1. ElcomSoft offers the complete toolkit for performing forensic analysis of encrypted user data stored in certain iPhone/iPad/iPod devices. The toolkit allows eligible customers acquiring bit-to-bit images of devices’ file systems, extracting phone secrets (passcodes, passwords, and encryption keys) and decrypting the file system dump.
2. 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).

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• Elcomsoft Ios Forensic Toolkit Torrent

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Elcomsoft iOS forensic toolkit 4.0 Crack as the name suggests is a software application that performs physical and logical acquisition of iPhone. Elcomsoft iOS forensic toolkit 4.0 Crack as the name suggests is a software application that performs physical and logical acquisition of iPhone.

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Apple executives never mentioned the words 'iCloud security' during the unveiling of the iPhone 6, iPhone 6+, and Apple Watch yesterday, choosing to focus on the sexier features of the upcoming iOS 8 and its connections to Apple's iCloud service. But digital safety is certainly on everyone's mind after the massive iCloud breach that resulted in many celebrity nude photos leaking across the Internet. While the company has promised fixes to both its mobile operating system and cloud storage service in the coming weeks, the perception of Apple's current security feels iffy at best.

In light of one high profile 'hack,' is it fair to primarily blame Apple's current setup? Is it really that easy to penetrate these defenses?

In the name of security, we did a little testing using family members as guinea pigs. To demonstrate just how much private information on an iPhone can be currently pulled from iCloud and other sources, we enlisted the help of a pair of software tools from Elcomsoft. These tools are essentially professional-level, forensic software used by law enforcement and other organizations to collect data. But to show that an attacker wouldn’t necessarily need that to gain access to phone data, we also used a pair of simpler “hacks,” attacking a family member’s account (again, with permission) by using only an iPhone and iTunes running on a Windows machine.

As things stand right now, a determined attacker will still find plenty of ways to get to iPhone data. They need to gain physical access to the device, or harvest or crack credentials to do so. But there are ways to do this that won't alert the victim. The weakest links are components of the iCloud service.

A quick word on Apple security

Forensic Toolkit Cost

The iCloud thefts were likely aided and abetted either by a weakness in iCloud’s authentication for the “Find My iPhone” application interface or by some clever deduction of passwords or security questions based on data about the targets gleaned from public sources (like, for example, Wikipedia). Sadly iCloud backups, because of their nature, often contain data long gone from a phone itself, or at least data that's gone from what the phone user can see onscreen.

Again, Apple has a number of security fixes coming. For example, the new tweaks will alert users by e-mail and push message when there’s an attempt to restore a backup from iCloud to a new device, to change a password, or to connect a new device to an iCloud account. While this may not have prevented the celebrity information swipe entirely, it would have at least alerted those being targeted that their accounts were accessed. In addition to these alerts, Apple will also push harder for users to use two-factor authentication in iOS 8—which will cover access to iCloud from mobile devices.

Apple has done a great deal to improve the security of the iPhone and iOS over the past few years. While older devices can still be easily scraped of personal data with forensic tools, newer devices are notably harder to crack. However, the new fixes won’t help every iPhone or iPad user going forward. Users who don’t use two factor authentication (which there’s a three-day waiting period to sign up for) or upgrade to iOS 8 will continue to be easy targets, especially if they don’t react quickly to account alerts.

Cracking a brand new iPhone through the front door is hard. However, there are still a statistically significant number of older devices in circulation,even based on a look at the agent information from Ars' visitor logs. And many users leave their phone less secure by sticking with the default 4-digit PIN,

iCloud busting, phase 1: With professional tools

It's important to note that Elcomsoft built its tools without any help from Apple—they're based entirely on reverse engineering of Apple's protocols. Elcomsoft is just one of a number of forensic tool vendors that gives investigators the ability to exploit seized smart phones and laptops to extract personal data. Cellebrite, Oxygen Forensics, and AccessData are just a few of the commercial tools vendors that also offer ways to crack iOS devices of varying vintage. Oxygen Forensics offers a free 6-month trial download of its suite to anyone willing to give up their email address. There are also open-source tools, such as the iPhone Backup Analyzer.

