobile providers thought that they could create a 'walled garden' mobile Internet," he said. "They believed that users would be satisfied with a few kinds of well-tended content on their phones, served up from the provider's own online kiosks.  If the story had ended there, it would have been a government censor's dream -- complete integration of hardware, software, delivery infrastructure and content, in one manageable package.
'We're all geeks now'
 "However, mobile consumers have pretty clearly indicated that they reject that model. They want access to the entire Internet on their smart phone -- not just a small corner of it, but all their familiar sites and services. They want to be able to jailbreak their smart phones, have carrier choice … and generally have the same freedom to tinker that they have on their desktop. This was a somewhat unexpected outcome, but the masses have spoken. We're all geeks now." 
If Middle Eastern nations stick to their Blackberry bans, their motivations will remain hazy. Few observers take the claim of national security at face value, and it's possible the ban is aimed as much at halting teen-aged flirting as it is to preventing terrorism attacks. (Thanks, World Blog.)
What the United Arab Emirates has asked for isn't, on its face, much different from what the U.S. government regularly asks for, said Mark Rasch, former head of the U.S. Department of Justice computer crime unit. 
During the Clinton years, the federal government engaged in a protracted (and failed) battle to prevent the widespread use of encryption by Internet users. But federal investigators armed with court orders still use wiretaps and other technologies to regularly inspect e-mail, Web and mobile communications. And European nations have saddled Internet service providers with data retention requirements for the purpose of law enforcement investigations.
There is an important distinction, however, said Rasch, now a consultant with Secure IT Experts.
"What the UAE is asking for is not fundamentally different from what the U.S. government sometimes asks for," he said. "But while it may not be an unreasonable request, it may be an unreasonable government that is requesting it."
There are plenty of reasons not to trust foreign nations with the keys to inspect smart phone traffic. However flawed U.S. due process might be, most U.S. citizens would be considerably more uncomfortable with the idea that governments in the United Arab Emirates or India could read their Blackberry messages in real time, or months after they were sent.
Tala Dowlatshah, another spokeswoman for Reporters Without Borders, said it's important for consumers to realize that countries like the UAE are trying to have it both ways.
"In recent years, the UAE has implemented a  Draconian  policy toward its citizens concerning the free flow of information," she said. "Clearly the UAE believes in democracy and free markets when it comes to doing big business deals with the West. But when it comes to empowering its own citizens, that's when the country demonstrates how small minded it really is."
Google's lesson
But while human rights groups can call attention to the problem, at the moment, the job of fighting on the front lines of the censorship battle has really been left to companies like Google. The firm's well-publicized spat with China earlier this year set the standard for company vs. state censorship battles. Google had happily provided China with a scaled-down Web experience designed to prevent citizens from finding Web sites on controversial topics such as the Falun Gung or the Dalai Lama. But when a scandal erupted that suggested hackers sponsored by the Chinese government had raided Google's servers, the company flipped a switch and began sending Chinese users to its unfiltered Hong Kong site. China, in turn, threatened to kick Google out, a potential body blow to the company's Asian aspirations.
In the end, Google blinked, but only slightly. It went back to the filtered Chinese site, but added a link to the free Hong Kong site. That earthquake was over, even if the fault line along the China-Google border remains active.
Zittrain, who praised Google for confronting China, encourages tech companies to think about the big picture -- instead of next quarter's profits -- during censorship fights.
"It's helpful for corporations to realize they are representing interests and issues that go beyond their customers," he said. Standing up to censorship is the thing to do, he stressed, but it's also good business.
"In a place like China, if there is a regime change in 15 or 20 years, how might you be greeted if you stood up on principles? Or if you didn't?"
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ios - ApPlE

