🧘 Monk → Malware Analyst
“Every sample tells a story. Your discipline reveals it.”
Your Role in the Party
You dissect malicious code to understand how it works, what it does, and how to stop it. While others detect malware through signatures and behavior, you go deeper—into the assembly, the obfuscation, the command-and-control infrastructure. Your analysis informs detection rules, incident response decisions, and threat intelligence.
Malware Analysts operate at the intersection of reverse engineering and security research. You take unknown samples, run them in controlled environments, disassemble their code, and produce reports that help defenders understand and neutralize threats. The work requires intense focus, deep technical knowledge, and the discipline to follow systematic methodologies.
This role rewards patience and precision. A single malware sample can take hours or days to fully analyze. The best analysts find this deeply satisfying—each sample is a puzzle to solve, each behavior to document, each technique to understand.
📊 Your Stat Spread
| Stat | Score | What It Means for You |
|---|---|---|
| STR | ⭐⭐⭐⭐⭐ | Hands-on dissection is your primary mode. You learn by running, debugging, and breaking malware. |
| CON | ⭐⭐⭐⭐⭐ | 8-hour analysis sessions are normal. You maintain focus through complex reverse engineering. |
| INT | ⭐⭐⭐⭐ | Deep technical knowledge of systems, assembly, APIs, and how software works at the lowest level. |
| WIS | ⭐⭐⭐ | Pattern recognition in code. You spot familiar techniques, reused functions, and threat actor signatures. |
| DEX | ⭐⭐ | Focused depth over breadth. One sample at a time, fully analyzed before moving on. |
| CHA | ⭐⭐ | Written analysis over presentations. Your YARA rules and reports speak for themselves. |
🎭 Neurodivergent Advantages
Your traits are class features, not bugs:
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Hyperfocus as Primary Tool (CON): Those multi-hour reverse engineering sessions where you lose track of time? That’s not obsession—that’s exactly what this job requires. Your ability to maintain deep focus is your primary weapon.
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Hands-On Learning (STR): Reading about malware techniques doesn’t compare to actually debugging them. If you need to do things to understand them, malware analysis rewards that learning style completely.
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Pattern Recognition in Code: Both ADHD and autistic brains excel at spotting patterns. The function that looks familiar, the packing technique you’ve seen before, the C2 structure that matches a known threat actor—your brain notices.
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Systematic Methodology: Malware analysis follows structured processes—triage, static analysis, dynamic analysis, behavioral analysis, reporting. If your brain craves systematic procedures, this work provides them.
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Comfort with Repetition: Much of malware analysis involves similar techniques applied to different samples. If you find comfort in familiar processes with novel inputs, this fits.
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Detail Orientation: The difference between benign and malicious often lives in specifics. Your attention to detail catches the suspicious API call, the unusual string, the hidden capability.
🗺️ Career Path
SOC Analyst → Junior Malware Analyst → Malware Analyst → Senior Analyst → Threat Researcher
↓ ↓ ↓ ↓
(Foundation) (Learn the (Specialization) (Research or
methodology) Leadership)Alternative Entry Points:
- Software Developer → Malware Analyst (programming background)
- Incident Responder → Malware Analyst (forensic sample analysis)
- CTF Player → Malware Analyst (reverse engineering practice)
Common Monk Multiclasses:
- Monk/Wizard: Malware Analyst → Forensics (understand the full incident context)
- Monk/Druid: Malware Analyst → Threat Intelligence (track threat actors through their tools)
- Monk/Sorcerer: Malware Analyst → Vulnerability Researcher (find bugs, don’t just analyze exploitation)
📜 Certification Pathway
Level 1-5: Foundation (0-2 years)
| Certification | Org | Type | Cost | Why It Fits |
|---|---|---|---|---|
| CompTIA Security+ | CompTIA | Multiple Choice | ~$425 | Foundation. Understand security context before analyzing threats. |
| CompTIA CySA+ | CompTIA | Multiple Choice | ~$404 | Behavioral analysis fundamentals. Understand detection before analyzing malware. |
| BTL1 (Blue Team Level 1) | Security Blue Team | Practical (24-hr) | Blue team skills including malware basics. Practical exam format. |
Neurodivergent Note: Build broad security foundations first. BTL1’s practical format rewards hands-on learners—no memorization required, just skills.
