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Monday, May 16, 2011

71 Awesome Apple iPad Wallpapers

HOW TO:Use Bootlance To Install Android 2.2.1 Froyo On iPhone 3G / 2G [No Computer Required]


no wires, nothing… Now you can do that, thanks to Bootlace 2.1.
Supported Devices/iOS versions (Not including GM seeds)
android apple HOW TO: Use Bootlance To Install Android OS On Your iPhone 2G/3G Without The Need Of A Computer
iPhone 2G:
  • 3.1.2
  • 3.1.3
iPhone 3G:
  • 3.1.2
  • 3.1.3
  • 4.0
  • 4.0.1
  • 4.0.2
  • 4.1
Jailbreaks
  • PwnageTool
  • Redsn0w ( not 0.9.6b2 for now )
  • Blackra1n
NOTE: IF YOUR DEVICE/IOS VERSION/JAILBREAK IS NOT LISTED, THEN IT IS NOT SUPPORTED.
HowTo:
1. First you will need to add this repo: http://repo.neonkoala.co.uk ( package will most probably be available on default repos soon ), and install Bootlace
IMG 0003 266x400 HOW TO: Use Bootlance To Install Android OS On Your iPhone 2G/3G Without The Need Of A Computer IMG 0004 266x400 HOW TO: Use Bootlance To Install Android OS On Your iPhone 2G/3G Without The Need Of A Computer
2. A new icon will be added to your SpringBoard called ‘Bootlace’
IMG 0006 266x400 HOW TO: Use Bootlance To Install Android OS On Your iPhone 2G/3G Without The Need Of A Computer
3. Load Bootlace and install ‘OpeniBoot’.
bootlace HOW TO: Use Bootlance To Install Android OS On Your iPhone 2G/3G Without The Need Of A Computer
4. Now, tap on ‘iDroid’ and install it.
IMG 0011 266x400 HOW TO: Use Bootlance To Install Android OS On Your iPhone 2G/3G Without The Need Of A Computer IMG 0012 266x400 HOW TO: Use Bootlance To Install Android OS On Your iPhone 2G/3G Without The Need Of A Computer
5. Once you installed iDroid, that’s it, you are done. You now have a dual-boot iPhone. To boot into Android OS, you can reboot your iPhone or from inside Bootlance, tap on ‘QuickBoot’ and then tap on the Android icon.
IMG 0014 266x400 HOW TO: Use Bootlance To Install Android OS On Your iPhone 2G/3G Without The Need Of A Computer IMG 0013 266x400 HOW TO: Use Bootlance To Install Android OS On Your iPhone 2G/3G Without The Need Of A Computer
NOTE: if any updates to the iDroid project will be released, all you have to do is load Bootlace, tap on iDroid and update. Simple as that…

Saturday, May 14, 2011

iOS freebie: Super-8, a vintage camera from Paramount Digital Entertainment


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You can “change” the camera lens to enable a range of different effects, such as color, chromatic, black & white, sepia, x-ray, negative and infrared. The app also lets you turn on the frame shake effect, apply scratch-and-dirt overlay to your footage and arrange the clips – even add an authentic super 8 film leader and your own credits and film title. When done, view finished movies in the built-in Super 8 projector room, export them to a computer via iTunes file sharing or email them to friends.

Thursday, May 5, 2011

jump code

iOS 4.3.3

iOS 4.3.2









iOS 4.3.3

This chapter explains ba bla bla

iOS 4.3.3

This chapter explains ba bla bla

Wednesday, May 4, 2011

Jailbreak 4.3.3 iPhone 4, 3GS, iPod Touch 4G, 3G, iPad [Download And Video Guide] - Redsn0w

Tuesday, May 3, 2011

First White iPhone Teardown Reveals Modified Lens, Proximity Sensor

The first known teardowns for the white iPhone 4, posted on Twitter and picked up by popular Japanese blog MacOtakara, show the phone's rear-facing camera lens and proximity sensor are different from the black iPhone 4's As you can see in the photo below, the camera lens for the white iPhone was planted deeper than in the black version, perhaps to counteract rumored "light leakage issues" with the iPhone's semi-translucent glass case that made photos captured on a white iPhone look muddled, according to Apple Insider. The recessed lens may also have something to do with a widely circulated rumor that the white back panel reflected too much light from the iPhone's LED flash. PCMag's tablet analyst Tim Gideon once speculated that overexposure may have been the reason why Apple equipped white iPad 2s with aluminum backings.
Here's one of the teardown photos comparing rear-facing lens of white iPhone (left) to black iPhone (right):

