Current Work & Explorations.

This portfolio represents my journey into vibe coding, a new approach to software development that leverages AI as a collaborative partner. As someone with deep expertise in cybersecurity and GRC, I wanted to expand into web development and saw vibe coding as the ideal entry point. Working with Claude Code, I went from initial concept to deployed website in just days. The process followed a conversational workflow: I described what I envisioned, reviewed the generated code, and refined through iterative feedback. This approach allowed me to focus on design decisions and user experience while Claude handled the implementation details. The result showcases what is achievable when domain expertise meets AI-assisted development: a production-quality Next.js site with responsive design, accessibility features, and security best practices baked in from the start.

Vibe coding changes everything about how software gets built. But it also changes the security equation. When AI can generate code faster than humans can review it, traditional security approaches break down. This project demonstrates how to secure an AI-assisted development workflow using the same tools that make vibe coding powerful: automation, immediate feedback, and intelligent guardrails. The result is a pipeline where security happens invisibly at every stage, catching issues in seconds rather than weeks. My goal is to enable enterprises to embrace vibe coding and agentic AI with confidence. Security should accelerate innovation, not slow it down. This implementation proves that moving fast and staying secure aren't mutually exclusive when you build security into the workflow from day one.

Most Security Champion programs struggle to measure success beyond phishing click rates. Traditional metrics like training completion or certification counts fail to capture what actually drives champion effectiveness. The Fogg Behavior Model provides a diagnostic framework that identifies the real barriers: whether champions lack motivation, ability, or environmental prompts to act. This assessment applies BJ Fogg's research from Stanford's Behavior Design Lab to Security Champion programs. By measuring each behavioral dimension independently, organizations can move from guesswork to targeted interventions.

Exploring the intersection of artificial intelligence and application development across web, mobile, and desktop platforms. Building tools that leverage AI to solve real-world problems.

Ongoing research into the evolving landscape of cybersecurity, with a focus on how AI is transforming governance, risk management, and compliance practices.

Developing comprehensive security policies and standards that align with business objectives while meeting regulatory requirements.