Malware Analysis

What is Malware Analysis?

Malware analysis is the discipline of dissecting malicious software to understand what it does, how it operates, and how to detect and defend against it. SANS Institute describes the field:

Malware analysis is the study of the features, functionality, and potential impact of a given type of malware. It helps security professionals understand what happened in a breach, how a threat actor operates, and what signatures or behavioral indicators can be used to detect future infections.

The discipline sits at the intersection of incident response, threat intelligence, and reverse engineering. A skilled malware analyst can look at a piece of code and tell you: who likely wrote it, what infrastructure it uses, what it does to an infected system, and exactly how to detect it across an enterprise network.

Is This Right for You?

This is for you if...

You want to understand malware at the code level — not just detect it, but dissect it
You’re targeting incident response, threat intelligence, or reverse engineering roles
You want to work at security vendors, threat research teams, or government agencies
You enjoy low-level technical work — assembly language, debuggers, memory analysis

This is NOT for you if...

You dislike low-level technical detail — malware analysis requires comfort with assembly, hex, and memory
You’re brand new to security — build a foundation in networking, OS internals, and scripting first
You want a clear, fast certification path — malware analysis is primarily skill-driven

Certification Roadmap

Phase 1 — Prerequisites

Prerequisite	Why It Matters	Resource
Windows OS internals	Malware exploits Windows APIs, processes, registry, services	‘Windows Internals’ by Russinovich, or OpenSecurityTraining2
x86/x64 assembly basics	Static analysis requires reading disassembled code	OpenSecurityTraining2 (free) — ‘Architecture 1001’
Python scripting	Automate analysis tasks, write YARA rules, parse file formats	TCM Security Python course or Python.org tutorials
Networking fundamentals	Malware uses network protocols for C2 and exfiltration	CompTIA Network+ or TryHackMe Pre-Security path

Phase 2 — Core Malware Analysis Skills

Skill Area	Tools	What You Learn
Static Analysis	PEStudio, strings, CFF Explorer, Ghidra, IDA Free	File format analysis, string extraction, import analysis, disassembly
Dynamic Analysis	x64dbg, WinDbg, Process Monitor, Wireshark, Fiddler	Runtime behavior, API calls, network traffic, registry changes
Sandbox Analysis	Any.run, Cuckoo Sandbox, Hybrid Analysis	Automated behavioral analysis, IOC extraction, ATT&CK mapping
Memory Forensics	Volatility, Rekall	Memory dumps, process injection detection, rootkit analysis
YARA Rules	YARA framework, yarGen	Write detection signatures from analyzed samples

Phase 3 — Certifications

Certification	Provider	Focus	Level
GREM (GIAC Reverse Engineering Malware)	SANS/GIAC	Comprehensive malware analysis — static, dynamic, advanced RE	Advanced
PMAT (Practical Malware Analysis & Triage)	TCM Security	Hands-on malware analysis and triage — practical focus	Intermediate
eCMAP (eLearnSecurity Malware Analysis Professional)	eLearnSecurity	Structured malware analysis methodology	Intermediate
GCFE (Forensic Examiner)	SANS/GIAC	Digital forensics that complements malware analysis	Intermediate
GCIH (Incident Handler)	SANS/GIAC	Incident response that contextualizes malware findings	Intermediate

GREM is the gold standard. TCM Security’s PMAT is the most accessible practical entry point.

Phase 4 — Advanced Reverse Engineering

Skill / Resource	Focus
Advanced Windows RE (OpenSecurityTraining2)	Kernel exploitation, rootkit analysis, advanced anti-analysis techniques
Malware Traffic Analysis (malware-traffic-analysis.net)	Network-level malware behavior, PCAP analysis practice
Flare-On Challenge (Mandiant)	Annual malware RE CTF — widely considered the hardest RE challenge
IDA Pro / Binary Ninja proficiency	Professional disassembler tools used by threat research teams

Essential Tools

Tool	Type	Purpose	Cost
Ghidra	Disassembler / Decompiler	Static analysis — NSA-developed, industry standard	Free
x64dbg	Debugger	Dynamic analysis — Windows debugger for runtime behavior	Free
PEStudio	PE Analyzer	Quick static analysis — imports, strings, entropy, indicators	Free
Any.run	Online Sandbox	Interactive malware sandbox — see behavior in real time	Free tier
Volatility 3	Memory Forensics	Analyze memory dumps for malware artifacts	Free
YARA	Detection Rules	Write and test detection signatures for your findings	Free
Wireshark	Network Analyzer	Capture and analyze malware C2 traffic	Free
Cuckoo Sandbox	Local Sandbox	Self-hosted automated malware analysis environment	Free

Career Opportunities

Role	Target Job Titles	Average Salary (US)
Junior Analyst	Malware Analyst (Junior), SOC Tier 2 Analyst, IR Analyst	$75,000 – $100,000
Mid-Level	Malware Analyst, Threat Intelligence Analyst, RE Engineer	$100,000 – $135,000
Senior	Senior Malware Analyst, Principal RE Engineer, Threat Researcher	$130,000 – $175,000
Expert	Threat Research Lead, Principal Malware Researcher (vendor/gov)	$160,000 – $220,000+

Recommended Resources

Official Study Guides

Practical Malware Analysis — Sikorski & Honig — the definitive malware analysis textbook
The Art of Memory Forensics — Ligh, Case, Levy, Walters — essential for memory analysis
TCM Security — Practical Malware Analysis & Triage (PMAT) — best accessible practical course
OpenSecurityTraining2 — free architecture and RE courses
Malware Traffic Analysis — free PCAP exercises
MalwareBazaar — free malware sample repository for practice

Where to Practice

── Hands-On Practice Platforms ──

Blue Team Labs Online — malware analysis challenges mapped to ATT&CK
TryHackMe — Malware Analysis and Reverse Engineering rooms
LetsDefend — SOC alert investigation including malware triage cases
Hack The Box — reverse engineering and forensics challenges

How to Get Started

Set up a safe analysis environment first. Install VirtualBox, create a Windows VM isolated from your host network, take a clean snapshot. All analysis happens inside this VM. Never run malware on a system connected to your real network.
Start with TCM Security’s PMAT and ‘Practical Malware Analysis’ simultaneously. PMAT gives you hands-on structure. The Sikorski & Honig textbook gives you depth. Run them together — read a chapter, then do the lab. This combination covers 90% of what GREM tests.
Analyze one real-world malware sample per week. Download from MalwareBazaar. Run it through PEStudio, Any.run, and x64dbg. Write a one-page analysis report: what does it do, what APIs does it call, what are the IOCs, how would you detect it? After 3 months, you have a portfolio.

📌 Note: The information on this page — including certification details, exam codes, pricing, and salary ranges — is regularly reviewed and updated to reflect the latest data from official sources. Always verify current details directly with the relevant certification body or platform before making any decisions.

Community & Support

── Malware Analysis Communities ──

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Affiliate Disclaimer: Some links in this article are affiliate links. This means if you click a link and make a purchase, SecVerse may earn a small commission — at no extra cost to you. We only recommend tools we genuinely believe in and that we consider useful for your cybersecurity learning journey. Our editorial opinions are never influenced by affiliate relationships. Introduction: The Overwhelm is Real (But Avoidable) Let’s be honest with ourselves to avoid the shock and be realistic. Cyber security is huge, branching, and massive field. When I decided to get and start in this field 20 years ago. I made every mistake imaginable: Bought expensive courses I never finished. Tried to learn everything at once – pentesting, malware analysis, cloud security, forensics. All in short time. Got trapped in “tutorial”- watching videos for hours but never actually doing anything because of not practicing them and being confused.