In this post, I would like to review the Kakarot zkEVM project.

What Kakarot is, is essentially a virtual machine implementation written in Cairo, the Turing language that is associated with the Cairo VM. Using polynomials and the ZK-STARK proof system. zkEVM it provides provable computations. Its ability to generate provable transactions generates provable blocks accordingly.

And as long as Kakarot is Cairo-based, any and every transaction that is executed on Kakarot is provable.So using Kakarot zkEVM, teams can deploy EVM applications, and developers of any Solidity or EVM on both Kakarot and Ethereum with Polygon.

This means that the end result can be used by ordinary users, through familiar applications such as MetaMask and other crypto wallets. Most importantly, Kakarot will eventually be able to provide compatibility between its own Starknet protocols and protocols such as TVL by combining DeFi and the Game.fi user base.

In this post, I would like to review the Kakarot zkEVM project.

What Kakarot is, is essentially a virtual machine implementation written in Cairo, the Turing language that is associated with the Cairo VM. Using polynomials and the ZK-STARK proof system. zkEVM it provides provable computations. Its ability to generate provable transactions generates provable blocks accordingly.

And as long as Kakarot is Cairo-based, any and every transaction that is executed on Kakarot is provable.So using Kakarot zkEVM, teams can deploy EVM applications, and developers of any Solidity or EVM on both Kakarot and Ethereum with Polygon.

This means that the end result can be used by ordinary users, through familiar applications such as MetaMask and other crypto wallets. Most importantly, Kakarot will eventually be able to provide compatibility between its own Starknet protocols and protocols such as TVL by combining DeFi and the Game.fi user base.