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Game Economics

Game economics is the most valuable game we all have to play.

A great idea can come from any being, anywhere, anytime, at any age. The limit is never the idea — it's the connection of idea with energy and know-how to coordinate capital:

Capital TypeWhat It IsGame Economics Application
PlatformSecure, well-connected operating baseGuild infrastructure, territory control
ResourcesAbundant raw materialsIn-game assets, compute, bandwidth
MoneyTokenized goodwillCurrency, reputation, trust scores

Games teach coordination before the stakes are existential. The hive-mind emerges when beings learn to connect ideas with capital — regardless of who had the idea.

"Virtual economies are no longer just systems of play; they are living, evolving financial systems that demand serious study." — Stefán Þórarinsson, former Central Bank of Iceland economist, now Head of Economy at CCP Games

Better to fail in a simulation than real life. Game economies are where we test AGI economics before the stakes are existential. Agent-based simulations, token incentives, coordination protocols — the hive-mind learns to coordinate in games first.

Games Test Standards

Standards create predictable outcomes. Games are where you test standards before deploying them to reality.

REAL ECONOMY:  Standards → Predictable Outcomes → Capital Flow → Growth
GAME ECONOMY: Test Standards → Measure Outcomes → Iterate → Graduate to Reality
What EVE TestsStandard Being ValidatedReal-World Application
Monetary policyCentral bank leversInflation control
Market structuresTrading protocolsExchange design
Property rightsOwnership standardsAsset tokenization
GovernanceDAO voting mechanismsFutarchy

The Deming-Simkin insight: Japan won manufacturing with quality standards creating calibration loops. EVE Online is doing the same for economic standards — test, measure, adjust, compound.

Futurist games take this further: predict which standards will win, then bet on your predictions. The skill isn't just playing — it's recognizing which protocols create predictable outcomes.

The Dream-Engineering Balance

Goodwill pulls. Willpower pushes. Both must stay coupled or the game breaks.

SystemIn GamesIn Economies
Belief (Goodwill)What players dream of buildingWhat markets imagine possible
Value (Trust)Fair rules, no cheatingSound money, property rights
Control (Willpower)What's actually buildableWhat's actually executable

EVE Online works because player dreams stay coupled with engineering constraints. When they decouple:

  • Too much dream: Players expect features that can't exist → disappointment, churn
  • Too much engineering: Optimized but soulless → players leave for games with vision
  • No anchor: Rules feel unfair → trust collapses, economy breaks

This is why game economies are the best lab for real economies. The three systems are visible and adjustable. When balance breaks, you can patch in weeks instead of decades.

The insight: Problems in real economies are often dream-engineering imbalance. Games let you test rebalancing before stakes are existential.

EVE Online: The 20-Year Experiment

EVE Online has operated a player-driven economy for over two decades — the definitive example of emergent financial systems at scale.

YearMilestoneSignificance
2007First in-world economist hiredDr. Eyjólfur Guðmundsson — first MMO with dedicated real-world economist
2024EVE Frontier alpha launchBlockchain-based economy, on-chain assets
2025Central bank economist joinsStefán Þórarinsson brings monetary policy expertise

This is Peter Kaufman's Three Buckets in action — testing economic principles against physics (resource constraints), biology (emergent behavior), and human history (coordination patterns) simultaneously.

Research Areas

CCP's economic research agenda mirrors what DeepMind's AGI Economics role is seeking:

Research AreaGame ContextReal-World Application
Monetary Policy & InflationHow economic levers influence pricing and currency stabilityCentral bank policy testing
Market EquilibriumHow supply and demand fluctuate with player/NPC interactionsMarket dynamics modeling
Asset & Currency FlowsIntegration of digital assets and economic activityTokenized economy design
Behavioral EconomicsPlayer decision-making, speculation, adaptationHuman coordination patterns

Why Games First

AdvantageIn GamesIn Reality
Iteration speedPatch in weeksPolicy takes years
Failure costRestart, learnRecession, collapse
Data densityEvery transaction loggedIncomplete, delayed
ExperimentationA/B test economiesPolitically impossible
ScaleMillions of agentsSame

The bees figured this out: calibration-free aggregation works because individual mistakes average out. Games let us test coordination protocols before deploying to systems where mistakes compound.

The Blockchain Evolution

EVE Frontier adds on-chain assets to the equation — true ownership, composability, and interoperability. This is where crypto economics meets game economics:

  • Ownership: Players truly own assets (not just database entries)
  • Composability: Assets can interact across systems
  • Transparency: All transactions verifiable
  • Emergent governance: DAOs forming within game economies

Predict Game Economies

Tools

Context

  • Games — The cave where coordination is learned
  • Players — The hive-mind that emerges from coordination
  • Standards — What survives from simulation to reality
  • Crypto — The incentive layer for digital economies
  • DePIN — Physical infrastructure meeting game economics

The future of post-scarcity economics is being prototyped in MMOs right now. The question isn't whether game economics matters — it's whether you're learning from it before the stakes become existential.