๐ Topic Summary
Unplugged memory analysis involves understanding fundamental memory concepts without relying on specialized software. The goal is to manually examine representations of memory to identify processes, network connections, or malicious code. This activity helps build a strong foundation before using tools like the Volatility Framework, improving your ability to interpret results and troubleshoot issues.
๐ง Part A: Vocabulary
Match the term with its correct definition:
| Term |
Definition |
| 1. Virtual Address Space |
A. A sequence of bytes that represents executable code. |
| 2. Process |
B. An abstraction that provides a separate memory space for each running program. |
| 3. Heap |
C. A region of memory used for dynamic memory allocation during program execution. |
| 4. Stack |
D. A memory region used for storing function calls and local variables. |
| 5. Executable Code |
E. An instance of a program that is being executed. |
Answer Key: 1-B, 2-E, 3-C, 4-D, 5-A
๐ Part B: Fill in the Blanks
Fill in the missing words in the following paragraph:
Memory analysis involves examining a system's _______ to identify running _______, network _______, and potentially _______ code. Understanding the layout of _______ is crucial, including the stack, heap, and code sections. Before using tools, understanding these fundamentals provides a strong _______.
Word Bank: memory, processes, connections, malicious, memory, foundation
๐ค Part C: Critical Thinking
Why is understanding memory analysis concepts important before using automated tools like the Volatility Framework?