Level 6-10: Specialization (2-5 years)
| Certification | Org | Type | Cost | Why It Fits |
|---|---|---|---|---|
| GREM (GIAC Reverse Engineering Malware) | SANS/GIAC | Practical | ~$999 (exam) + ~$8,500 (FOR610) | THE malware analyst cert. Most requested in job listings. 73% passing score on exam with hands-on labs. |
| GCFA (GIAC Certified Forensic Analyst) | SANS/GIAC | Practical | ~$999 (exam) + ~$8,500 (FOR508) | Complements GREM. Forensic context for malware analysis during incidents. |
| eCRE (Certified Reverse Engineer) | INE Security | Practical | ~$400 (exam) | Budget-friendly reverse engineering cert. Practical exam format. |
Neurodivergent Note: GREM is the gold standard—open book, practical components, and FOR610 is an exceptional course. Analysts with GREM are rare and in high demand. The scarcity itself increases your value.
Level 11-15: Advanced (5-8 years)
| Certification | Org | Type | Cost | Why It Fits |
|---|---|---|---|---|
| GXPN (GIAC Exploit Researcher) | SANS/GIAC | Practical | ~$999 (exam) + course | Advanced exploitation. Understand vulnerabilities at the deepest level. Only ~2,600 holders globally. |
| OSCP (Offensive Security Certified Professional) | OffSec | Practical (24-hr) | ~$1,749 | Offensive skills improve malware analysis. Understand attacker perspective. |
| OSCE3 (OffSec Certified Expert) | OffSec | Practical Trilogy | OSEP + OSWE + OSED | Elite offensive validation including exploit development. |
Neurodivergent Note: GXPN has only ~2,600 certified professionals globally—scarcity creates demand. These advanced certs validate deep technical expertise that takes years to develop.
Level 16-20: Mastery (8+ years)
| Certification | Org | Type | Cost | Why It Fits |
|---|---|---|---|---|
| OSED (Offensive Security Exploit Developer) | OffSec | Practical (48-hr) | ~$1,749 | Windows exploit development. Deep system internals. |
| OSEE (Offensive Security Exploitation Expert) | OffSec | Practical (72-hr) | ~$2,499 | Kernel exploitation. Elite-level validation. |
🛠️ Your Toolkit
Primary Weapons
| Tool | Type | What It Does | Link |
|---|---|---|---|
| Ghidra | Disassembler | NSA’s free reverse engineering suite. Decompiler, scripting, collaboration. | ghidra-sre.org |
| IDA Pro | Disassembler | Industry standard for professional RE. Expensive but unmatched. Freeware version available. | hex-rays.com |
| x64dbg | Debugger | Open-source Windows debugger. Modern, extensible, free. | x64dbg.com |
| Binary Ninja | Disassembler | Modern alternative to IDA. Clean UI, excellent API, more affordable. | binary.ninja |
Analysis Environments
| Tool | Purpose | Link |
|---|---|---|
| FlareVM | Windows analysis VM. Pre-built RE tools, forensics, threat intel. | GitHub |
| REMnux | Linux malware analysis distro. Focused toolkit for RE. | remnux.org |
| Cuckoo Sandbox | Automated malware analysis. Behavioral analysis at scale. | cuckoosandbox.org |
| Any.Run | Interactive online sandbox. Watch malware execute in real-time. | any.run |
| Joe Sandbox | Comprehensive automated analysis. Detailed reports. | joesandbox.com |
Detection & Hunting
| Tool | Purpose | Link |
|---|---|---|
| YARA | Pattern matching for malware detection. Write rules from your analysis. | GitHub |
| Sigma | Generic detection rules. Share detection logic across platforms. | GitHub |
| VirusTotal | Multi-AV scanning and behavioral analysis. Essential research tool. | virustotal.com |
| MalwareBazaar | Malware sample repository for research. | bazaar.abuse.ch |
| Unpac.me | Automated unpacking service. | unpac.me |
Fun Tools from Awesome Lists
Source: Malware-Analysis
| Tool | What It Does |
|---|---|
| dnSpy | .NET decompiler and debugger |
| PE-bear | Portable Executable analysis |
| Detect It Easy (DIE) | Packer/cryptor detection |
| pestudio | Static PE analysis |
| FLOSS | Automatic string deobfuscation |
| Radare2 | Open-source RE framework |
📚 Learning Resources
Free Resources
YouTube Channels:
- OALabs - Practical malware analysis tutorials
- MalwareAnalysisForHedgehogs - Deep technical analysis
- John Hammond - CTF RE challenges with explanations
- LiveOverflow - Binary exploitation and RE
- Ghidra - Official NSA tutorials
Practice Platforms:
- Malware Traffic Analysis - PCAP exercises with malware samples
- TryHackMe - “Malware Analysis” and “Reverse Engineering” rooms
- Crackmes.one - Reverse engineering challenges
- VX Underground - Malware sample collection and papers
- MalwareBazaar - Recent samples for analysis practice
Essential Reading:
- Practical Malware Analysis Labs - Book companion labs