In our first assault on iPhone data, we employed that Elcomsoft pair—iOS Forensic Toolkit (EIFT) and Elcomsoft Phone Password Breaker (EPPB). Elcomsoft iOS Forensic toolkit, which we ran on an Apple MacBook Pro, is a command-line tool that uses a jailbreak to give the user the ability to bypass the security of an iOS device. It also allows you to decrypt and download an image of its contents. The tool is available for Windows as well, and it requires a USB “dongle” to operate. (That's an anti-piracy measure that allows the company to control its distribution.)

EPPB, on the other hand, is a Windows-only tool that uses a standard installation key. It gives users the ability to recover passwords from iPhone phone backups on a PC or to grab the contents of an iPhone backup from an iCloud account. It can also crack BlackBerry passwords, but that’s an experiment for another story.

EPPB requires you to have at least one of the following things:

• The target’s iCloud password—by them volunteering it, through a phishing attack, or by gaining access through other social engineering.
• Access to a computer with iTunes and a local backup of their iPhone.
• Access to a computer with their stored iCloud credentials in a token—either with the phone owner’s credentials or as root. The token, which is stored locally by the iCloud control panel on Windows and by Mac OS X’s built-in iCloud keychain, can be extracted by another Elcomsoft tool, allowing EPPB to act like it’s a device already trusted by iCloud.

First, we tried using EIFT to go after our iPhone 5S. That turned out to be a mistake, as the toolkit depends on a “jailbreak” that doesn’t work on more recent iPhones. Elcomsoft CEO Vladimir Katalov said in an e-mail, “iPhone 5S (as well as iPad Air and iPad Mini with Retina, i.e. all 64-bit devices) are not supported by EIFT yet. We are working on that, but analyzing 64-bit ARM code is a nightmare.” The attempt ended up putting our phone in recovery mode, resulting in an ironic restoration from an iCloud backup.

However, the EIFT attack was super-effective on an old iPhone 4 on the first attempt—largely because the target (my wife) hadn’t updated iOS since version 5.1. We were quickly able to bust the passcode and image the device’s contents as a set of .DMG files on my Mac.

Next, we upgraded the device to the current iOS 7 release and tried again. This time, EIFT stumbled on recovering the passcode for the device, but it was still able to get an image of the contents of the phone's “user space.” This should serve as a reminder: when trading in or recycling old iPhones, make sure to do the “factory wipe” on data beforehand. Otherwise, someone could be harvesting your data off that old phone.

Next, we shifted tactics away from the iPhones themselves and went after what is currently perceived as the softest target—iCloud backups. Using EPPB, we downloaded the full backup contents of our iCloud account, discovering there were three date-stamped backup images waiting to be plundered for data. Protected only by the iCloud password, EPPB was able to extract these in less time than it takes to restore an iPhone 5S.

We also went after a password-encrypted version of the backup on a local drive using EPPB’s dictionary and brute-force password attacks, cracking the seven-letter password after about two days of hammering the file on an ancient HP dual-Athlon machine. Until recently, the same sort of attacks could be launched (albeit in extreme slow motion) against iCloud without triggering an alert.

Password-guessing and brute-force attacks aren’t the only ways an attacker could get a target’s iCloud credentials. There’s been a recent wave (at least in our e-mail) of Apple iCloud account phishing attacks. While most of these have been pretty obvious (Apple would never allow e-mails with that many typos to go out), a well-thought-out phishing attack could be used to throw a user into a panic—for example, by suggesting that their iCloud account has been compromised.

And since the iCloud backup is only protected by the iCloud password right now, once someone has obtained that password, everything in that backup is wide open. And there’s a lot in that backup.

ElcomSoft iOS Forensic Toolkit 3.0 Just Install and Use | 115.71 MB

Information:

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. – Physical acquisition for 32-bit and 64-bit iOS devices via jailbreak
– Logical acquisition with iTunes-style backup includes decrypted keychain
– Unlocks iOS devices with pairing records (lockdown files)
– Decrypts keychain items and extracts device keys
– Real-time file system acquisition for jailbroken devices
– Quickly extracts media and shared files, even if backup password is set

Enhanced Forensic Access to iPhone/iPad/iPod Devices running Apple iOS
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 decrypting the file system image. Access to most information is provided instantly. Please note that some models require jailbreaking. See Compatible Devices and Platforms for details.

