This 32-hour, hands-on course is a quick start into the world of Linux forensics. Learn how to use memory forensics to rapidly triage systems and spot attacker malware and rootkits.

Linux is everywhere– running in the cloud, on cell phones, and in embedded devices that make up the “Internet of Things”. Often neglected by their owners, vulnerable Linux systems are low-hanging fruit for attackers wishing to create powerful botnets or mine cryptocurrencies. Ransomware type attacks may target Linux-based database systems and other important infrastructure.

As attacks against Linux become more and more common, there is an increasing demand for skilled Linux investigators. However, even experienced forensics professionals may lack sufficient background to properly conduct Linux investigations. Linux is its own particular religion and requires dedicated study and practice to become comfortable.

Learn where the most critical on-disk artifacts live and how they can help further an investigation. Rapidly process Linux logs and build a clearer picture of what happened on the system.

Key Takeaways

Acquiring and analyzing Linux memory
Accessing complex Linux disk geometries
Rapid triage for key Linux artifacts
Linux log analysis

Who Should Take This Course

Experienced forensic professionals wanting to expand their Linux knowledge
SOC analysts needing a stronger grounding in Linux
Administrators/developers defending Linux infrastructures

Audience Skill Level

This course is an introduction to Linux forensics, but not an introduction to forensics. The course assumes at least some knowledge of digital forensic methods, such as evidence acquisition. This course is heavily command-line driven, so basic familiarity with the Linux command-line is helpful.

What Each Student Should Bring

A properly configured computer (see “System Requirements”) and natural curiosity!

High-speed Internet access
A BitTorrent client for downloading course materials (e.g., Transmission https://transmissionbt.com/download/)
At least 150GB of free space and capable of running a 64-bit VMware virtual machine using 4GB of RAM

There are no scheduled live dates for this course at this time. Private training may be available.

On Demand Training

Train at your own pace with no set course schedule
Access to all course resources, including slides and VMs
Subject Matter Expert support through Discord
Tips, tools, and techniques that can be applied immediately upon returning to work
Strengthen your skills by solving challenges within the Antisyphon Cyber Range
Become part of a community driven to educate and share knowledge