Cybersecurity-first research, lab work, portfolio studies, and technical analysis that
show AGNIR's direction across security, automation, infrastructure, cloud, and business
technology.
Cybersecurity and Security Architecture
Control, security architecture, monitoring, testing, forensics, and analysis.
Cybersecurity
Comprehensive Security Architecture for SMEs
Academic security architecture study
Designed a cost-effective, scalable cybersecurity architecture for SME environments using virtualized testing.
Compared SIEM, IDS/IPS, and firewall options including Wazuh, Suricata, Snort, pfSense, and OPNsense.
Built lab topologies with Windows 10, Ubuntu Server, and Windows Server 2016 to evaluate deployment feasibility.
Documented methodology, tool configurations, network maps, and results in an academic report.
SIEMIDS/IPSSME securityIncident response
Cybersecurity
AI-Powered Penetration Testing on Windows Server 2016
Controlled academic lab project
Performed controlled lab security testing and reporting against a Windows Server 2016 environment.
Used scanning, assessment, and reporting workflows to identify and document vulnerabilities.
Built supporting automation with Python, Bash, and reporting tools for vulnerability detection and documentation.
Added defensive context through SIEM, IDS/IPS, and Windows Server hardening work.
Red team labBlue team hardeningVulnerability assessmentReporting
Cybersecurity
Controlled Cybersecurity Tool Development with Python
Controlled lab and defensive-learning project
Built Python-based security tools in a controlled education and lab context.
Explored scanning, packet analysis, and controlled testing concepts to understand attacker behavior defensively.
Connected the work to detection context, responsible security understanding, and defensive operations.
PythonWiresharkLinuxDefensive understanding
Cybersecurity
Network Forensics Incident Report
Forensics study
Examined network evidence from a GandCrab ransomware incident scenario.
Reviewed malware-version indicators and analyzed a packet-capture dataset.
Compiled a report focused on understanding incident behavior and mitigation considerations.
Coordinated team-based web security assessment activity in a controlled project context.
Worked with reconnaissance, vulnerability assessment, and SOC-oriented defensive concepts.
Summarized findings through security assessment structure, defensive priorities, and reporting discipline.
Web securitySOC conceptsBurp SuiteNmap
AI, Automation, and Voice Systems
AI automation, voice systems, communication workflows, and business operations.
AI Automation
AI-IVR, VoIP and SIP Trunking Architecture for Small Businesses
Portfolio architecture research
Built and researched an AI-powered IVR and virtual business phone architecture designed for small businesses.
Studied AI voice-agent, cloud telephony, virtual number, SIP trunking, number parking, and forwarding workflows.
Designed a model for customer inquiry handling, call routing, lead capture, appointment scheduling, after-hours response, and human escalation.
Compared traditional IVR systems with AI voice agents across cost, scalability, customer experience, implementation complexity, and market opportunity.
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