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Load ISO Image Step 3 - . a portable version of Windows . . the app version you have . . vector-based images from . extracting EPS images from your . want to download and install . . need to download the following . output image , modify the image brightness . Download free FTK. In your career as a computer forensics professional, you will often find that your efficiency boils down to which tool you are using for your investigations. Your skill set, as critical as it is to your success, can only take you so far – at the end of the day, you will have to rely on one forensic tool or another. Enter Forensic Toolkit, or FTK. Developed by Access Data, FTK is one of the most admired software suites available to digital forensic professionals. In this article, we will dissect the various features offered by FTK, in addition to discussing its standalone disk imaging tool, FTK Imager. This article will be fruitful for anyone seeking an understanding of FTK. Moreover, it is downright essential for those planning on taking part in Infosec’s Computer Forensics Boot Camp. What is forensic toolkit (FTK)? FTK is intended to be a complete computer forensics solution. It gives investigators an aggregation of the most common forensic tools in one place. Whether you are trying to crack a password, analyze emails, or look for specific characters in files, FTK has got you covered. And, to sweeten the pot further, it comes with an intuitive GUI to boot. There are a few distinguishing qualities that set FTK apart from the rest of the pack. First and foremost is performance. Subscribing to a distributed processing approach, it is the only forensic software that utilizes multi-core CPUs to parallelize actions. This results in a momentous performance boost; – according to FTK’s documentation, one could cut case investigation time by 400% compared to other tools, in some instances. Another unique feature of FTK is its use of a shared case database. Rather than having multiple working copies of data sets, FTK uses only a single, central database for a single case. This enables team members to collaborate more efficiently, saving valuable resources. The use of a database also provides stability; unlike other forensics software that solely rely on memory, which is prone to crashing if capacity exceeds limits, FTK’s database allows for persistence of data that is accessible even if the program itself crashes. Robust searching speeds are another hallmark of FTK. Due to the tool’s emphasis on indexing of files up front, investigators can greatly reduce search times. FTK generates a shared index file, which means that you don’t need to duplicate or recreate files. Which Tools Does It Contain? What Are Those Tools Used For? As stated above, FTK is designed as an all-in-one digital forensics solution. Some of its major capabilities include: Email analysis. FTK provides an intuitive interface for email analysis for forensic professionals. This includes having the ability to parse emails for certain words, header analysis for source IP address, etc. File decryption. A central feature of FTK, file decryption is arguably the most common use of the software. Whether you want to crack passwords or decrypt entire files, FTK has an answer for it. You can retrieve passwords for over 100 applications with FTK. Data carving. FTK includes a robust data carving engine. Investigators have the option to search files based on size, data type, and even pixel size. Data visualization. Evidence visualization is an up-and-coming paradigm in computer forensics. Rather than analyzing textual data, forensic experts can now use various data visualization techniques to generate a more intuitive picture of a case. FTK empowers such users, with timeline construction, cluster graphs, and geolocation. Web viewer. One of the more recent additions to the suite, the FTK Web Viewer is a tool that accelerates case assessments by granting access of case files to attorneys in real time, while evidence is still being processed by FTK. It also allows for multi-case searching, which means that you don’t have to manually cross-reference evidence from different cases. Cerberus. Embracing the shift towards analytics, FTK has included a powerful automated malware detection feature called Cerberus. It uses machine intelligence to sniff malware on a computer, subsequently suggesting actions to deal with it if found. OCR. Another feature that borrows heavily from AI and computer vision, FTK’s Optical Character Recognition engine allows for fast conversion of images to readable text. Multi-language support is also included. What is the FTK imager? How is the FTK imager used? Though we’ve established just how versatile a toolkit FTK is for forensic investigations, it is never a good idea to start feeding it the original files. A sound forensic practice is to acquire copies (images) of the affected system’s data and operate on those copies. To aid in this process, Access Data offers investigators a standalone disk imaging software known as FTK Imager. In addition to creating images of hard drives, CDs and USB devices, FTK Imager also features data preview capabilities. This can be used to preview both files/folders and the contents residing in those files. FTK Imager also supports image mounting, which enhances its