About
My journey began with pure wonder—a six-year-old in rural India connecting battery wires to paper fans, dismantling remote control cars to understand motors. When our family got that first assembled computer, I discovered how CD drives, fans, and blinking lights were all expressions of systematic thinking.
This wonder evolved into ethical hacking during high school, building telepresence robots in college, and eventually protecting national infrastructure in Thailand through advanced security frameworks. Each challenge revealed how the same curiosity applies across domains—from analyzing threat intelligence and AI systems to understanding policy implementation and building ventures.
Whether designing security architectures, developing AI governance frameworks, analyzing complex policies like the CHIPS Act, or building startups like Sahasra, the approach remains consistent: start with genuine curiosity, systematically understand the components, then innovate solutions that bridge technical depth with practical accessibility.
Multi-Domain Innovation Framework
- Apply security thinking to protect systems while enabling innovation
- Develop AI solutions with constitutional and ethical constraints
- Analyze policy frameworks through implementation complexity
- Build entrepreneurial ventures that solve real technical problems
- Connect patterns across cybersecurity, AI, policy, and business
Research & Projects
Telepresence Robot Innovation
2015-2016Built modular telepresence robot with facial recognition and voice control during undergraduate studies. From 3D printing challenges with Chinese firmware to live demo coordination, embodying the same curiosity that once made me connect battery wires.
Temporal Access Control Research
2019Master's thesis developing time-based extensions for RBAC systems in Thailand. Research emerged from pattern-recognition skills that helped understand how computer components work together.
National Infrastructure Protection
2019-2022Co-researcher at Thailand's NSTDA, leading 22-person international teams to develop security frameworks protecting critical infrastructure. Designed threat intelligence systems and access control architectures.
Constitutional AI & Security Systems
2022-PresentResearch on ethical AI frameworks for security applications, developing constitutional AI principles ensuring transparent, explainable decision-making in automated security systems while maintaining effectiveness against evolving threats.
CHIPS Act Implementation Analysis
2025Applied Matland's Ambiguity-Conflict Model to analyze semiconductor manufacturing policy implementation, revealing how different program components require distinct strategic approaches despite shared legislative origins.
Sahasra Intelligence Journey
2022-2024Co-founded threat intelligence startup, experiencing complete entrepreneurial cycle from ideation to client service. Lessons in resilience, team building, and turning technical expertise into market solutions.
Let's Collaborate
Interested in cybersecurity research, AI governance projects, policy analysis collaboration, entrepreneurial ventures, or educational innovation? Always excited to explore multi-domain problem-solving approaches with fellow researchers and practitioners.