We released the AD1 Format package, which adds basic support for AccessData Custom Content Image files. AD1 images are logical evidence containers created by FTK Imager and other AccessData tools, used to store selected files or folders from a system rather than a full physical disk image.
We are excited to announce the release of the Memory Analysis 0.7 package, which is currently in beta. This version introduces significant improvements that partly stem from testing our solution against various CTF challenges.
These new features, together with the recent release of Cerbero Suite 8.6, make this update particularly noteworthy. Thanks to the sophisticated caching mechanism implemented in the latest release of Cerbero Suite, memory analysis is now faster than ever. If you thought it was already fast, you are in for a surprise!
We’re happy to announce the beta release of the AI Assistant package. This package integrates popular Large Language Models (LLMs) to assist with file analysis.
While the extraction of files from Windows Installer (MSI) files has always been supported, we’ve now released the MSI Format package to offer in-depth support for the format, such as the display of tables.
We’ve released version 0.6 of the Memory Analysis package, currently in beta.
All user modules from all processes can now be inspected at once. This makes it easy to discover which processes load a particular module.
We’ve released the ASAR Format package, which adds support for the Atom Shell Archive Format, which is a lightweight archive format primarily used in Electron applications.
Version 2 of the InnoSetup Format package is now available and includes support for the latest releases of InnoSetup.
We’ve released version 0.5 of the Memory Analysis package, currently in beta, and have also made it available to personal licenses of Cerbero Suite!
One of the cool features we worked on is hyperlinking processes and modules, allowing you to jump directly to a process or module analysis from any view. When opening a memory dump, you can choose to skip scanning processes and modules for faster inspection—yet still jump directly to a specific module and inspect it.
Why scan everything when you only need what matters? Apart from being able to skip scanning processes in a memory dump or scan all of them, we’ve added the capability to scan only processes of interest — making your analysis faster and more focused.
Modules and files can, as usual, be scanned using YARA. Additionally, the user-mode memory of processes can be scanned using our cutting-edge YARA Rules package.
User-mode memory can also be mined for files using our advanced File Miner package.
We’re continuing to expand the functionality of the Memory Analysis package with the goal of making it a state-of-the-art solution for memory forensic examiners. With each update, we’re adding powerful new features and refining the experience to support fast, focused, and in-depth analysis. More is on the way.
We’ve released version 0.4 of the Memory Analysis package, currently in beta for our commercial customers and soon to be available for personal licenses too. The main highlight is that, thanks to Cerbero Suite 8.4, all tables now support sorting — but there are other new features as well, which we’ll cover in this blog post.
When inspecting a PE in memory, viewing the import table is useful — but seeing what the IAT entries actually point to is even better, especially if the import information is no longer available.
We’re excited to announce the release of the WIM Format package, which adds support for the Windows Imaging (WIM) file format.
Once installed, you can explore the contents of WIM images directly in Cerbero Suite. This includes browsing the file hierarchy, inspecting individual files, and performing in-depth forensic analysis.
Additionally, when used in conjunction with the ISO Format package, it’s possible to seamlessly access WIM images embedded within ISO files—making the analysis of Windows installation media even more efficient.