XMRE: Xcademia Malware Reverse Engineering Practitioner

Malware Reverse Engineering: The Practitioner Certification for Threat Analysts

Malware reverse engineering is the discipline of taking a malicious executable, understanding what it does at the code level, extracting indicators of compromise, identifying evasion techniques, and producing intelligence that enables defenders to detect and block the threat. It is one of the most technically demanding skills in offensive and defensive security. It is also one of the most valuable. 

The DFIR analyst who can reverse engineer malware found during an incident does not need to wait for an external vendor to tell them what the malware did. The threat intelligence analyst who can analyse new malware samples produces richer, faster intelligence than the one who depends on vendor reports. The detection engineer who understands malware at the code level writes detection logic that catches variants, not just the specific sample they have seen. 

XMRE is Xcademia's Malware Reverse Engineering practitioner certification. Six instructor-led days. Practitioner-assessed. Built for security professionals who need to take malware apart. 

Malware reverse engineering is not a specialism for dedicated malware analysts only. Any DFIR professional, threat hunter, or detection engineer who has had to wait for someone else to tell them what a piece of malware does has felt the gap that XMRE closes. 

What the Existing Options Cover 

SANS FOR610: Reverse Engineering Malware 

FOR610 is the gold standard malware analysis and reverse engineering course. Six days, covering static and dynamic analysis, disassembly with IDA Pro, debugging with x64dbg, unpacking and deobfuscation, and analysis of specific malware categories. It is excellent. The GREM (GIAC Reverse Engineering Malware) examination is 82 questions open book over two hours. 

The gap: FOR610 is priced at approximately $7,000 to $9,000 USD for the course-plus-exam bundle. The GREM examination is open book. Both are indicators of quality but the price point puts this training out of reach for many professionals funding their own development, and the open-book examination format means the assessment is knowledge navigation rather than applied reverse engineering under assessment conditions. 

FOR610 is genuinely excellent malware analysis training. The price is genuinely high. XMRE provides comparable applied training at a price that makes self-funded professional development viable, with a practitioner-assessed capstone that requires the candidate to produce a malware analysis report under examination conditions rather than navigate an open-book reference. Competitor pricing correct at time of publication. 

What XMRE Covers Across Six Days 

Days 1-2: Foundations and Static Analysis 

• Malware analysis environment setup: Safe dynamic analysis VMs, network isolation, snapshot management, automated sandboxes and their limitations 

• PE file format deep dive: Understanding the Windows executable format, sections, imports, exports, resources, and what each tells the analyst before execution 

• Static analysis with strings, FLOSS, and PE tools: Extracting intelligence without executing the sample 

• Disassembly fundamentals with Ghidra: Reading x86/x64 assembly, understanding common code constructs (loops, conditionals, function calls, API invocations) 

• Identifying common malware families from static analysis: Recognising packer signatures, common obfuscation patterns, and known family characteristics 

• Lab: Static analysis of three malware samples to produce an IOC report and a preliminary capability assessment for each without execution 

Days 3-4: Dynamic Analysis and Debugging 

• Dynamic analysis with process monitor, Wireshark, and API Monitor: Observing malware behaviour at runtime 

• x64dbg and WinDbg debugging: Setting breakpoints, stepping through execution, modifying runtime behaviour to expose hidden functionality 

• Anti-analysis technique identification and bypass: Detecting anti-debugging, anti-VM, sleep calls, and timing checks, and bypassing them to observe hidden behaviour 

• Unpacking and deobfuscation: Memory dumping at OEP, manually unpacking common protectors, deobfuscating encoded payloads 

• API call analysis: Understanding what the malware is doing by watching Windows API calls, process injection, persistence mechanisms, network communication, credential access 

• Lab: Dynamic analysis and debugging of a packed sample with anti-analysis checks. Unpack, bypass the anti-analysis, and produce a full behavioural analysis report 

Days 5-6: Malware Categories, Detection, and Capstone 

• Ransomware analysis: Encryption key identification, ransom note extraction, C2 communication analysis, recovery potential assessment 

• Stealers and RATs: Credential theft mechanisms, keylogging implementation, remote access capability mapping 

• Rootkits and kernel-mode malware: Kernel-mode code analysis concepts, driver analysis, DKOM and hooking technique identification 

• Writing YARA rules from malware analysis: Translating reverse engineering findings into detection signatures that catch the family, not just the sample 

• Threat intelligence production from reverse engineering: Extracting IOCs, TTPs mapped to MITRE ATT&CK, and family attribution evidence 

• Capstone: Full reverse engineering engagement on a realistic malware sample. Candidates must conduct static and dynamic analysis, unpack and deobfuscate, produce a complete capability report with ATT&CK mapping, extract IOCs, and write at least three YARA rules that detect the malware family. Assessed by a senior Xcademia malware and threat analysis practitioner. Verifiable at xcademia.com/verify. 

The XMRE capstone is a real unknown malware sample under timed conditions. No hints. No predetermined answers. The practitioner who passes it has demonstrated they can take an unfamiliar piece of malware, understand what it does, and produce intelligence from it. That is the job. 

Who Needs XMRE 

• DFIR analysts who encounter malware during incident response and need to understand it without waiting for vendor analysis 

• Threat intelligence analysts who need to produce original malware intelligence rather than synthesising vendor reports 

• Detection engineers who need to understand malware at the code level to write detection logic that catches behaviour rather than just hashes 

• SOC leads building internal malware analysis capability to reduce dependency on external resources during major incidents 

• Red teamers who want to understand how blue teams detect implants, informing how they modify their tooling 

XMRE VS FOR610 / GREM COMPARISON