Perform the complete forensic acquisition of user data stored in iPhone/iPad/iPod devices. Elcomsoft iOS Forensic Toolkit allows imaging devices’ file systems, extracting device secrets (passcodes, passwords, and encryption keys) and accessing locked devices via lockdown records.
The following extraction methods are supported:
See Compatible Devices and Platforms for details.
A jailbreak-free extraction method based on direct access to the file system is available for a limited range of iOS devices. Using an in-house developed extraction tool, this acquisition method installs an extraction agent onto the device being acquired. The agent communicates with the expert’s computer, delivering robust performance and extremely high extraction speed topping 2.5 GB of data per minute.
Better yet, agent-based extraction is completely safe as it neither modifies the system partition nor remounts the file system while performing automatic on-the-fly hashing of information being extracted. Agent-based extraction does not make any changes to user data, offering forensically sound extraction.
Both the file system image and all keychain records are extracted and decrypted. The agent-based extraction method delivers solid performance and results in forensically sound extraction. Removing the agent from the device after the extraction takes one push of a button.
You can either extract the complete file system or use the express extraction option, only acquiring files from the user partition. By skipping files stored in the device's system partition, the express extraction option helps reduce the time required to do the job and cut storage space by several gigabytes of static content.
Partial file system extraction is available for the latest generations of Apple devices (up to and including the iPhone 14 range) running iOS versions up to and including iOS 16.1.2. Partial file system extraction returns data from third-party app sandboxes as well as media files and some system databases.
Installing and signing the extraction agent requires an Apple ID registered in the Apple Developer Program. The Mac edition drops this requirement, allowing to use a regular Apple ID for signing and sideloading the extraction agent onto the iOS device.
In addition to agent-based extraction, iOS Forensic Toolkit fully supports the extraction of all jailbroken devices for which a jailbreak is available. Full file system extraction and keychain decryption are available for jailbroken devices. All public jailbreaks are supported.
To preserve digital evidence, the chain of custody begins from the first point of data collection to ensure that digital evidence collected during the investigation remains court admissible. The new, bootloader-based extraction method delivers repeatable results across extraction sessions. When using iOS Forensic Toolkit on a supported device, the checksum of the first extracted image will match checksums of subsequent extractions provided that the device is powered off between extractions and never boots the installed version of iOS in the meantime.
The new extraction method is the cleanest yet. Our implementation of bootloader-based exploit is built from the ground up. All the work is performed completely in the RAM, and the operating system installed on the device is not booted during the extraction process. Our unique direct extraction process offers the following benefits:
Notes: bootloader-level extractions are available exclusively in the Mac edition, requiring a macOS computer.
Passcode unlock and imaging support are available for legacy iPhone models.
The Toolkit can be used to unlock encrypted iPhone 4, 4s (1), 5 and 5c devices protected with an unknown screen lock passcode by attempting to recover the original 4-digit or 6-digit PIN. This DFU attack works at the speed of 13.6 passcodes per second on iPhone 5 and 5c devices, and takes only 12 minutes to unlock an iPhone protected with a 4-digit PINs. 6-digit PINs will take up to 21 hours. A smart attack will be used automatically to attempt cutting this time as much as possible. In less than 4 minutes, the tool will try several thousand most commonly used passcodes such as 000000, 123456 or 121212, followed by 6-digit PINs based on the dates of birth. With 74,000 of those, the smart attack takes approximately 1.5 hours. If still unsuccessful, the full brute force of the rest of the passcodes is initiated. (Note: passcode recovery runs at the speed of 6.6 passcodes per second on the iPhone 4).
Full physical acquisition is available for legacy iOS devices including the iPhone 4, 4s (1), 5 and 5c. For all supported models, the Toolkit can extract the bit-precise image of the user partition and decrypt the keychain. If the device is running iOS 4 through 7, the imaging can be performed even without breaking the screen lock passcode, while devices running iOS 8 through 10 require breaking the passcode first. For all supported models, the Toolkit can extract and decrypt the user partition and the keychain.
(1) The passcode unlock and forensically sound, checkm8-based extraction are available for the iPhone 4s, iPod Touch 5, iPad 2 and 3 devices via a custom flashed Raspberry Pi Pico board, which is used to apply the exploit. The firmware image is provided with iOS Forensic Toolkit; the Pico board is not supplied.
Notes: Mac edition only; iPhone 4s support requires a Raspberry Pi Pico board (not supplied) with custom firmware (supplied). For iOS 4 through 7, passcode recovery is not required for device imaging. For iOS 8 and 9, the passcode must be recovered before imaging (otherwise, limited BFU extraction available).
iOS Forensic Toolkit supports logical acquisition, a simple and safe acquisition method. Logical acquisition produces a standard iTunes-style backup of information stored in the device, pulls media and shared files and extracts system crash logs. While logical acquisition returns less information than low-level extraction, experts are recommended to create a logical backup of the device before attempting more invasive acquisition techniques.
We always recommend using logical acquisition in combination with low-level extraction for safely extracting all possible types of evidence.
Quickly extract media files such as Camera Roll, books, voice recordings, and iTunes media library. As opposed to creating a local backup, which could be a potentially lengthy operation, media extraction works quickly on all supported devices. Extraction from locked devices is possible by using a pairing record (lockdown file).
