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Memory Acquisition

Learn the techniques and best practices to acquire digitally sound memory.

Task 1: Introduction

Task 2: Techniques, Tools and, Best Practices

Task 3: Memory Acquisition on Windows

Task 4: Memory Acquisition on Linux

Task 5: Memory Acquisition on Virtual Machines and Cloud Environments

Task 6: Challenges with Memory Acquisition

Task 7: Conclusion

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Memory Acquisition

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Learn the techniques and best practices to acquire digitally sound memory.

easy

60 min

3,823

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Before you can analyze memory, you must acquire it. This involves copying the contents of volatile memory to non-volatile storage (The Art of Memory Forensics). The effectiveness of memory analysis hinges on the quality of the process of memory acquisition—capturing memory accurately is just as crucial as interpreting it. In this room, we will discuss all the variables that you need to consider before, during, and after memory acquisition. These variables include tooling, timing, formatting, environment, and more. You will then proceed to effectively create forensically sound memory images on Windows, , and Hypervisors.

Learning Objectives

  • Create a forensically sound memory image on Windows
  • Create a forensically sound memory image on Linux
  • Create a forensically sound memory image on a hypervisor
  • Create a forensically sound memory image in a cloud environment
  • Understand and apply best practices during the process of acquisition

Room Prerequisites

Answer the questions below

Are you ready to capture memory?