Combat math. Matchmaking architecture. Token economies. Full gameplay ecosystems from first prototype to live operations with millions of matches played.
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Core disciplines. Each one ships production-ready.
Players understand why they won, why they lost, and what to change. Damage formulas, mitigation curves, status interactions, and counterplay patterns designed for clarity at every skill level.
Progression is permission — what you can do next, not just bigger numbers. Zone gating, recipe complexity caps, and EXP curves tuned against degenerate loops.
Token flows, sink/source balance, and marketplace architecture built for long-term stability. Not speculative hype — sustainable systems with real retention mechanics.
Clear schemas, edge-case documentation, and implementation notes engineers can build without guesswork. Data tables, patch frameworks, and stakeholder communication built into the pipeline.
System problems solved. Shipped live. Operating at scale.
Designed and owned the full combat system for a live tactical title. Turn manipulation, positioning mechanics, terrain pressure, and class balance across a growing roster. Authored every ability spec, tuned every damage curve, and maintained balance across content patches.
Built the progression backbone for an async gameplay platform. Zone fragment gating, enemy drop chains, recipe dependency graphs, and EXP tuning across hundreds of content nodes. Every table shipped with edge-case documentation and engineering handoff specs.
Architected intensity pacing and matchmaking logic for competitive play. Replaced generic time-ramp difficulty with authored intensity states — telegraphed spikes, tunable spawner logic, and a threat system that creates meaningful risk/reward tradeoffs.
Built and validated rapid prototypes across multiple genres — auto-combat survival loops, idle progression systems, match-3 economy models, and risk-based dungeon architectures. Prototype fast, validate retention hooks, cut what does not perform.
Playable system demos. Click to interact.
Adaptive AI difficulty in real time. The opponent reads your patterns and adjusts.
Grid tactics with live HUD telemetry.
Serious work inquiries.
For contract work, consulting, and systems architecture engagements. If it involves combat math, economy design, or live operations — let's talk.