Posts Tagged ‘Elcomsoft Phone Viewer’

When investigating iOS devices, you may have seen references to the SoC generation. Security researchers and developers of various iOS jailbreaks and exploits often list a few iPhone models followed by a note that mentions “compatible iPad models”. This is especially common when discussing iOS forensics, particularly referring to the checkra1n jailbreak. What do those references mean, and how are the iPhone and iPad models related? Can we count the iPod Touch and Apple TV, too? Let’s have a look.

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 long-awaited update for Elcomsoft Phone Breaker has arrived. The update brought back the ability to download iCloud backups, which was sorely broken since recent server-side changes introduced by Apple. We are also excited to become the first forensic company to offer support for iCloud backups saved by iOS 14 beta devices, all while supporting the full spectrum of two-factor authentication methods. We are proud to provide the most comprehensive forensic support of Apple iCloud with unmatched performance, accelerating forensic investigations and providing access to critical evidence stored in the cloud.

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”.

Apple iCloud contains massive amounts of data, which may become highly valuable evidence. The oldest and most frequently mentioned are iCloud backups, which ElcomSoft were the first to extract back in 2012. A lot has changed since then. Today, iCloud backups account for a very minor part of the evidence available in iCloud. Learn what types of data are stored in iCloud, how Apple protects the data with end-to-end encryption, and how to access that valuable evidence with the updated Elcomsoft Phone Breaker.

The new build of iOS Forensic Toolkit is out. This time around, most of the changes are “internal” and do not add much functionality, but there is a lot going on behind the scenes. In this article, we will describe in details what is new and important, and how it’s going to affect you. We’ll share some tips on how to use the software in the most effective way, making sure that you extract all the data from iOS devices in the most forensically sound possible.

With nearly half a billion users, Telegram is an incredibly popular cross-platform instant messaging app. While Telegram is not considered the most secure instant messaging app (this title belongs to Signal), its conversation histories do not appear in either iTunes or iCloud backups. Moreover, Telegram secure chats are not stored on Telegram servers. As a result, Telegram secret chats can be only extracted from the device of origin. Learn how to extract and analyse Telegram secret chats from the iPhone file system image.

Instant messaging apps have become the de-facto standard of real-time, text-based communications. The acquisition of instant messaging chats and communication histories can be extremely important for an investigation. In this article, we compare the five top instant messaging apps for iOS in the context of their forensic analysis.

The iPhone is one of the most popular smartphone devices. Thanks to its huge popularity, the iPhone gets a lot of attention from the forensic community. Multiple acquisition methods exist, allowing forensic users to obtain more or less information with more or less efforts. Some of these acquisition methods are based on undocumented exploits and public jailbreaks, while some other methods utilize published APIs to access information. In this article, we’ll compare the types and amounts of data one can extract from the same 256-GB iPhone 11 Pro Max using three different acquisition methods: advanced logical, full file system and iCloud extraction.

Geolocation data can provide a wealth of evidence to various government agencies. Law enforcement agencies use location data to help place suspects near a crime scene in a given time frame. However, the use of location is not limited to criminal or civil investigations. Emergency response services use geolocation to locate persons, taxi and delivery services use location to improve service. There are many more examples where location evidence is vital. Recently, governments have started using (or are considering using) geolocation data to help identify and isolate infected citizens. Where does the location evidence come from and how one can extract it?