The comprehensive mobile forensic kit provided enables law enforcement, corporate, and government entities to collect and examine data from a broad array of mobile devices. This kit equips professionals to undertake physical, logical, and cloud-based extractions of smartphones and tablets, crack passwords of mobile backups, decrypt encrypted backups, and inspect and analyze data contained within mobile devices.

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The Elcomsoft Mobile Forensic Bundle comprises various tools designed for the acquisition and analysis of evidence across several mobile platforms, offering:

• Both physical and logical data extraction from iOS devices.

• Logical access to locked iOS devices.

• Capability to crack iOS system backup passwords.

• Access to iCloud with or without the Apple ID password.

• Retrieval of iCloud backups, photos, synced data, and iCloud passwords.

• Google account forensics.

• Support for Windows Phone, Windows 10 Mobile, and BlackBerry 10.

• Available for both Windows and Mac operating systems.

• Tools to view and analyze evidence, including access to WhatsApp, Skype, and Signal conversations.

 

The bundle delivers the most comprehensive version of each included product, such as the Forensic edition of Elcomsoft Phone Breaker, providing all available features for both PC and Mac platforms.

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Key Features and Advantages:

• A single package containing tools for physical, logical, and cloud data acquisition.

• Exclusive capability for complete cloud acquisition of Google Accounts.

• The only solution offering physical data extraction for iPhone models 4S through 6S Plus without third-party alternatives.

• Includes PC and macOS versions for mobile data acquisition tools.

• Patented GPU acceleration technology significantly decreases password recovery times by up to 50 times.

• Enables iCloud data acquisition without needing the Apple ID password, utilizing binary authentication tokens (with included token extraction tools for PC and Mac).

• Supports iCloud acquisition with two-factor authentication and provides a bypass method when using binary authentication tokens.