I build systems guided by precision and principle. Code is a vehicle for clarity, where logic, rigor, and conviction converge.

As a self-taught engineer, I've spent years tackling complex problems across multiple disciplines. I've contributed to high-impact open-source projects, developed smart contracts with mathematical guarantees, and designed decentralized systems from first principles. Functional programming, formal verification, and blockchain architecture aren't abstractions. They're how I translate intention into execution.

My approach is grounded in presuppositional epistemology, Austrian praxeology, and reformed theology. This isn't philosophy for the sake of philosophy. These foundations sharpen my reasoning and directly shape my work. Clarity in one area strengthens precision in another. A well-built smart contract and a coherent theological system demand the same intellectual honesty: no borrowed assumptions, no hidden contradictions.

Every design decision reflects a philosophy. Prioritizing decentralization is preserving sovereignty. Using strong type systems is eliminating ambiguity. Pursuing formal verification is rejecting the notion that "approximately correct" is sufficient when security matters. These aren't constraints—they're a return to clarity.

I'm driven by a single conviction: building systems that endure. Systems that answer to principles, not to incentive structures or coercion. Systems my children can inherit without justifications. That means choosing depth over convenience, signal over noise, and owning my own tools over corporate dependency.

My work spans DeFi infrastructure, functional programming, and open-source development. I write about blockchain, philosophy, economics, and theology—exploring how technology can serve rather than constrain.