iOS security loophole lets apps grab user photos

by  
A software feature that lets apps access user location has also been found to give developers access to that user's entire photo library.
The iPhone's camera roll, something developers can download without you knowing?
The iPhone's camera roll, something developers can download without you knowing?
(Credit: Josh Lowensohn/CNET)
An iOS security feature that lets users share information about their location can also be a conduit for those applications to surreptitiously grab user photos, according to a new report.
The New York Times' Bits blog today details how developers can gain access to a user's entire photo library through the same user dialog window that requests access to a user's current location. When users click the OK button, the report says, the developer can then copy photos--complete with GPS metadata--to a remote server, without alerting users to the fact.
Before wrapping your iPhone in tinfoil and throwing it into a fire, know that Bits says it's "unclear" if any apps that have been published to the App Store actually exhibit this behavior. Nonetheless, it adds that an unpublished test application from an unnamed iOS developer was able to successfully upload user photos using the dialog option.
Apple did not respond to a request for comment.
According to Bits, the potential for this loophole opened up in 2010 with the introduction of Apple's iOS 4.0 software. While the focus of that release was on bringing multitasking to Apple's mobile operating system, it also added the location feature in the name of efficiency.
This is the latest instance of Apple's mobile location features drawing concerns over user privacy. Last April, security researchers took issue with Apple's logging of user location data, which was found to be stored unencrypted. Researchers took the data, which covered up to a year's worth of location entries, and suggested that it could be used to track where users were going, including where they lived.
Apple stayed mum on the subject for a week, later addressing it as a "bug" and saying that the file was used to speed up how fast it could identify people's whereabouts inside applications, as well as fuel a crowd-sourced location database. A software update a few weeks later cut the database down to seven days' worth of data and kept the file from being stored on local machines, however that didn't stop the incident from being referred to as "locationgate."
More recently, attention has been focused not on Apple's collection of user information, as much as what it's allowing third-parties to access. Earlier this month, for example, we learned that some apps were collecting users' contact information without their permission. After the issue came to a head, Apple said such apps were in violation of its App Store Guidelines, and that a change was being made to require those applications to seek "explicit user approval," as part of an upcoming iOS update.
Update at 3:23 p.m. PT: Citing "sources familiar with the situation," The Verge reports that a fix could be on the way as part of an iOS software update. However the outlet gives no indication of when that would be.


Read more: http://news.cnet.com/8301-27076_3-57387043-248/ios-security-loophole-lets-apps-grab-user-photos/#ixzz1nlRtXEwH 

Video of the Nokia Morph - future of smartphones has landed ;p

  






FuTuRe oF sMaRtPhOnEs

Smartphones of the future: How they will look, what they will do

Flexible designs, augmented reality, and even some artificial intelligence are just some features smartphones will have

By Ginny Mies
August 13, 2011 07:00 AM ET
 
Future smartphones
PC World - As you're reading this article, developers, engineers, and product designers are working on the next great mobile technology. The mobile world is rapidly changing: Smartphones have gone from portable messaging and email devices to streaming-video machines that surf the Web at blazing speed and have cameras that rival point-and-shoots (and they also happen to make calls). What will smartphones look like in five years? Or ten? What sort of amazing things will they be able to do?
Of course, we have no way to predict exactly how cell phones will evolve (unless some sort of magical crystal ball comes along), but looking at todays trends and tracking what the geniuses at MIT and other academic institutions are up to can give us a pretty good idea of whats to come.

Flexible smartphone designs

Flexible displays
Flexible displays could help balance the demand for screen real estate with pocketable device size.
In the animated series Futurama, the character Amy has a cell phone so tiny that she ends up swallowing it. Although the technology inside phones will get smaller and smaller (think nanotechnology), dont expect any nearly invisible phones anytime soon. According to Ramon Llamas, a senior research analyst at IDC Mobile Devices Technology and Trends, smartphones will stay around the 3.7-inch to 4.3-inch display size. They might become thinner and lighter, but the market wont see microscopic phones. Displays wont grow any larger than 4.3 inches, according to Llamas--after all, who wants to carry a tablet in their pocket?
Even so, consumers cant get enough of display real estate, which is why manufacturers might try to pack in as much display as possible--while retaining the pocketable size. Remember the Kyocera Echo on Sprint? We applauded its innovative foldable, dual-screen design (it sort of resembled a Nintendo DS), but the way the software interacted with the two screens had some issues. Nevertheless, dont expect this design idea to go away, says Llamas. He thinks well be seeing similar designs--with better execution--in the next five years.
Other phone manufacturers have toyed around with dual-screen phones, too: Some concept designs have a regular LCD or OLED display on one side and an electronic-ink display on the other. Expect future dual-screen phones to be as thin as todays full-touch phones when folded.
Llamas also expects to see more wearable phones in the next few years. Of course, weve already seen James Bond-esque wristwatch phones from a few manufacturers like LG, but they've been exclusively released in Europe and Asia. And future phones won't be limited to the wristwatch form: You'll be able to bend, fold, and shape your phone to whatever design you prefer. Imagine transforming your phone from a wristwatch/bracelet style to a touchscreen style with a full QWERTY keyboard, and then folding it again to slip it into your pocket.
Nokia Morph
Nokia's Morph.
A good example of what future wearable phones could look like is the Nokia Morph, a concept device that showcases the collaboration between the Nokia Research Center and the Cambridge Nanoscience Centre. The Morph uses nanotechnology to create a flexible, malleable electronic device. The Morph is constructed from fibril proteins that are woven into three-dimensional mesh, allowing the whole phone--screen included--to move and bend.