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Copy file name to clipboardexpand all lines: docs/fuse-ember/about-fuse-ember-l2/fee-model.mdx
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### Custom Token: stFUSE
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-**Network Security**: stFUSE enables liquid staking, allowing users to auto-compound rewards and secure the network by delegating voting power to DA node operators.
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-**Sustainable Economy**: With a fixed supply of 420 million tokens and zero inflation, stFUSE uses a deflationary model where rewards are tied to real network activity.
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-**Revenue Sharing**: stFUSE holders earn from network activities like node sales and sequencer fees, creating sustainable rewards from network growth.
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-**Frictionless Integration**: stFUSE facilitates seamless DeFi and staking participation, reducing complexity and enhancing user and developer experience.
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-**Community Governance**: stFUSE holders can lock tokens to participate in governance, influencing key network decisions like DA node operator selection.
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***Network Security**: stFUSE enables liquid staking, allowing users to auto-compound rewards and secure the network by delegating voting power to DA node operators.
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***Sustainable Economy**: With a fixed supply of 400 million tokens and zero inflation, stFUSE uses a deflationary model where rewards are tied to real network activity.
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***Revenue Sharing**: stFUSE holders earn from network activities like node sales and sequencer fees, creating sustainable rewards from network growth.
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***Frictionless Integration**: stFUSE facilitates seamless DeFi and staking participation, reducing complexity and enhancing user and developer experience.
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***Community Governance**: stFUSE holders can lock tokens to participate in governance, influencing key network decisions like DA node operator selection.
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This is covered in more depth in Tokenomics.
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#### How EGP Works:
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- Gas Fee Basics: In Ethereum, gas fees depend on two factors: the maximum gas limit (the maximum units of gas a user is willing to use) and the gas price (the amount you’re willing to pay for each unit).
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- Polygon zkEVM: For Layer 2 (L2) on zkEVM, the gas price differs from Ethereum's Layer 1 (L1). Users pay for both transaction execution and data availability, which uses the current L1 gas price. The EGP adjusts these prices to ensure fairness and efficiency on L2.
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* Gas Fee Basics: In Ethereum, gas fees depend on two factors: the maximum gas limit (the maximum units of gas a user is willing to use) and the gas price (the amount you’re willing to pay for each unit).
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* Polygon zkEVM: For Layer 2 (L2) on zkEVM, the gas price differs from Ethereum's Layer 1 (L1). Users pay for both transaction execution and data availability, which uses the current L1 gas price. The EGP adjusts these prices to ensure fairness and efficiency on L2.
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