Noble Technologies LLC

Portfolio

Real-world cybersecurity projects demonstrating technical expertise

Hands-on experience with modern security tools and methodologies

Technical Competence Through Action

Every project showcased here represents hands-on technical work—from security monitoring and network analysis to vulnerability assessment and incident response. These aren't theoretical exercises; they're real implementations solving actual security challenges.

Featured Projects

IoT Network Security Analysis with ntopng

Challenge: Unidentified IoT device on home network exhibiting suspicious command-and-control (C2) behavior with potential data exfiltration.

Approach: Deployed ntopng network traffic monitoring platform to analyze real-time packet flows, identify malicious communication patterns, and map device behavior to MITRE ATT&CK framework tactics.

Solution:

  • Configured ntopng for deep packet inspection across all network segments
  • Identified IoT device communicating with suspicious external IPs on non-standard ports
  • Mapped behavior to MITRE ATT&CK T1071 (Application Layer Protocol) and T1041 (Exfiltration Over C2 Channel)
  • Isolated compromised device and implemented network segmentation
  • Created firewall rules blocking unauthorized outbound connections

Technologies Used:

ntopng Network Analysis IoT Security MITRE ATT&CK Wireshark Firewall Configuration

Outcome: Neutralized potential data breach, implemented network segmentation for IoT devices, and established ongoing monitoring to detect future anomalies.

View Full Technical Write-Up

Enterprise SIEM Deployment - Wazuh Security Monitoring

Challenge: Home lab infrastructure lacked centralized security monitoring, log aggregation, and incident detection capabilities across multiple systems.

Approach: Deployed Wazuh SIEM (Security Information and Event Management) platform to provide real-time security monitoring, log analysis, and compliance reporting for virtualized environment.

Solution:

  • Installed Wazuh Manager, Indexer, and Dashboard on Ubuntu 25.10 workstation
  • Deployed Wazuh agents on multiple endpoints (Proxmox VM, Ubuntu Server, Docker hosts)
  • Configured custom security rules for SSH monitoring, file integrity, and privilege escalation detection
  • Integrated syslog collection from network devices and applications
  • Created alerting workflows for critical security events
  • Implemented compliance monitoring (PCI-DSS, GDPR frameworks)

Technologies Used:

Wazuh SIEM OpenSearch Log Analysis Compliance Monitoring Ubuntu Server Docker

Outcome: Centralized security visibility across entire lab infrastructure with real-time threat detection, automated alerting, and historical log analysis for incident investigation.

View Technical Documentation

Enterprise-Grade Home Lab Security Infrastructure

Challenge: Build professional cybersecurity testing environment supporting offensive/defensive security research, vulnerability analysis, and continuous skill development.

Approach: Designed and deployed virtualized lab environment using Proxmox hypervisor with segregated networks, security monitoring, and multiple operating systems for realistic attack/defense scenarios.

Solution:

  • Deployed Proxmox VE hypervisor (192.168.x.x/24 network)
  • Configured multiple VMs: Kali Linux (pentesting), Ubuntu Server (services), Parrot Security (AI-assisted security)
  • Implemented network segmentation with VLANs for attack/target isolation
  • Deployed Docker containers (ntopng, Pi-hole, Plex) for service-based testing
  • Integrated Snort IDS for network intrusion detection
  • Configured Wazuh agents for endpoint monitoring

Technologies Used:

Proxmox Virtualization Docker Kali Linux Snort IDS Network Segmentation ntopng

Outcome: Fully functional cybersecurity lab environment supporting TryHackMe challenges, vulnerability research, and penetration testing practice with complete network visibility and security monitoring.

View Lab Documentation

AI-Augmented Penetration Testing Platform

Challenge: Modern penetration testing requires rapid reconnaissance, code analysis, and exploit development. Traditional methods are time-consuming and repetitive.

Approach: Integrated multiple AI platforms (cloud and local) into Parrot Security OS workstation to accelerate security research, code analysis, and documentation workflows.

Solution:

  • Deployed Claude Code CLI for advanced code analysis and security research
  • Configured Google Gemini for multimodal analysis (screenshots, PDFs, network diagrams)
  • Installed Ollama locally with Llama2, CodeLlama, and Mistral models for privacy-preserving analysis
  • Created custom aliases for rapid AI-assisted reconnaissance
  • Integrated AI into pentest reporting workflow

Technologies Used:

Claude Code Google Gemini Ollama Parrot Security OS Llama2 AI/ML

Outcome: 60-80% reduction in time spent on reconnaissance, code review, and report writing. Local AI models preserve operational security for sensitive assessments.

View Full Setup Guide

Technical Skills & Tools

Security Tools

  • Wazuh SIEM
  • Nmap, Wireshark, Snort IDS
  • ntopng network monitoring
  • Metasploit Framework
  • Burp Suite

Infrastructure

  • Proxmox virtualization
  • Docker containerization
  • Linux system administration
  • Network configuration
  • Cloud platforms (AWS, Azure)

Development

  • Bash scripting
  • Python automation
  • Git version control
  • CI/CD pipelines
  • Technical documentation

Professional Certifications

CompTIA Security+
SY0-701 | December 2025
CompTIA Network+
N10-009 | October 2025
B.S. Cybersecurity
Columbia College | 2025

In Progress: CompTIA CySA+, CompTIA PenTest+, OSCP

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Whether you need cybersecurity consulting, penetration testing, or IT infrastructure support, Noble Technologies brings professional expertise and proven results.

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