portability. The tool is one of very few that can create multiple file formats: EO1, SMART, or DD raw. You can also easily track activities through its basic text log file. While creating copies of original disk drives, a critical aspect is to check file integrity. FTK Imager also assists in this area, with support for creating MD5 and SHA1 hashes. Furthermore, you can generate hash reports that can be archived for later use. For instance, if you want to check whether an image has been changed since its acquisition. Once you’ve created images of disk drives using FTK Imager, you can then move on to a more thorough investigation of the case with FTK. Where can I download the FTK forensic toolkit and FTK imager? Access Data has made both FTK and FTK Imager available for download for free, albeit with a caveat. While the FTK Imager can be used for free indefinitely, FTK only works for a limited amount of time without a license. You can also order a demo from Access Data. In any case, you can find both of them on Access Data’s official downloads page. Before you order yourself FTK, though, do note that the requirements of the specifications to run FTK are nothing to sneeze at; you better make sure you have the hardware to run it at its full clip. The best FTK resources. A traditional strong suit of Access Data has been its ample support through documentation and tutorials. The most relevant resources available on the web regarding FTK are those provided by Access Data itself on its Knowledge Library page. Here, you will find video tutorials on FTK, as well as additional forensic techniques. You can also look at brochures, infographics, and even eBooks to maximize your experience with FTK. Besides first-party support, you may also want to look at external resources like these. Regarding FTK Imager, you won’t find a lot on Access Data’s official site. But not to worry; you should be able to find plenty of help online. Our favorites are SANS DFIR’s blog post on FTK Imager and eForensics Magazine’s step-by-step guide on FTK Imager (subscription required). Conclusion. FTK is the first software suite that comes to mind when discussing digital forensics. The toolkit offers a wide range of investigative capabilities, enabling professionals to tackle wide-ranging problems. In this article, we saw some of the core features that FTK offers, as well as its accompanying disk imaging solution, FTK Imager. We hope the knowledge you gained from this article helps you become a better forensic specialist. Popular computer forensics top 19 tools [updated 2021] Computers are a vital source of forensic evidence for a growing number of crimes. While cybercrime has been growing steadily in recent years, even traditional criminals are using computers as part of their operations. The ability to reliably extract forensic information from these machines can be vital to catching and prosecuting these criminals. Computer forensics tools are designed to ensure that the information extracted from computers is accurate and reliable. Due to the wide variety of different types of computer-based evidence, a number of different types of computer forensics tools exist, including: Disk and data capture tools File viewers File analysis tools Registry analysis tools Internet analysis tools Email analysis tools Mobile devices analysis tools Network forensics tools Database forensics tools. Within each category, a number of different tools exist. This list outlines some of the most popularly used computer forensics tools. Disk and data capture tools. Forensic disk and data capture tools focus on analysis of a system and extracting potential forensic artifacts, such as files, emails and so on. This is a core part of the computer forensics process and the focus of many forensics tools. 1. Autopsy/The Sleuth Kit. Autopsy and The Sleuth Kit are probably the most well-known and popular forensics tools in existence. These tools are designed to analyze disk images, perform in-depth analysis of file systems and include a wide variety of other features. As a result, they include functionality from many of the forensics tool categories mentioned above and are a good starting point for a computer forensics investigation. Autopsy and The Sleuth Kit are available for both Unix and Windows and can be downloaded here . 2. X-Ways Forensics. X-Ways Forensics is a commercial digital forensics platform for Windows. The company also offers a more stripped-down version of the platform called X-Ways Investigator. A major selling point of the platform is that it is designed to be resource-efficient and capable of running off of a USB stick. Despite this, it boasts an impressive array of features, which are listed on its website here . 3. AccessData FTK. AccessData Forensics Toolkit (FTK) is a commercial digital forensics platform that brags about its analysis speed. It claims to be the only forensics platform that fully leverages multi-core computers. Additionally, FTK performs indexing up-front, speeding later analysis of collected forensic artifacts. 4. EnCase. EnCase is a commercial forensics platform. It offers support for evidence collection from over twenty-five different types of devices, including desktops, mobile devices and GPS. Within the tool, a forensic investigator can inspect the collected data and generate a wide range of reports based upon predefined templates. Read more about EnCase here . 