
L2 MEV wat
Special thanks to Nikete Della Penna, RJ, Matthew Finestone, and Brecht Devos for review and valuable insights.TLDRIn this article, we “map” the current landscape of L2 MEV, thinking about different MEV consequences for different L2 designs. We also briefly overview different ways of L2s decentralization and how it might impact L2 MEV.Wat is MEVDisclaimer: feel free to skip if you are familiar with MEV. For a detailed MEV explanation, check the article “Ethereum is a dark forest” by Paradigm ...

Wrapping Up Season 6, Trailblazer Role and the Road Ahead

Eldfell L3 (alpha-4) is live!
Taiko’s fourth testnet has arrived! Eldfell L3 (alpha-4) is our first experiment with inception layers and a new staking based proving design. We are launching this testnet in order to test two things:Deploying Taiko on Taiko as an L3 inception layer (a rollup on a rollup 😏)Testing a new staking based prover economicsOur alpha-N releases are always experiments to test our hypothesis on the protocol and build a more robust system. So let's dive in!Inception layersInception layers are a n...
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We’re excited to announce that proposing and proving on the Taiko network are now permissionless, making Taiko the first ever rollup to have these features!
Now, anyone around the world can permissionlessly set up a Taiko node and prover without any third-party or centralized intermediaries, bringing Taiko one step closer to full decentralization. Users can participate in the Taiko network with our recently-launched native token, TAIKO (available on most centralized and decentralized exchanges), and earn rewards for doing so.
To learn more about how to run a proposer and prover on the Taiko network, please check out our documentation.
The term “based rollup” first appeared in a research post by Justin Drake, where he writes that a rollup is said to be based, or L1-sequenced, when its sequencing is driven by the base L1. The next L1 proposer may, in collaboration with L1 searchers and builders, trustlessly include the next rollup block as part of the next L1 block.
In other words, this means there are no centralized sequencers deciding the order of blocks or transactions. Anyone can propose any rollup block at any rollup time, ensuring full decentralization.
Taiko’s upcoming multi-prover approach aims to reduce the risk of bugs and vulnerabilities in proving systems, architectures and implementations. Thus, even if one proof is broken, other proofs will reduce the risk of the exact same vulnerability being exploited.
The multi-prover approach can be implemented using different types of proofs (e.g. validity proofs and fraud proofs), different proving systems (e.g. SNARKs and STARKs), and different implementations by different teams. Check out our detailed breakdown here.
Note: Bootstrapping a permissionless network, whether it be as a proposer or prover, takes time. With this announcement, we welcome network participants to help us test and use our decentralized network.

We’re excited to announce that proposing and proving on the Taiko network are now permissionless, making Taiko the first ever rollup to have these features!
Now, anyone around the world can permissionlessly set up a Taiko node and prover without any third-party or centralized intermediaries, bringing Taiko one step closer to full decentralization. Users can participate in the Taiko network with our recently-launched native token, TAIKO (available on most centralized and decentralized exchanges), and earn rewards for doing so.
To learn more about how to run a proposer and prover on the Taiko network, please check out our documentation.
The term “based rollup” first appeared in a research post by Justin Drake, where he writes that a rollup is said to be based, or L1-sequenced, when its sequencing is driven by the base L1. The next L1 proposer may, in collaboration with L1 searchers and builders, trustlessly include the next rollup block as part of the next L1 block.
In other words, this means there are no centralized sequencers deciding the order of blocks or transactions. Anyone can propose any rollup block at any rollup time, ensuring full decentralization.
Taiko’s upcoming multi-prover approach aims to reduce the risk of bugs and vulnerabilities in proving systems, architectures and implementations. Thus, even if one proof is broken, other proofs will reduce the risk of the exact same vulnerability being exploited.
The multi-prover approach can be implemented using different types of proofs (e.g. validity proofs and fraud proofs), different proving systems (e.g. SNARKs and STARKs), and different implementations by different teams. Check out our detailed breakdown here.
Note: Bootstrapping a permissionless network, whether it be as a proposer or prover, takes time. With this announcement, we welcome network participants to help us test and use our decentralized network.

L2 MEV wat
Special thanks to Nikete Della Penna, RJ, Matthew Finestone, and Brecht Devos for review and valuable insights.TLDRIn this article, we “map” the current landscape of L2 MEV, thinking about different MEV consequences for different L2 designs. We also briefly overview different ways of L2s decentralization and how it might impact L2 MEV.Wat is MEVDisclaimer: feel free to skip if you are familiar with MEV. For a detailed MEV explanation, check the article “Ethereum is a dark forest” by Paradigm ...

Wrapping Up Season 6, Trailblazer Role and the Road Ahead

Eldfell L3 (alpha-4) is live!
Taiko’s fourth testnet has arrived! Eldfell L3 (alpha-4) is our first experiment with inception layers and a new staking based proving design. We are launching this testnet in order to test two things:Deploying Taiko on Taiko as an L3 inception layer (a rollup on a rollup 😏)Testing a new staking based prover economicsOur alpha-N releases are always experiments to test our hypothesis on the protocol and build a more robust system. So let's dive in!Inception layersInception layers are a n...
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