manish01-hash/malware-analysis-reports

# Malware Analysis Reports A collection of malware analysis reports, reverse engineering write-ups, threat intelligence research, and detection engineering artifacts developed in isolated laboratory environments. This repository demonstrates practical skills in: * Malware Analysis * Reverse Engineering * Threat Intelligence * Detection Engineering * Windows Internals * Static Analysis * Dynamic Analysis * IOC Extraction * MITRE ATT&CK Mapping * YARA Rule Development ## About Me Cybersecurity student specializing in Malware Analysis, Threat Intelligence, DFIR, and Detection Engineering. My primary focus areas include: * Malware Reverse Engineering * Threat Hunting * Threat Intelligence * Incident Response * Detection Engineering ## Analysis Methodology Each report follows a structured methodology: 1. Sample Identification 2. Static Analysis 3. Dynamic Analysis 4. Reverse Engineering 5. IOC Extraction 6. MITRE ATT&CK Mapping 7. Detection Engineering 8. YARA Rule Development 9. Defensive Recommendations ## Malware Analysis Reports | Malware Family | Analysis Type | Report | | -------------- | ------------------------------------------------------ | --------------------------------------- | | PlugX Loader | Static Analysis, Dynamic Analysis, Reverse Engineering | [View Report](./PlugX/PlugX_Report.pdf) | ## Detection Engineering This repository contains: * YARA Rules * IOC Summaries * MITRE ATT&CK Mappings * Behavioral Indicators * Detection Opportunities Example artifacts include: YARA_Rule.yar ## Tools Used ### Static Analysis * PEStudio * Detect It Easy (DiE) * FLOSS * Ghidra ### Dynamic Analysis * ProcMon * Process Explorer * FakeNet-NG * Regshot * Wireshark ### Reverse Engineering * x32dbg * Ghidra ### Detection Engineering * YARA * MITRE ATT&CK Framework ## Repository Structure malware-analysis-reports/ │ ├── PlugX/ │ ├── PlugX_Report.pdf │ ├── PlugX.md │ └── YARA_Rule.yar │ └── README.md ## Disclaimer All analyses were performed in isolated laboratory environments for educational, research, and defensive cybersecurity purposes. ## Contact GitHub: https://github.com/manish01-hash LinkedIn: https://www.linkedin.com/in/manishdhaygude/ ### Areas of Interest Malware Analysis • Threat Intelligence • DFIR • Detection Engineering • Reverse Engineering • Threat Hunting