- Malware Unicorn RE101 - Free reverse engineering workshop
- 0xPat Blog - Malware analysis writeups
Books for Monks
| Book | Author | Why Read It |
|---|---|---|
| Practical Malware Analysis | Michael Sikorski & Andrew Honig | THE book. Labs, methodology, real samples. Start here. |
| Malware Analyst’s Cookbook | Hartstein et al. | Recipe-based practical techniques. Tools and automation. |
| The IDA Pro Book | Chris Eagle | Deep IDA Pro mastery. Essential for professional RE. |
| Reversing: Secrets of Reverse Engineering | Eldad Eilam | Foundational RE concepts. Classic text. |
| Windows Internals | Russinovich et al. | Deep Windows knowledge for malware that targets Windows. |
| Learning Malware Analysis | Monnappa K A | Modern techniques including fileless malware. |
Podcasts
| Podcast | Why Listen |
|---|---|
| Malicious Life | Historical malware stories. Context for what you analyze. |
| Darknet Diaries | Attack stories featuring malware. |
| Risky Business | Weekly security news with technical depth. |
| SANS Internet Storm Center | Daily updates on current threats. |
🎓 SANS Courses for Monks
| Course | Cert | Focus | Best For |
|---|---|---|---|
| FOR610: Reverse-Engineering Malware | GREM | Core malware analysis methodology | Essential for all Monks |
| FOR710: Advanced Malware Analysis | GREM | Advanced RE and evasion techniques | Senior analysts |
| FOR508: Advanced IR & Threat Hunting | GCFA | Malware in forensic context | Incident-focused analysis |
| SEC760: Advanced Exploit Development | GXPN | Exploitation techniques | Understanding attacker methods |
🏆 Building Your Magic Items
Early Career Achievements:
- Set up a malware analysis lab (FlareVM + REMnux)
- Analyze your first malware sample end-to-end
- Write your first YARA rule from analysis findings
- Complete TryHackMe malware analysis path
- Solve a Crackmes.one challenge
Mid-Career Achievements:
- Earn GREM certification
- Publish a malware analysis writeup (blog or report)
- Unpack a custom-packed sample manually
- Contribute detection rules to public repositories
- Present analysis findings to your team
Senior Achievements:
- Lead threat research on a malware family
- Earn GXPN or advanced offensive cert
- Speak at a security conference on malware analysis
- Mentor junior analysts
- Contribute to or develop analysis tools
🧭 Multiclassing Guide
Adding Wizard Levels (Forensics)
Understand the full incident context:
- SANS FOR508 for forensic methodology
- Learn to trace malware from initial infection through lateral movement
- Correlate malware artifacts with forensic timeline
“I don’t just analyze the malware—I reconstruct the entire incident around it.”
Adding Druid Levels (Threat Intelligence)
Track threat actors through their tools:
- Learn threat actor attribution from malware characteristics
- Study campaign tracking and infrastructure analysis
- Connect samples to broader threat landscape
“Every sample is a fingerprint. I track the hands that left them.”
Adding Sorcerer Levels (Vulnerability Research)
Find bugs, don’t just analyze exploitation:
- Learn fuzzing with AFL++ and LibFuzzer
- Study vulnerability discovery methodology
- Move from analyzing exploits to finding them
“I don’t just understand exploits—I discover the vulnerabilities myself.”
💡 Neurodivergent Learning Strategies
For ADHD:
- Each sample is a new puzzle—novelty helps maintain interest
- Use the satisfaction of “figured it out” as dopamine reward
- Set milestones within analysis (strings done, imports mapped, behavior documented)
- Switch between static and dynamic analysis when focus wanes
For Autism:
- Build systematic analysis checklists and procedures
- Create comprehensive personal documentation of techniques and patterns
- Deep-dive on specific malware families or techniques as special interests
- Predictable methodology provides comfortable structure
For Both:
- Hyperfocus on complex samples is your superpower
- Your attention to detail catches the evasion technique others miss
- Independent, deep work matches your preferences perfectly
- Pattern recognition identifies threat actor signatures
🎯 Not Sure If You’re a Monk?
Take the Character Creation Quiz to discover your cybersecurity class and get personalized recommendations!
📖 Continue Your Journey
- View All Classes
- Blue Team: Wizard - If forensics calls to you
- Blue Team: Druid - If threat intelligence is your focus
- Red Team: Sorcerer - If you want to find vulnerabilities, not just analyze exploitation
“The malware author spent hours hiding their intent. You spend hours revealing it. That’s the discipline.”