Posts Tagged ‘keychain’

Mobile forensics is not limited to phones and tablets. Many types of other gadgets, including IoT devices, contain tons of valuable data. Such devices include smart watches, media players, routers, smart home devices, and so on. In this article, we will cover the extraction of an Apple TV 4K, one of the most popular digital media players.

Keychain is an essential part of iOS and macOS that securely stores the most critical data: passwords of all kinds, encryption keys, certificates, credit card numbers, and more. Extracting and decrypting the keychain, when possible, is a must in mobile forensics. We seriously improved this part in the latest build of iOS Forensic Toolkit.

We often write about full file system acquisition, yet we rarely explain what it is, when you can do it, and which methods you can use. We decided to clarify low-level extraction of Apple mobile devices (iPhones and iPads, and some other IoT devices such as Apple TVs and Apple Watches).

Do you have to know which SoC a certain Apple device is based on? If you are working in mobile forensics, the answer is positive. Along with the version of iOS/watchOS/iPadOS, the SoC is one of the deciding factors that affects the data extraction paths available in each case. Read this article to better understand your options for each generation of Apple platforms.

iOS Forensic Toolkit 7.10 brings low-level file system extraction support for a bunch of iOS versions. This includes the entire range of iPhone models based on the A11, A12, and A13 Bionic platforms running iOS 14.4 through 14.8.

Half a year ago, we started a closed beta-testing of a revolutionary new build of iOS Forensic Toolkit. Using the checkm8 exploit, the first beta delivered forensically sound file system extraction for a large number of Apple devices. Today, we are rolling out the new, significantly improved second beta of the tool that delivers repeatable, forensically sound extractions based on the checkm8 exploit.

How to break ‘strong’ passwords? Is there a methodology, a step by step approach? What shall you start from if your time is limited but you desperately need to decrypt critical evidence? We want to share some tips with you, this time about the passwords saved in the Web browsers on most popular platforms.

The previous publication talks about the basics of using the bootloader-level exploit for extracting iOS devices. In this article, we are posting a comprehensive step-by-step guide of using the new checkm8 capability of iOS Forensic Toolkit for performing forensically sound extractions of a range of Apple devices.

Passcode unlock and true physical acquisition are now available for iPhone 4, 5, and 5c devices – with caveats. Learn about the benefits and limitations of passcode unlocks and true physical imaging of Apple’s legacy devices. Looking for a step by step walkthrough? Check out our imaging guide!

Shame on us, we somehow missed the whole issue about Apple dropping plan for encrypting backups after FBI complained, even mentioned in The Cybersecurity Stories We Were Jealous of in 2020 (and many reprints). In the meantime, the article is full of rumors, guesses, and unverified and technically dubious information. “Fake news”, so to say. Is there truth to the rumors, and what does Apple do and does not do when it comes to encrypting your personal information?