5. Mandiant RedLine. Mandiant RedLine is a popular tool for memory and file analysis. It collects information about running processes on a host, drivers from memory and gathers other data like meta data, registry data, tasks, services, network information and internet history to build a proper report. 6. Paraben Suite. The Paraben Corporation offers a number of forensics tools with a range of different licensing options. Paraben has capabilities in: Desktop forensics Email forensics Smartphone analysis Cloud analysis IoT forensics Triage and visualization. The E3:Universal offering provides all-in-one access, the E3:DS focuses on mobile devices and other license options break out computer forensics, email forensics and visualization functionality. 7. Bulk Extractor. Bulk Extractor is also an important and popular digital forensics tool. It scans the disk images, file or directory of files to extract useful information. In this process, it ignores the file system structure, so it is faster than other available similar kinds of tools. It is basically used by intelligence and law enforcement agencies in solving cybercrimes. Currently, the latest version of the software, available here , has not been updated since 2014. However, a version 2.0 is currently under development with an unknown release date. It can be found here . Registry analysis. The Windows registry serves as a database of configuration information for the OS and the applications running on it. For this reason, it can contain a great deal of useful information used in forensic analysis. 8. Registry Recon. Registry Recon is a popular commercial registry analysis tool. It extracts the registry information from the evidence and then rebuilds the registry representation. It can rebuild registries from both current and previous Windows installations. Read more about it here . Memory forensics. Analysis of the file system misses the system’s volatile memory (i.e., RAM). Some forensics tools focus on capturing the information stored here. 9. Volatility. Volatility is the memory forensics framework. It is used for incident response and malware analysis. With this tool, you can extract information from running processes, network sockets, network connection, DLLs and registry hives. It also has support for extracting information from Windows crash dump files and hibernation files. This tool is available for free under GPL license. Read more about the tool here . 10. WindowsSCOPE. WindowsSCOPE is a commercial memory forensics and reverse engineering tool used for analyzing volatile memory. It is basically used for reverse engineering of malware. It provides the ability to analyze the Windows kernel, drivers, DLLs and virtual and physical memory. Network analysis. Most cyberattacks occur over the network, and the network can be a useful source of forensic data. These network tools enable a forensic investigator to effectively analyze network traffic. 11. Wireshark. Wireshark is the most widely used network traffic analysis tool in existence. It has the ability to capture live traffic or ingest a saved capture file. Wireshark’s numerous protocol dissectors and user-friendly interface make it easy to inspect the contents of a traffic capture and search for forensic evidence within it. 12. Network Miner. Network Miner is a network traffic analysis tool with both free and commercial options. While many of the premium features are freely available with Wireshark, the free version can be a helpful tool for forensic investigations. It organizes information in a different way than Wireshark and automatically extracts certain types of files from a traffic capture. 13. Xplico. Xplico is an open-source network forensic analysis tool. It is used to extract useful data from applications which use Internet and network protocols. It supports most of the popular protocols including HTTP, IMAP, POP, SMTP, SIP, TCP, UDP, TCP and others. Output data of the tool is stored in an SQLite database or MySQL database. It also supports both IPv4 and IPv6. Read more about this tool here . Mobile device forensics. Mobile devices are becoming the main method by which many people access the internet. Some mobile forensics tools have a special focus on mobile device analysis. 14. Oxygen Forensic Detective. Oxygen Forensic Detective focuses on mobile devices but is capable of extracting data from a number of different platforms, including mobile, IoT, cloud services, drones, media cards, backups and desktop platforms. It uses physical methods to bypass device security (such as screen lock) and collects authentication data for a number of different mobile applications. Oxygen is a commercial product distributed as a USB dongle. 15. Cellebrite UFED. Cellebrite offers a number of commercial digital forensics tools, but its Cellebrite UFED claims to be the industry standard for accessing digital data. The main UFED offering focuses on mobile devices, but the general UFED product line targets a range of devices, including drones, SIM and SD cards, GPS, cloud and more. The UFED platform claims to use exclusive methods to maximize data extraction from mobile devices. 