In addition to media files, iOS Forensic Toolkit can extract crash/diagnostics logs and stored files of multiple apps, extracting crucial evidence without a jailbreak. Extract Adobe Reader and Microsoft Office locally stored documents, MiniKeePass password database, and a lot more. The extraction requires an unlocked device or a non-expired lockdown record.
Logical acquisition is available for all devices regardless or hardware generation and jailbreak status. The device must be unlocked at least once after cold boot; otherwise, the device backup service cannot be started.
Experts will need to unlock the device with passcode or Touch ID, or use a non-expired lockdown file extracted from the user’s computer.
If the device is configured to produce password-protected backups, experts must use Elcomsoft Phone Breaker to recover the password and remove encryption. Elcomsoft Phone Breaker is also required to view keychain records. If no backup password is set, the tool will automatically configure the system with a temporary password (“123”) in order to be able to decrypt keychain items (password will be reset after the acquisition).
Using a lockdown (pairing) record, information can be extracted from locked iOS devices even after power-off or reboot. The following matrix applies to devices running iOS 8 and newer:
|Basic device info||Advanced device info||App list||Media||iTunes-style backup|
|Device locked, no lockdown record||Yes||No||No||No||No|
|Device never unlocked after reboot, lockdown exists||Yes||Yes||No||No||No|
|Device unlocked after reboot, lockdown exists||Yes||Yes||Yes||Yes||Yes|
iOS Forensic Toolkit implements low-level extraction support for devices ranging from the iPhone 5s through iPhone 14, 14 Pro and iPhone 14 Pro Max range.
The following compatibility matrix applies:
Elcomsoft iOS Forensic Toolkit is the only third-party tool on the market to extract information from Apple TV, Apple Watch and first-generation HomePod devices. While experts may attempt creating an iTunes-style backup of the user’s iPhone paired with their Apple Watch, a local backup may not be available if the iPhone is securely locked. Extracting information directly from the Watch allows accessing information even if the iPhone is locked or unavailable. While Apple Watch does not offer standalone iTunes-style backups, experts can still access crash logs and media files including EXIF and location data.
Apple TV devices have no support for iTunes-style backups, but may contain a local copy of the user’s entire iCloud Photo Library if the user enabled iCloud Photos in their iCloud account. Since Apple TV does not feature passcode protection, the extraction is possible even if the user’s iPhone is locked down and the iCloud password is unknown. Requires wired connection for Apple TV 4, wireless connection through Xcode for Apple TV 4K.
Forensically sound checkm8 extraction is supported for Apple TV 4K (1st gen) and older and Apple Watch S3 and older devices as well as the first-generation HomePod. A custom adapter may be required.
Elcomsoft iOS Forensic Toolkit can extract keychain items including those protected with ThisDeviceOnly attribute, opening investigators access to highly sensitive data such as login/password information to Web sites and other resources (and, in many cases, to Apple ID).
The device must remain unlocked during the entire keychain acquisition process. iOS Forensic Toolkit implements a tool to disable automatic screen lock.
Get information on locked and disabled devices through DFU or Recovery modes. Even if the device is locked after 10 unsuccessful unlock attempts, or if the USB restricted mode is activated, you can still switch it into Recovery or DFU. With Elcomsoft iOS Forensic Toolkit, you can then extract vital information about the device, including the device model identifier, its ECID/UCID, serial number and, in certain scenarios, the IMEI number. In addition, the Recovery mode returns information about the bootloader version, which helps determine the version of iOS or the range of versions of iOS installed on the device.
Using a Raspberry Pi Pico board flashed with ElcomSoft firmware one can automate some otherwise time-consuming and labor-intensive routines.
Auto-DFU allows experts to automate the switching of iPhone 8, iPhone 8 Plus, and iPhone X devices into DFU, greatly simplifying the process that otherwise requires a sequence of button presses with precise timings. Automatic DFU mode is indispensable when one has a device with broken buttons, which would otherwise require disassembly to be placed into DFU. This feature requires the use of a pre-programmed Raspberry Pi Pico device.
This automation allows making long, scrollable screen shots in a semi-automatic fashion. This feature is available for all devices and versions of iOS.
Capturing screenshots can be a crucial step in mobile device investigations. By taking a series of screenshots of what is displayed on a connected iOS device, investigators can gather digital evidence that may not be accessible through other means, such as advanced logical acquisition, where the data such as protected chat histories may not be available. In a way, the new feature can be viewed as new extraction tool in addition to cloud, advanced logical, and low-level extraction methods.
iOS Forensic Toolkit for macOS requires an Intel-based or Apple Silicon based Mac; the Windows edition requires a computer running a 32-bit or 64-bit version of Windows 11, 10, Windows 8/8.1 or Windows 7 with the latest version of iTunes (stand-alone or Microsoft Store) installed. Other versions of masOS, Windows and iTunes might also work but have not been tested.
Logical acquisition includes:
Perform physical and logical acquisition of iPhone, iPad and iPod Touch devices. Image device file system, extract device secrets (passwords, encryption keys and protected data) and decrypt the file system image.
Logical acquisition works even with locked devices with unknown passcode if a valid pairing record is available.
iPhone 4s support requires a custom-flashed Raspberry Pi Pico board.