Satoshipierogi
@satoshipierogi.eth
Unraveling "The Mitosis DNA Program" I broke down the Mitosis DNA Program & Chain Incentive Problem, so you didn't have to 1. Blockchain ecosystems struggle to align participant interests - Traditional methods fail due to central planning issues or inflexible systems
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Satoshipierogi
@satoshipierogi.eth
2. This leads to conflict among stakeholders: - users seek high yields without loyalty - validators secure networks without focusing on applications - developers work in isolation - liquidity providers lack influence over resources
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Satoshipierogi
@satoshipierogi.eth
3. The Mitosis DNA program creates - Aligned incentives -> rewards based on value creation 4. This ensures long-term participants gain influence over the ecosystem's direction - Governance resists attack vectors - Stakeholders benefit from each other's success
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Satoshipierogi
@satoshipierogi.eth
5. The DNA program uses a three-token system, each with a distinct role - MITO is the utility token for transactions - gMITO provides governance rights - LMITO is the reward mechanism
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Satoshipierogi
@satoshipierogi.eth
6. This balances short-term utility with long-term governance for sustainable growth 7. The DNA program allocates rewards through: - The Vault Reward Pool and the dApp Reward Pool The Vault Reward Pool supports vaults attracting external liquidity
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Satoshipierogi
@satoshipierogi.eth
8. The dApp Reward Pool includes: - An automatic Max Pool based on MITO usage - A Vote Pool, where gMITO holders can reward applications This combines formula-driven objectivity with governance-driven flexibility
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Satoshipierogi
@satoshipierogi.eth
9. The DNA program benefits everyone: - User earn yields and governance power - Validators gain voting power over incentives - Developers receive funding for token integration and support
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