Elcomsoft Ios Forensic Toolkit Torrent

Physical Acquisition for Legacy, 32-bit and 64-bit Apple Devices
Physical acquisition is the only acquisition method to extract full application data, downloaded messages and location history. Physical acquisition operates on fixed-timeframe basis, which guarantees the delivery of the entire content of a 32-GB device in 40 minutes or less (depending on the amount of information stored in the device). In many cases, physical acquisition returns more data than logical acquisition, as many files are locked by the operating system and not accessible during the process of logical acquisition.

Elcomsoft iOS Forensic Toolkit supports both legacy hardware (iPhone 4 and older), jailbroken 32-bit devices (iPhone 4S through 5C) and jailbroken 64-bit devices (iPhone 5s through iPhone X).

A proprietary acquisition technique is exclusively available in Elcomsoft iOS Forensic Toolkit for 64-bit devices. Physical acquisition for 64-bit devices is fully compatible with jailbroken iPhones and iPads equipped with 64-bit SoC, returning the complete file system of the device (as opposed to bit-precise image extracted with the 32-bit process). Only devices with known or empty passcode are supported; passcode protection must be removed in iOS settings prior to acquisition.

Logical Acquisition with Keychain Extraction
iOS Forensic Toolkit supports logical acquisition, a simpler and safer acquisition method compared to physical. Logical acquisition produces a standard iTunes-style backup of information stored in the device. While logical acquisition returns less information than physical, experts are recommended to create a logical backup of the device before attempting more invasive acquisition techniques.

Logical acquisition with iOS Forensic Toolkit is the only acquisition methods allowing access to encrypted keychain items. Logical acquisition should be used in combination with physical for extracting all possible types of evidence.

Media and Shared Files Extraction
iOS Forensic Toolkit offers the ability to 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 and easily 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 stored files of multiple apps, extracting crucial evidence from 32-bit and 64-bit devices without a jailbreak. While access to app data without a jailbreak is limited, this new technique allows extracting 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. If a lockdown record is used, some files may not be accessible unless the lock screen passcode is removed.

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.

All Features and Benefits
– Physical Acquisition for 32-bit and 64-bit iOS Devices
– Logical Acquisition with Lockdown Support and Keychain Extraction
– Access More Information than Available in iPhone Backups
– Keychain Recovery
– Passcode Recovery

System Requirements:
– Windows Server 2016
– Windows Server 2012
– Windows 7 (32 bit)
– Windows 7 (64 bit)
– Windows 8
– Windows 8.1
– Windows 10

Whats New In version 3 :

iOS Forensic Toolkit 3.0 adds full physical acquisition support for previously unsupported versions of iOS 10 as well as iOS 11.0 through 11.1.2. In addition, EIFT 3.0 adds the ability to extract data from certain apps even without jailbreak.

iOS Forensic Toolkit receives a major update, greatly expanding available acquisition options for both jailbroken and non-jailbroken devices. iOS Forensic Toolkit 3.0 adds support for the plethora of newly emerged jailbreaks, adding support for all iOS 10 devices up to and including iOS 10.2, as well as iOS 11.0 through 11.1.2. In addition, experts can now extract data from many third-party apps without a jailbreak.

iOS Forensic Toolkit 3.0 is now providing all possible options for extracting and decrypting data from both jailbroken and non-jailbroken devices, including the last generations of Apple hardware and software. Without a jailbreak, experts can perform logical extraction through iOS system backups as well as app data and media file extraction. If a jailbreak can be installed, experts can make the complete bit-precise image of 32-bit devices or image the file system of 64-bit iPhones and iPads.

Elcomsoft iOS Forensic Toolkit 3.0 adds support of several new jailbreaks including LiberIOS (iOS 11.0-11.1.2), Electra (iOS 11.0-11.1.2), h3lix (iOS 10.0-10.3.3, 32-bit), and Meridian (iOS 10.0-10.3.3, 64-bit), enabling physical acquisition support for 32-bit devices running iOS 10.0 through 10.3.3 as well as 64-bit devices running iOS 10.0 through 10.3.3 and iOS 11.0 through 11.1.2. Since iOS 10.3.3 was the final version of iOS 10 and the last version of iOS available for 32-bit devices such as the iPhone 5c or the original iPad mini, iOS Forensic Toolkit 3.0 can capture and decrypt the complete data partition of 32-bit devices running all versions of iOS.

iOS Forensic Toolkit 3.0 adds the ability to access stored files of many apps, extracting crucial evidence from 32-bit and 64-bit devices without a jailbreak. While access to app data without a jailbreak is limited, this new technique allows extracting 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.
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