1. Why have most GameFi systems crashed?
The core issue is "token output > token consumption." When players enter to mine for money, not for the gaming experience, the economic model immediately enters a death spiral:
New players enter to buy tokens→ early players sell for profit→ tokens depreciate→ new players' willingness to enter drops→ no new demand→ prices keep falling
For truly sustainable GameFi, "fun" must take precedence over "making money." Once players come here just to mine, the project starts counting down.
2. Demand-side design
Where does the demand come from? Category III:
- 1.Players want to buy: The game is fun, and the willingness to pay is strong (the healthiest option).
- 2.Speculators want to buy: expecting future price increases (unsustainable)
- 3.System mechanism requires buying: entry threshold, upgrade, synthesis consumption tokens (designable)
The first category is foundations. If the game isn't fun, no matter how sophisticated the economic model is, it can't save it.
3. Supply-side control
The essence of the dual-token model is to separate "governance value" from "consumption value":
- 1.Governance tokens: scarce, used for voting, long-term value reserves
- 2.In-game tokens: Produced by players through mining and used for consumption
The key is that the in-game token output speed must be controllable. Common methods: dynamic output rate (adjusted based on total network output), player level threshold, event duration.
4. Combustion and Reflux Mechanism
The token outflow system requires an "outflow." Common designs:
- 1.Synthesize NFTs to consume tokens and burn part of them
- 2.Upgrade buildings/character and burn tokens
- 3.Part of the fee is burned
- 4.Limited-time events require tokens to enter the event
Burning must exceed output for tokens to have a foundation for price increases.
5. Long-term sustainability
To truly survive GameFi, look at three things:
- 1.Without mining incentives, would players still want to play?
- 2.Is the ratio of token output to consumption sustainable in the long run?
- 3.Does the system have regulating valves that can tighten during inflation and relax during deflation?
If you can't answer these three questions, no matter how beautiful the model is, it will only "delay the crash."
