About

Technical operations, security engineering, and strategic research.

The Nuclear Unicorn is a professional platform focused on the intersection of nuclear systems, cybersecurity, critical infrastructure, and national security.

Background

Operational experience informs the security perspective.

My professional background began in nuclear operations and complex technical systems, including service in the U.S. Navy submarine community. That experience established an operating perspective centered on procedural discipline, configuration control, systems thinking, risk management, and the consequences of failure in critical environments.

My work has since expanded into cybersecurity engineering, infrastructure security, ICS/OT cybersecurity, and the architecture of resilient technical systems.

Rather than treating cybersecurity as an isolated software problem, I approach it as part of a larger operational system involving people, networks, infrastructure, procedures, trust boundaries, recovery, and mission objectives.

Engineering

Security architecture built around explicit boundaries.

My technical work focuses on security architecture, segmented infrastructure, DevSecOps, administrative trust, security monitoring, backup and recovery, and controlled deployment.

A major portion of that work is developed through a security-focused engineering lab used to design, implement, validate, document, and reassess infrastructure controls.

ICS / OT SecuritySecurity ArchitectureCritical InfrastructureNetwork SegmentationDevSecOpsCI/CD SecuritySIEM / Security MonitoringBackup & RecoveryZero TrustLocal AI Security

Public engineering material is intentionally sanitized. Detailed operational documentation, credentials, private network information, and internal recovery material remain outside the public publication surface.

Research

Technical systems also exist inside strategic systems.

My research interests extend beyond implementation-level cybersecurity into nuclear security, deterrence, strategic stability, cyber policy, critical-infrastructure resilience, and national-security decision-making.

I am particularly interested in problems where technical characteristics influence strategic behavior: systems whose design, ambiguity, survivability, automation, or operational constraints change the way states assess risk and escalation.

Nuclear SecurityNuclear StrategyDeterrenceStrategic StabilityCyber PolicyCritical InfrastructureStrategic StudiesEmerging Technology

Method

Evidence before claims.

The work published here distinguishes between implemented systems, validated results, research in progress, planned architecture, and historical work.

Engineering claims are supported by technical evidence where appropriate. Research status is stated explicitly. Planned systems are not presented as deployed systems, and private operational material is not published merely because it exists in the underlying knowledge base.

This site is therefore a curated publication surface rather than a mirror of my working notes, private research, or operational documentation.

Current Focus

Current areas of work.

Nuclear & Strategic Research

Research and analysis involving nuclear systems, deterrence, escalation, strategic risk, and national-security policy.

ICS / OT Cybersecurity

Security engineering and research focused on industrial systems, cyber-physical environments, segmentation, resilience, and operational risk.

Security Engineering

Architecture, DevSecOps, trust boundaries, infrastructure security, monitoring, recovery, and technical governance.

Professional Writing

Research papers, technical documentation, policy analysis, long-form articles, and interdisciplinary technical writing.

Explore

Follow the evidence.

Research, writing, and engineering material are organized separately so each can be evaluated on its own terms.

Research Writing Engineering Contact & Profiles