Cybersecurity · Embedded Systems · Applied AI

Elvis Tang

Security+ certified technologist building resilient systems across threat detection, embedded hardware, automation, and applied software engineering.

Portrait of Elvis Tang
Blue-team mindset
Hardware-aware software
Professional Summary

Security and embedded systems work with hands-on engineering range.

I am a Cal Poly Pomona graduate focused on cybersecurity, embedded systems, software engineering, communication systems, and control systems. My work combines defensive security fundamentals with low-level technical curiosity, giving me a strong foundation for SOC analysis, incident response workflows, embedded product development, and system-level troubleshooting.

My background includes the Google Cybersecurity Professional Certificate, CompTIA Security+ SY0-701, applied research experience through the STEM2 program and Cal Poly Pomona, and portfolio projects spanning Azure Sentinel logging, Python SIEM tooling, cryptography, autonomous vehicle tracking, processor benchmarking, and haptic virtual reality hardware. I am especially interested in roles where security, automation, and embedded engineering meet.

Threat detection Embedded C/C++ concepts Python automation Security monitoring Control systems Applied AI systems
Selected Work

Interactive project list

A cross-section of security, embedded, data, and systems projects with downloadable reports, demos, and technical depth.

10 projects showing

Data Research Statistical analysis

Identification of Statistically Significant Factors Contributing to Severity of Car Accidents

Summer 2019

An analytical research project focused on identifying measurable accident factors and interpreting their statistical relationship to crash severity.

Statistics Research Data interpretation
  • Explored factor significance and presentation of findings.
  • Built a report-oriented workflow for technical explanation.
Embedded Systems Open-source build guide

LucidGloves — VR Haptic Glove

Summer 2020

An illustrated guide to LucidVR’s open-source Prototype 4/4.1 glove, covering printed hardware, assembly, wiring, firmware, and SteamVR calibration. Based on the original project and Lucas VRTech’s build tutorial.

ESP32Haptics3D printingOpen source
Download PDF View PDF
  • Includes three attributed tutorial screenshots and timestamped instructions.
  • Covers parts, assembly, electronics, firmware, calibration, and troubleshooting.
  • Credits LucidVR and contributors; the original repository is MIT-licensed.
Cybersecurity Cryptography

ROMULUS Authenticated Encryption/Hash

Fall 2021

A cryptography project and demo centered on authenticated encryption, hashing, and secure implementation concepts.

Cryptography Secure design Demo build
View Website
  • Explained authenticated encryption and hash behavior through a demo.
  • Focused on practical understanding of cryptographic primitives.
Autonomous Systems Embedded sensor fusion

Sensor Fusion Algorithms and Tracking for Autonomous Systems: Unmanned Ground Vehicle

Fall 2022

A systems engineering project focused on tracking, sensor fusion, and autonomous ground vehicle behavior.

Tracking Embedded systems Control systems Autonomy
  • Applied algorithmic reasoning to autonomous vehicle sensing.
  • Documented system behavior and technical constraints.
Systems Benchmarking

Comparing the x86 to AMD Processor using SilverBench

Spring 2023

A performance comparison project exploring processor behavior, benchmarking methodology, and architecture-level tradeoffs.

Benchmarking Architecture Performance
  • Compared performance signals from benchmark runs.
  • Connected observed results to processor architecture concepts.
Cybersecurity SIEM

Log Hacker Information Using Azure Sentinel

Spring 2023

A blue-team logging project using Azure Sentinel concepts to capture, organize, and analyze attacker-related security telemetry.

Azure Sentinel Logging SOC workflow
  • Practiced security event collection and investigation structure.
  • Mapped cloud telemetry to analyst-friendly reporting.
Cybersecurity Python SIEM

Python-Security Information and Event Management

Summer 2025

A Python-centered SIEM project that turns security log handling into a more automated detection and analysis workflow.

Python Automation Security logs
  • Used scripting concepts to support repeatable security analysis.
  • Focused on practical monitoring and event-management fundamentals.
Cybersecurity Encryption

Hybrid Cryptography (RSA/AES)

Spring 2026

A secure communication project combining asymmetric and symmetric encryption concepts through an RSA/AES hybrid cryptography workflow.

RSA AES Secure exchange
  • Modeled key exchange and encryption responsibilities.
  • Demonstrated how RSA and AES complement each other in practice.
Cybersecurity SOC investigation

Network Traffic Investigation — SOC Homelab

Summer 2026

A hands-on SOC investigation using Ubuntu and Windows virtual machines on a Mac-hosted Shared NAT network. Captured and analyzed network traffic, correlated Windows connections with processes, and documented findings across 34 screenshots.

Wireshark tcpdump Nmap PowerShell Packet analysis
  • Isolated ICMP, DNS, TCP, HTTP, and TLS traffic, including an HTTP-to-HTTPS redirect and TLS 1.3 session metadata.
  • Linked Windows connection-owner PIDs to Widgets and svchost and reviewed Security Event ID 4672 for a SYSTEM logon.
  • Correlated authorized Nmap scans with TCP SYN probes in Wireshark; all 1,000 scanned Windows TCP ports returned filtered/no-response results.
  • Documented NAT visibility and encrypted-payload limitations without making unsupported claims of malicious activity.
  • In progress: controlled Windows application traffic, additional event correlation, and remaining process attribution.
Cybersecurity SOC investigation

Endpoint Monitoring & Alert Investigation — SOC Homelab 2

Fall 2026

A hands-on SOC investigation using Wazuh to monitor Windows and Ubuntu endpoints on a Mac-hosted Shared NAT network. Correlated a controlled failed login with its alert, validated real-time file integrity monitoring, and documented agent transport through packet captures.

Wazuh SIEM Windows Security logs File integrity monitoring Alert triage
  • Deployed the Wazuh manager, indexer, and dashboard on a dedicated Ubuntu server and enrolled Windows and Ubuntu endpoint agents.
  • Matched Windows Security Event ID 4625 to its Wazuh alert using the host, target account, record ID, and source timestamp.
  • Validated real-time file integrity alerts on both endpoints with controlled file changes and matching before-and-after hashes.
  • Captured agent communication on TCP port 1514 and correlated its timing with a repeated Ubuntu file-change test.
  • Closed the authentication investigation as expected lab activity and documented encrypted-payload visibility and Ubuntu assessment coverage limits.
Resume

Two focused technical profiles

Role-specific resumes for security operations and hardware-adjacent engineering conversations.

Contact

Let's build, defend, de, and ship.

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