DOE
Deep Ocean Explorer
A tethered underwater ROV built around cameras, sensors, propulsion and a modular architecture.
What does it actually take to build a useful underwater vehicle from accessible components?
Some ideas become products. Others exist simply to answer a question, test a technology or learn something new.
Sometimes I build because I want to understand how something works. Those experiments often become the knowledge that makes later projects possible.
Deep Ocean Explorer
A tethered underwater ROV built around cameras, sensors, propulsion and a modular architecture.
What does it actually take to build a useful underwater vehicle from accessible components?
Systems through simulation
A space-game prototype used to explore systems, progression, resources, crews and decision-making.
How can simple systems produce interesting decisions?
Less waste. Better routing.
Experiments in model routing, orchestration, delegation and more efficient token usage.
Why use the most expensive model for every step if a smarter architecture can distribute the work?
Structure before prompting
A tool designed to help turn an unclear intention into a structured instruction for AI.
Can we help someone communicate better with AI without teaching them all of prompt theory?
Explain AI Words
A simple interface for explaining AI terminology without unnecessary jargon.
How do you make a jargon-heavy field understandable in seconds?
What can AI actually do?
A tool for thinking about whether a problem is suitable for AI and how much human review it requires.
Does the problem actually need AI?
Sometimes the most valuable outcome of an experiment is simply knowing what to build next — or what not to build at all.