AMIR S.

Tbilisi, Georgia · SOC & DFIR Engineer · The University of Georgia (Tbilisi)

The University of Georgia (Tbilisi)

9 followers

About

Amirali AMIR S. is a Computer Science student with expertise in web development, IT operations, cybersecurity, and cloud architecture. He has experience as an IT Specialist and OSCE Moderator at the University of Georgia, where he resolves IT infrastructure issues, manages networks, and implements data visualization. Amirali is also a Certified in Cybersecurity (ISC2) professional with skills in various programming languages and tools.

Specialties

  • Digital Forensics
  • Incident Response
  • Network Defense
  • SOC Analyst
  • Threat Detection

Skills

  • WEB Development
  • IT Operations
  • Cybersecurity
  • Malware Analysis
  • Incident Response
  • Networking
  • Linux
  • Windows
  • Windows Server
  • SOC Analyst and Solutions

24 skills in total

Licenses & Certifications

  • The Structured Query Language (SQL)

    University of Colorado

    Issued Aug 2026

  • Certified in Cybersecurity

    ISC²

    Issued Apr 2025 · Expires Mar 2028

Experience

  • OSCE Moderator

    The University of Georgia (Tbilisi)

    Apr 2026 — Present

    Tbilisi

  • IT Specialist

    Amaad Ertebat Pars

    Jan 2019 — Jan 2021

    Tehran, Iran

  • IT Specialist

    The University of Georgia (Tbilisi)

    Jan 2025 — Present

    Tbilisi, Georgia

4 experiences in total

Education

  • The University of Georgia (Tbilisi)

    Bachelor's degree, Computer Science

    Jan 2023 — Jan 2027

Recent posts

What does it actually look like when a state-sponsored actor digs in and hides? 🐻🚨

I recently led the triage for a high-severity escalation involving the Zebrocy framework—a signature tool of the APT28 (Fancy Bear) espionage group. Working through this simulated incident response scenario provided a deep dive into the sophisticated evasion tactics and reconnaissance patterns used by top-tier adversaries.

My latest L2 Incident Response Write-up deconstructs the entire lifecycle, from the initial breach to final containment. Understanding these advanced TTPs isn't just a technical exercise; it’s essential for hardening our defenses against real-world nation-state threats.

Key technical highlights from the investigation:

🔹 **Delivery Evasion:** Using password-protected archives with credentials hidden in the phishing body to neutralize automated email gateway scanning.

🔹 **Environmental Awareness:** Analyzing how the malware utilizes complex PowerShell CIM queries to detect AWS, Xen, or Citrix hardware artifacts and terminate in virtualized/sandbox environments.

🔹 **Living off the Land (LotL):** Mapping the process lineage as the actor leveraged native Windows utilities (silcollector.cmd, TASKLIST) and dropped secondary payloads into AppData\Local\Temp to circumvent permission sets.

By mapping these behaviors to the MITRE ATT&CK framework, we can build more resilient detection engineering and streamline SOC workflows.

📄 I’ve attached the full Incident Response Report below, featuring the complete forensic timeline, process tree analysis, and extracted IoCs.

https://github.com/Mehrshad-sh1382/SOC-Writeups-Reports/blob/main/1)%20SOC%20L2%20331%20Report.pdf

Blue Teamers: What is your primary strategy for catching evasive, multi-stage malware like Zebrocy before it successfully establishes a C2 heartbeat? Let’s discuss in the comments! 👇

#CyberSecurity #IncidentResponse #SOC #ThreatHunting #APT28 #BlueTeam #MalwareAnalysis #LetsDefend #InfoSec

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[celebration:new_certification]Has successfully verified **The Structured Query Language (SQL)** (University of Colorado ) and **Certified in Cybersecurity** (ISC²)

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View AMIR S.'s profile on Cyberr