Posts Tagged ‘EIFT’

Last year, we have developed an innovative way to extract iPhone data without a jailbreak. The method’s numerous advantages were outweighed with a major drawback: an Apple ID enrolled in the paid Apple’s Developer program was required to sign the extraction binary. This is no longer an issue on Mac computers with the improved sideloading technique.

Regular or disposable Apple IDs can now be used to extract data from compatible iOS devices if you have a Mac. The use of a non-developer Apple ID carries certain risks and restrictions. In particular, one must “verify” the extraction agent on the target iPhone, which requires an active Internet connection. Learn how to verify the extraction agent signed with a regular or disposable Apple ID without the risk of receiving an accidental remote lock or remote erase command.

Smartphones are used for everything from placing calls and taking photos to navigating, tracking health and making payments. Smartphones contain massive amounts of sensitive information which becomes essential evidence. Accessing this evidence can be problematic or expensive, as was clearly demonstrated during the FBI-Apple encryption dispute, which was about the iPhone 5c used by the San Bernardino shooter in December 2015. With modern technological advances, iPhone 5c unlocks are no longer an issue.

We have discovered a way to unlock encrypted iPhones protected with an unknown screen lock passcode. Our method supports two legacy iPhone models, the iPhone 5 and 5c, and requires a Mac to run the attack. Our solution is decidedly software-only; it does not require soldering, disassembling, or buying extra hardware. All you need is iOS Forensic Toolkit (new version), a Mac computer, and a USB-A to Lightning cable. In this guide, we’ll demonstrate how to unlock and image the iPhone 5 and 5c devices.

We updated iOS Forensic Toolkit to bring two notable improvements. The first one is the new acquisition option for jailbreak-free extractions. The new extraction mode helps experts save time and disk space by pulling only the content of the user partition while leaving the static system partition behind. The second update expands jailbreak-free extraction all the way back to iOS 9, now supporting all 64-bit devices running all builds of iOS 9.

The keychain is one of the hallmarks of the Apple ecosystem. Containing a plethora of sensitive information, the keychain is one of the best guarded parts of the walled garden. At the same time, the keychain is relatively underexplored by the forensic community. The common knowledge has it that the keychain contains the users’ logins and passwords, and possibly some payment card information. The common knowledge is missing the point: the keychain contains literally thousands of records belonging to various apps and the system that are required to access lots of other sensitive information. Let’s talk about the keychain, its content and its protection, and the methods used to extract, decrypt and analyze the various bits and pieces.

The checkra1n jailbreak is fantastic. Not only does it work with the latest versions of iOS the other jailbreaks aren’t even available for, but it also allows performing partial data extraction from disabled and locked iPhones even if the passcode is not known. Still, you can encounter some problems if the USB restricted mode has been activated on the device. The latest build of chechra1n is to the rescue.

There is no lack of tools claiming the ability to recover lost or deleted information from the iPhone. These tools’ claims range from “Recover data lost due to water damaged, broken, deletion, device loss, etc.” to the much more reserved “Selectively recovers iPhone data from internal memory, iCloud, and iTunes”. Do any of those tools actually work, and do they live up to the user’s expectations? The answer is complex, hence this article. Let us place the claims through our usual scrutiny.

Location data is one of the most sensitive pieces of personal information. In today’s world, aggregated location data is as sensitive and as valuable as the user’s passwords. Once this data is transmitted to the OS manufacturer’s cloud service or any of the third-party vendors, the user has the right to know exactly what information is collected; who, when, and how has access to it. In today’s article, we will talk about one of the iOS lesser known features called “Significant locations”.

How can you obtain the highest amount of data from an iPhone, iPad, Apple TV or Apple Watch? This is not as simple as it may seem. Multiple overlapping extraction methods exist, and some of them are limited to specific versions of the OS. Let’s go through them and summarize their availability and benefits.