Download KAPE: A Versatile and Efficient Tool for Artifact Discovery and Analysis
Download Kape: A Powerful Tool for Digital Forensics and Incident Response
If you are a digital forensics or incident response professional, you know how important it is to have a reliable and fast tool that can help you collect and analyze evidence from various sources. You also know how challenging it can be to keep up with the ever-changing digital landscape and the increasing volume and complexity of data. That's why you need Kape, a tool that can make your life easier and your work more efficient.
What is Kape and why do you need it?
Kape stands for Kroll Artifact Parser and Extractor. It is a tool developed by Eric Zimmerman, a SANS instructor and a senior director at Kroll, a leading global provider of cyber risk solutions. Kape is designed to help digital forensics and incident response professionals perform triage operations on various devices or storage locations, find forensically useful artifacts, and parse them within a few minutes.
Kape is a triage program that collects and processes forensically relevant artifacts
Kape works by reading configuration files that specify what files or directories to collect from a source location, such as a hard drive, a memory dump, or a remote system. These files are then copied to a destination location, preserving their metadata such as timestamps, attributes, and hashes. Optionally, Kape can also run one or more programs against the collected files, such as parsers, analyzers, or viewers, to extract useful information from them. The output from these programs is then saved in directories named after categories, such as EvidenceOfExecution, BrowserHistory, or AccountUsage.
Kape is highly configurable and extensible with targets and modules
Kape uses the concepts of targets and modules to perform its tasks. Targets are configuration files that define what files or directories to collect from a source location. Modules are configuration files that define what programs to run against the collected files or directories. Kape comes with a range of default targets and modules for common forensic artifacts, such as registry hives, event logs, prefetch files, browser history, etc. However, you can also create your own custom targets and modules for any artifact or program that you need. This makes Kape very flexible and adaptable to different scenarios.
Kape can save you time and resources in forensic investigations and incident response
Kape can help you perform triage operations faster and more efficiently than traditional methods. Instead of imaging an entire drive or system, which can take hours or days depending on the size and complexity of the data, you can use Kape to collect only the relevant artifacts in minutes. This can save you valuable time and storage space, especially in large-scale or time-sensitive cases. Moreover, by using Kape to process the collected artifacts with the appropriate modules, you can also save yourself the hassle of manually running multiple programs and consolidating the results. Kape can automate this process for you and produce organized and readable output that you can easily review and analyze.
How to download and install Kape?
Kape is a free and open-source tool that you can download and install on your system or run from a portable device. Here are the steps to get Kape up and running.
Download Kape from the official website or GitHub repository
You can download Kape from the official website at https://www.kroll.com/en/services/cyber-risk/investigate-and-respond/kroll-artifact-parser-extractor-kape or from the GitHub repository at https://github.com/EricZimmerman/KapeFiles. The official website provides a zip file that contains the executable file (kape.exe) and the default targets and modules. The GitHub repository provides the source code and the latest updates for Kape, as well as additional targets and modules contributed by the community. You can also use the GitHub repository to report issues, request features, or submit your own targets and modules.
Install Kape on your system or run it from a portable device
You can install Kape on your system by extracting the zip file to a folder of your choice. Alternatively, you can run Kape from a portable device, such as a USB drive or an external hard drive, by copying the folder to the device. This way, you can use Kape on any system without installing it. However, you may need to run Kape as an administrator or with elevated privileges to access some locations or artifacts.
Update Kape regularly to get the latest features and fixes
Kape is constantly being updated with new features, fixes, and improvements. You can update Kape by downloading the latest version from the official website or GitHub repository and replacing the old files with the new ones. Alternatively, you can use the built-in update feature of Kape by running it with the --update switch. This will automatically download and install the latest version of Kape, as well as the default targets and modules. You can also use the --sync switch to update only the targets and modules without updating Kape itself.
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How to use Kape to collect and process artifacts?
Kape is easy to use and has a user-friendly interface. You can use Kape in two ways: through the graphical user interface (GUI) or through the command line interface (CLI). Both methods have their advantages and disadvantages, depending on your preference and needs. Here are some tips on how to use Kape effectively.
Use the graphical user interface (GUI) or the command line interface (CLI)
You can launch the GUI of Kape by double-clicking on the executable file (kape.exe) or by running it without any switches. The GUI will show you a window with several tabs and options that you can use to configure and run Kape. The GUI is useful for beginners or those who prefer a visual interface. However, the GUI may not have all the features or options that are available in the CLI.
You can launch the CLI of Kape by running it with one or more switches that specify what you want Kape to do. The CLI will show you a console window with text output that you can read or redirect to a file. The CLI is useful for advanced users or those who prefer a scriptable interface. However, the CLI may require more typing or memorizing of switches and syntax.
Select the source and destination locations for collection and processing
The first thing you need to do when using Kape is to select where you want to collect artifacts from and where you want to save them to. You can do this by using the Source tab in the GUI or by using the --source and --destination switches in the CLI. The source location can be a local drive, a network share, a mounted image, or a remote system. The destination location can be any writable location, such as a local folder, a network share, or an external device. You can also use variables, such as %computername%, %date%, or %time%, to create dynamic destination paths.