16. XRY. XRY is a collection of different commercial tools for mobile device forensics. XRY Logical is a suite of tools designed to interface with the mobile device operating system and extract the desired data. XRY Physical, on the other hand, uses physical recovery techniques to bypass the operating system, enabling analysis of locked devices. Read more about XRY here . Linux distros. Many of the tools described here are free and open-source. Several Linux distributions have been created that aggregate these free tools to provide an all-in-one toolkit for forensics investigators. 17. CAINE. CAINE (Computer Aided Investigative Environment) is the Linux distro created for digital forensics. It offers an environment to integrate existing software tools as software modules in a user-friendly manner. This tool is open-source. Read more about it here . 18. SANS SIFT. SIFT is another open-source Linux virtual machine that aggregates free digital forensics tools. This platform was developed by the SANS Institute and its use is taught in a number of their courses. 19. HELIX3. HELIX3 is a live CD-based digital forensic suite created to be used in incident response. It comes with many open-source digital forensics tools, including hex editors, data carving and password-cracking tools. If you want the free version, you can go for Helix3 2009R1. After this release, this project was taken over by a commercial vendor. So, you need to pay for the most recent version of the tool. This tool can collect data from physical memory, network connections, user accounts, executing processes and services, scheduled jobs, Windows Registry, chat logs, screen captures, SAM files, applications, drivers, environment variables and internet history. Then it analyzes and reviews the data to generate the compiled results based on reports. Helix3 2008R1 can be downloaded here . The enterprise version is available here . Conclusion. Digital forensics is a specialization that is in constant demand. As the number of cyberattacks and data breaches grow and regulatory requirements become stricter, organizations require the ability to determine the scope and impact of a potential incident. The tools included in this list are some of the more popular tools and platforms used for forensic analysis. In many cases, these tools have similar functionality, so the choice between them mainly depends on cost and personal preference. Additionally, a wide variety of other tools are available as well. A good starting point for trying out digital forensics tools is exploring one of the Linux platforms mentioned at the end of this article. These platforms have a range of free tools installed and configured, making it possible to try out the various options without a significant investment of licensing fees or setup time. Forensics 101: Acquiring an Image with FTK Imager. There are many utilities for acquiring drive images. I maintained my snobbish attachment to plain old dd for a long time, until I finally got tired of restarting acquisitions, forgetting checksums, and making countless other errors. The truth is: there are plenty of good tools that provide a high level of automation and assurance. The rest of this article will walk the reader through the process of taking a drive image using AccessData's FTK Imager tool. FTK Imager is a Windows acquisition tool included in various forensics toolkits, such as Helix and the SANS SIFT Workstation. The version used for this posting was downloaded directly from the AccessData web site (FTK Imager version 2.6.0). Run FTK Imager.exe to start the tool. From the File menu, select Create a Disk Image and choose the source of your image. In the interest of a quick demo, I am going to select a 512MB SD card, but you can select any attached drive. NOTE : FTK Imager does not guarantee data is not written to the drive, so it is important to use a write blocker like the Tableau T35es. Click Add. to add the image destination. Check Verify images after they are created so FTK Imager will calculate MD5 and SHA1 hashes of the acquired image. Next, select the image type. The type you choose will usually depend on what tools you plan to use on the image. The dd format will work with more open source tools, but you might want SMART or E01 if you will primarily be working with ASR Expert Witness or EnCase, respectively. If your version of FTK requests evidence information, you can provide it. If you select raw (dd) format, the image meta data will not be stored in the image file itself. Select the Image Destination folder and file name. You can also set the maximum fragment size of image split files. Click Finish to complete the wizard. Click Start to begin the acquisition: A progress window will appear. Now is a good time to refill that coffee cup! Once the acquisiton is complete, you can view an image summary and the drive will appear in the evidence list in the left hand side of the main FTK Imager window. You can right-click on the drive name to Verify the Image: FTK Imager also creates a log of the acquisition process and places it in the same directory as the image, image-name .txt . This file lists the evidence information, details of the drive, check sums, and times the image acquisition started and finished: That's all there is to it! John Jarocki, GCFA Silver # 2161, is an Information Security Analyst specializing in intrusion detection, forensics, and malware analysis. He also holds GCIA, GCIH, GCFW and GSEC certifications and the Treasurer of NM InfraGard.