I build AI memory systems, agent routers, autonomous trading engines, and the occasional slice of spectral geometry. Most of it runs local-first with stdlib-only dependencies — research-grade tools, shipped.
Twin WebGL exhibits — the Hall of the Watchers and the Hall of the Archangels — rendered in Three.js with 3D models, Doré engraving backdrops, and narrated voice-over for all 24 fallen Watchers and 12 archangels. A served, walk-through companion to the Greene Paleogenomic Museum VR.
Cognitive OS for local-first agents. 6-tier Integrated Cognitive Memory System, inner-dialogue roles (Planner / Critic / Doer / Evaluator), dream consolidation, self-improvement loop, and 19 model backends — all stdlib Python. The core memory architecture the rest of the agent work is built on.
Browser-based, StarCraft-style asymmetric RTS set in a mythic pre-flood world. Three genuinely asymmetric factions — Covenant Cities, Watcher Remnant, Nephilim Clans — with fog of war, A* pathfinding, full economy/tech trees, and a reactive AI opponent. 100% procedural: every model, sound, and map is generated in code, zero external assets.
Isometric action-roguelike. You are the Appointed Witness, hunting the fallen Watchers and Nephilim across the Desert of Azazel. Hades-style combat with Diablo-flavored pressure and "disclosure as progression" — the loot is knowledge. Built in Godot; sprites, VFX, and music all synthesized procedurally.
Hybrid AI agent with infinite persistent memory. Hermes 3 + cloud APIs on top of the ICMS/SDI memory stack — the foundation Mnemosyne grew from.
Routing agent navigator — a persona-forward front-end to the Mnemosyne / Tugboat stack. Currently in active development.
Autonomous Kalshi + Polymarket trader with cross-platform arbitrage and meta-thinking validation.