Choose the targets and modules that suit your needs
The next thing you need to do when using Kape is to choose what artifacts you want to collect and process. You can do this by using the Targets and Modules tabs in the GUI or by using the --target and --module switches in the CLI. You can select one or more targets and modules from the default or custom lists, or you can specify your own target or module files. You can also use filters, such as --tsource or --mdest, to narrow down your selection based on criteria, such as file name, extension, size, or date.
Run Kape and review the results in the output directory
The final thing you need to do when using Kape is to run it and wait for it to finish. You can do this by clicking on the Execute button in the GUI or by pressing Enter in the CLI. Kape will start collecting and processing the artifacts according to your configuration and show you the progress and status in the window. You can also use switches, such as --trace or --debug, to get more detailed information about what Kape is doing. When Kape is done, you can review the results in the output directory that you specified. You will find subdirectories named after categories, such as EvidenceOfExecution, BrowserHistory, or AccountUsage, that contain the parsed output from the modules. You can also find a log file that records what Kape did and any errors or warnings that occurred.
How to create your own targets and modules for Kape?
Kape is a customizable tool that allows you to create your own targets and modules for any artifact or program that you need. This can be useful if you want to collect or process something that is not included in the default lists, or if you want to modify or enhance an existing target or module. Here are some tips on how to create your own targets and modules for Kape.
Understand the structure and syntax of target and module files
Targets and modules are configuration files that have a specific structure and syntax that Kape can read and execute. They are written in YAML, a human-readable data serialization language that uses indentation and keywords to define data structures. A target file consists of one or more target sections that define what files or directories to collect from a source location. A module file consists of one or more module sections that define what programs to run against the collected files or directories. Each target or module section has several parameters that specify various options, such as name, description, category, path, mask, command line arguments, etc. You can find more information about the structure and syntax of target and module files in the documentation at https://ericzimmerman.github.io/KapeDocs/#!index.md.
Use the built-in targets and modules as examples or templates
A good way to learn how to create your own targets and modules for Kape is to look at the built-in targets and modules that come with Kape. You can find them in the Targets and Modules folders under the Kape directory. You can open them with any text editor and see how they are structured and written. You can also use them as examples or templates for your own targets and modules. You can copy and paste them into new files and modify them according to your needs.
Test your custom targets and modules before using them in real cases
Before you use your custom targets and modules in real cases, you should test them thoroughly to make sure they work as expected. You can test them by running Kape with your custom target or module files as arguments and checking the output for any errors or warnings. You can also compare the output with other tools or sources to verify its accuracy and completeness. If you find any issues with your custom targets or modules, you should fix them before using them in real cases.
Kape is a versatile and efficient tool for digital forensics and incident response that can help you collect and process a wide range of artifacts in minutes. Kape is easy to use and customize with targets and modules that suit your needs. Kape can save you time and resources in forensic investigations and incident response by performing triage operations faster and more efficiently than traditional methods. If you want to download Kape and learn more about it, you can visit the official website or GitHub repository. You can also create your own targets and modules for Kape and share them with the community.
Here are some frequently asked questions about Kape and their answers.
What are the system requirements for Kape?
Kape can run on any Windows system that has .NET Framework 4.6.1 or higher installed. Kape does not require any installation or registration, and it does not modify the system registry or settings. Kape can also run on Linux or Mac systems using Wine or Mono, but some features or modules may not work properly.
What are the advantages of using Kape over other tools?
Kape has several advantages over other tools, such as:
Kape is free and open-source, which means you can use it without any cost or license restrictions.
Kape is portable, which means you can run it from any device or location without installing it.
Kape is fast, which means you can collect and process artifacts in minutes instead of hours or days.
Kape is configurable and extensible, which means you can customize it with your own targets and modules for any artifact or program that you need.
Kape is updated regularly, which means you can get the latest features, fixes, and improvements for Kape.
How can I get help or support for Kape?
If you need help or support for Kape, you can use the following resources:
The documentation at https://ericzimmerman.github.io/KapeDocs/#!index.md, which provides detailed information about how to use and customize Kape.
The GitHub repository at https://github.com/EricZimmerman/KapeFiles, which provides the source code and the latest updates for Kape, as well as additional targets and modules contributed by the community. You can also use the GitHub repository to report issues, request features, or submit your own targets and modules.
The Discord server at https://discord.gg/9nJgQ8R, which provides a platform for users and developers to communicate and collaborate on Kape.
The SANS FOR508 course at https://www.sans.org/course/advanced-incident-response-threat-hunting-training, which teaches how to use Kape and other tools for advanced incident response and threat hunting.
What are some best practices for using Kape?
Here are some best practices for using Kape:
Always run Kape as an administrator or with elevated privileges to access some locations or artifacts that may require them.
Always update Kape regularly to get the latest features and fixes.
Always test your custom targets and modules before using them in real cases.
Always verify the output from Kape with other tools or sources to ensure its accuracy and completeness.
Always document your actions and results when using Kape for forensic investigations or incident response.
What are some common use cases for Kape?
Here are some common use cases for Kape:
You want to collect evidence from a compromised system or network quickly and efficiently.
You want to analyze a memory dump or a disk image for forensic artifacts without imaging the entire drive or system.
You want to parse a specific artifact or file format that is not supported by other tools.
You want to automate the collection and processing of artifacts with scripts or scheduled tasks.
You want to create your own targets and modules for artifacts or programs that are relevant to your case or scenario.