EpochZero Learn
EpochZero LearnMulti-Domain Tech Learning Hub
Courses
LeaderboardAbout
Dashboard
EpochZero
EpochZero Learn
Multi-Domain Tech Learning Hub

Structured learning for Reverse Engineering, Cloud Security, Cryptography, and Web Development. Articles, videos, tests, and peer discussion.

Learn

  • Learning Path
  • All Articles
  • Video Lessons
  • Podcast
  • eBooks & PDFs
  • Question Banks
  • Cheatsheets
  • MCQ Banks

Tests & Forum

  • All Tests
  • REMA Tests
  • Cloud Tests
  • Forum
  • REMA Forum
  • Cloud Forum
  • Crypto Forum
  • Web Dev Forum

Campus

  • REMA Club
  • Full Stack Dev Club
  • Extension Activity
  • Events
  • CTF Competitions
  • Workshops
  • Industrial Visits

Platform

  • Dashboard
  • Leaderboard
  • About
  • Verify Certificate

© 2026 EpochZero Learn. Educational content for learning purposes.

Course Instructor: Ashish Revar

This content is open to everyone — sign in to save your progress, earn points, and unlock module exams.

Sign inCreate account
In-Depth Malware Analysis
LearnREMAUnit 56

Topic 5.6 of In-Depth Malware Analysis

Memory Forensics with Volatility

RAM acquisition methods, Volatility 3 essential plugins (pslist, psscan, malfind, dlllist, netscan, cmdline), malfind detection criteria, a ten-step analysis workflow, and extracting injected PE files from memory.

~30 min total·4 quadrants of structured content

By the end of this topic, you will

  • Acquire a memory dump from a VMware VM and from a live Windows system
  • Explain why psscan detects DKOM-hidden processes that pslist misses
  • Run malfind and interpret the output to identify injected code regions
  • Describe the three criteria malfind uses to flag a memory region as suspicious
  • Use netscan to map network connections to suspicious process IDs
  • Apply the ten-step Volatility analysis workflow to a memory dump
Q1 · E-TUTORIAL (1)Q2 · E-CONTENT (1)Q3 · WEB RESOURCES (8)Q4 · SELF-ASSESSMENT (2)

Quadrant 1 · e-Tutorial

Video lectures and walkthroughs

Quadrant 2 · e-Content

Articles and case studies

Education

Memory Forensics with Volatility

RAM acquisition, Volatility 3 essential plugins — pslist, psscan, malfind, dlllist, netscan, cmdline — and a structured workflow for detecting injected code, hidden processes, and network connections in a memory dump.

18 min read

Quadrant 3 · Web Resources

Downloadable material and curated external links

Downloadable reference material

EBook

REMA eBook 2026

v1.0

Open resource

Cheatsheet

REMA Cheatsheet 2026

v1.0

Open resource

MCQ Bank

REMA MCQ Bank 2026

v1.0

Open resource

Question Bank

REMA Question Bank 2026

v1.0

Open resource

Featured Podcast

Podcast Episode

Spotting Forensic Gold in Malware Strings

Discover how malware analysts extract hidden intelligence from embedded strings — URLs, registry paths, API call sequences, and C2 artefacts that reveal attacker behaviour and seed your IOC list.

Listen now

External links

Volatility 3 — Official Documentation

Official Volatility 3 documentation with plugin reference, installation guide, and usage examples.

WinPmem — Memory Acquisition Tool

Free memory acquisition tool for Windows. Single executable, no driver installation required.

MemLabs — Volatility CTF Challenges

Six beginner-to-intermediate memory forensics CTF challenges. Practice Volatility workflows on real memory dumps.

Quadrant 4 · Self-Assessment

Test your knowledge — earn a certificate on first pass

In-Depth Malware Analysis

Covers packed malware, manual unpacking, obfuscated PowerShell, fileless malware, code injection, API hooking, memory forensics with Volatility, sandbox analysis, and network signatures.

20 questions30 minPass: 60%

REMA Complete Assessment

A comprehensive 120-question assessment covering the entire Reverse Engineering and Malware Analysis curriculum: malware taxonomy and reverse engineering fundamentals, static and dynamic analysis, reversing malicious code, malicious web and document files, in-depth analysis of packed and fileless malware, and self-defending malware techniques.

120 questions90 minPass: 60%