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Behavioral Malware Analysis of a Simulated Multi-Stage Windows Malware Sample using FLARE-VM and REMnux. Evidence-driven DFIR investigation with IOC extraction, MITRE ATT&CK mapping, and detection engineering.
Reverse engineered a PE64 binary using IDA Pro. Identified XOR obfuscation (key: 0x5A) via static analysis, traced the decrypt() function, and recovered the hidden password. Includes Python decryption script & full walkthrough.
Comprehensive static malware analysis of suspicious Windows PE samples using REMnux, FLARE-VM, CAPA, PEStudio, FLOSS, PEview, and MITRE ATT&CK mapping.
A structured malware analysis lab covering static analysis, dynamic behavioral analysis, memory forensics, and detection engineering with Sigma and Wazuh.
Malware analysis and reverse engineering lab portfolio: static, dynamic and AI-assisted analysis with PeStudio, ANY.RUN, Ghidra, capa, OllyDbg and dnSpy.
Windows malware analysis lab: static and dynamic analysis of Practical Malware Analysis samples, with IOCs, MITRE ATT&CK mapping and tested YARA/Sigma rules.
End-to-end Black Basta ransomware analysis in an isolated FLARE-VM lab: static analysis, threat-intel enrichment and dynamic analysis, mapped to MITRE ATT&CK, with extracted IOCs and detection content (22 YARA rules, Sigma, KQL). Documentation only - no malware or weaponized code.
DFIR & Malware Analysis Case Study: Post-exploitation investigation of a compromised IIS Web Server, persistence implant detection, and AgentTesla RAT triage using Volatility 3, Wireshark, and Static PE Analysis.
Home cybersecurity lab built with VMware, Kali Linux, Wazuh SIEM, Metasploitable 2, Ubuntu Server, and FLARE VM for penetration testing, security monitoring, and malware analysis.