White iphone teardown

The proximity sensor, which deactivates the display and touchscreen when the phone is brought near the face during a call, has been re-worked (see photo below), though details were not given other than the "magnitude of the incident light" that activates the sensor is of a different amount than on the black iPhone 4. Here's a photo of modified proximity sensor:

white iphone teardown proximity sensor

However, if you simply compare the white iPhone to the black iPhone in Apple's advertisements, you'll already notice an extra slit above the ear receiver (see photo below) which leads to the proximity sensor. One of the earliest criticisms of the iPhone 4 was that its buggy proximity sensor was causing calls to hang up at the mere touch of your cheek. A forum member at MacRumors speculated that the slit was there so the proximity sensor could "see" through the white iPhone's opaque case. Photo of extra slits (circled) on the white iPhone:

white iphone teardown proximity sensor
When Apple first announced the delay of the white iPhone in June 2010, it was because the white models were "more challenging" to manufacture than expected. Ten months later the white iPhone finally hit Apple stores. But within 24 hours it was already hit with reports of people discovering that the white iPhone was 0.2mm thicker than the black version. Apple exec Phil Schiller called these reports "junk."
thx

Monday, May 2, 2011

South Korea, Europe start iPhone location tracking investigations

South Korea's Korea Communications Commission is now asking Apple questions about the location data being stored on iPhones and iPads and backed up to users' computers. South Korea joins the governments ofFrance, Germany, and Italy, which late last week notified Apple that they also had questions about location data collection. These investigations follow stern letters from US Sentaor Al Franken (D-MN) and US
Representative Ed Markey (D-MA), both of whom asked Apple to answer why the data is retained on users' devices, how it is collected, and what Apple does to protect users' privacy.
undefinedLast week, a news firestorm started after the public revelation by researchers Alasdair Allan and Pete Warden that iPhones and iPads keep a log of location data based on cell tower and WiFi base station triangulation in a file called consolidated.db. The news led many to believe that Apple was using or could use the information to track iPhone and iPad 3G users, and raised privacy concerns that the information could make it into the wrong hands.
iOS security experts noted that the location log wasn't new—previous versions of iOS stored the same information in a different database. Nor was consolidated.db necessarily a secret—forensic teams often accessed and analyzed this file in addition to SMS logs, e-mails, contact databases, photos, and more during investigations. Further analysis by developers and security experts suggests that the data points recorded aremore likely cell tower and WiFi basestation locations, and not necessarily actual device locations.
Developers soon revealed that Android devices record a similar, if smaller, location dataset as well. This data can only be accessed by others if someone has physical access to your mobile phone, though iOS users may be more susceptible to a data breach as the data is backed up via iTunes to a computer. These backups can be encrypted, but they are unencrypted by default.
Concerns were raised that this location data is collected and used by Apple to "track" individual users (in fact, two iOS users have filed a federal lawsuit against Apple on Monday alleging privacy invasion related to consolidated.db). Apple explained last year that location data derived from cell tower and WiFi triangulation is batched and sent to Apple periodically to maintain its own database of these locations to assist in GPS accuracy and speed. The data sent to Apple does not contain any identifiable information, however, and users opt-in to the data collection via iTunes.
Though Apple hasn't made any official statement about the recent controversy, CEO Steve Jobs allegedly told one concerned iPhone user via e-mail that Apple does not track anyone, while at the same time implying that Google does. Google likewise collects location information based on cell towers on an opt-in basis, but only if you use cell towers and WiFi to assist the GPS location—turn that feature off, and the data is gone. iPhones, on the other hand, will continue to log the locations on the device itself even if you opt out of sharing the data with Apple. For its part, Google has insisted that the information it collects is anonymous, though each device is associated with a unique random number that could potential be correlated with an individual user usingincreasingly sophisticated deanonymization techniques.
The Atlantic noted that the existence of location data on a mobile device is perhaps not as alarming as one might expect. "The big deal about location data isn't the data itself; rather, the location data makes all the other information [e.g. photos and e-mails] that can be extracted exponentially more useful. That's why mobile forensics is different, and why our devices may be where the bubbling privacy concerns of the last decade come to a head."
Those concerns seem to be coming to a head in Michigan, where state police are using CelleBrite's Universal Forensic Extraction Device to gather data from mobile phones. Michigan State Police representatives say no such evidence is viewed without a warrant, though legal precedent suggests that it can be if a mobile phone is found on a suspect at the time of arrest. The ACLU has suggested that officers may be using the device to collect evidence on routine traffic stops or other situations, sometimes without consent or notice.
Mobile forensics expert Steven Whalen told Ars that mobile devices are increasingly becoming important to police and other investigators. "I find it kind of silly [to be] worried about one single file when the entire device contains information that can be easily extracted by anyone with some training or basic research," he said. "If I had a choice between doing forensics on a computer or a cellphone, I'd choose the cell phone. Unlike a PC, a person keeps their cell phone with them all the time." In other words, mobile devices will have a more complete record of a person's activities over a given timeframe.
If maintaining utmost privacy is a top concern, users should definitely enable data encryption on their mobile device, set a passcode, and enable the device for automatic wipes in the event of loss or theft. iOS users should also enable encryption of backup files in iTunes. While advanced techniques may be able to extract location logs and other data even while encrypted, the only truly "safe" alternative is to avoid using any mobile device at all.