Security engineer with a background in IT infrastructure, focused on dissecting malicious behavior across Windows internals, volatile memory, network traffic, and endpoint telemetry. I build isolated virtualization labs around RHEL, KVM/QEMU, libvirt, and containers for adversary emulation and binary detonation, backed by custom Python tooling for log normalization, IOC extraction, and automated threat intelligence enrichment.
Languages & Development
Malware Analysis & DFIR
Detection Engineering & Offensive Security
Infrastructure & Virtualization
| Repository | Architecture & Focus | Core Stack | Status |
|---|---|---|---|
| Log Normalizer / IOC Extractor | Automated EVTX parsing, log normalization, regex IOC extraction, and structured JSON output | Python python-evtx Regex pytest |
|
| Threat Intel Enricher | Automated IOC enrichment, multi-source verdict scoring, and persistent intelligence pipelines | Python VirusTotal AbuseIPDB PostgreSQL |
|
| Enterprise Active Directory Lab | Tiered domain administration, GPO hardening, PowerShell provisioning, and attack simulation | Windows Server AD DS PowerShell |
|
| Python Keylogger with C2 | Low-level keystroke capture, AES-encrypted staging, HTTP C2 exfiltration, and modular unit tests | Python Flask AES pytest |
|
| SQL Security Lab | SQL injection exploitation and remediation via parameterized queries, RBAC, and row-level security | Python Flask PostgreSQL |
|
| Sysmon Detection Lab | ATT&CK adversary simulation, Sysmon telemetry analysis, Sigma rules, and SIEM detection engineering | Sysmon Sigma Elastic Wazuh |
|
| Windows Internals Lab | Process/thread structures, virtual memory inspection, persistence mechanics, and forensic artifacts | Windows WinDbg Sysinternals Volatility |
|
| Malware Analysis Lab | Isolated static/dynamic detonation environment, memory forensics, and custom network emulation | RHEL KVM/QEMU libvirt FLARE-VM REMnux |
