#kakarot #zkevm #starknet #airdrop #testnet
Thread about the benefits of Kakarot zkEVM using @Starknet technology.

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Let's explore how Kakarot zkEVM benefits from using Starknet technology. Spoiler: it's a powerful combination!🚀

2/ Innovative Technological Stack

- Kakarot uses the Starknet stack, which includes CairoVM and StarknetOS.
- This highly tested base ensures safety and reliability.📈🔒

3/ Evidence of Probable Execution

- Starknet allows the generation of proofs of probable execution using STARKs.
- This increases the security and integrity of transactions on Kakarot zkEVM.🛡️

4/ Performance and Scalability

- Transactions are processed outside of the Ethereum main chain and only STARK proofs are submitted to Ethereum L1, reducing load and costs.💰⚡

5/ Native Account Abstraction

- Kakarot zkEVM can implement native account abstraction, allowing you to add new functionality efficiently and without hassle.🔄

6/ Adapting to Ethereum Updates

- With its flexible architecture, Kakarot zkEVM tracks all Ethereum updates from day one, minimizing EVM fragmentation. 🌐

7/ Community and Support

- Starknet has a robust community and strong support, helping Kakarot developers resolve issues and discuss new features.🤝👥

8/ Scalability Benefits

- Kakarot's modular architecture enables data parallelization and modularity, further improving network scalability and performance.🔄📊

9/ Continuous Innovation

- Kakarot is designed to be at the forefront of innovations, continually leveraging improvements to the Cairo stack and new EVM functionality.🚀✨

10/ Summary

Using Starknet, Kakarot zkEVM combines security, scalability, innovation and strong community support to improve Ethereum.🔗✨
#Kakarot#zkEVM#Starknet#Ethereum#Blockchain#Scalability #starknetdefi

#STARKNET #airdrop
#testnet #zkevm #kakarot

Thread explaining how @KakarotZkEvm differs from other zkEVMS thanks to the @Starknet kit. ( part 2 )

5. Native Account Abstraction

- Kakarot zkEVM supports native account abstraction, allowing the implementation of advanced functionality such as multisig accounts and other complex account types directly in the EVM layer, which may not be as easy in other zkEVMs​ (Kakarot zkEVM)​.

6. Full Ethereum Compatibility

- Kakarot zkEVM is fully compatible with EVM, allowing anything that works on Ethereum to work on Kakarot without modifications. This includes smart contracts written in Solidity or Vyper and the use of tools like Metamask, Foundry, and Hardhat.

7. Starknet Community Support

- Kakarot benefits from robust support from the Starknet community, which includes experienced developers and a vast network of resources. This facilitates problem solving, implementation of new features and provides a richer and more collaborative development environment.

Summary (TL;DR)

- Kakarot zkEVM's differentiators include its implementation in Cairo, the use of STARK proofs, flexibility for Ethereum upgrades, an efficient modular architecture, support for native account abstraction, full compatibility with Ethereum, and strong community support. These factors make Kakarot zkEVM a unique and advanced solution compared to other zkEVMs in the blockchain ecosystem.

#kakarot #starknet #zkevm #testnet #airdrop

Thread explaining how @KakarotZkEvm differs from other zkEVMS thanks to the @Starknet kit.

The Kakarot zkEVM has several differentiators compared to other zkEVMs, making it a unique and innovative solution in the Ethereum scalability space. Here are the main differentiators:

1. Implementation in Cairo

- Kakarot zkEVM is developed using the Cairo language, a programming language specific to zero-knowledge domains. Cairo is Turing-complete and allows the creation of STARK proofs, which are highly secure and efficient. Other zkEVMs often utilize specific circuitry that may be less flexible and more difficult to maintain

2. STARK Execution Trials

- Kakarot uses STARKs (Scalable Transparent ARguments of Knowledge) to generate verifiable proofs of execution. STARKs do not require a trusted configuration and offer security against quantum attacks, which is a significant advantage in terms of security and scalability compared to other zkEVMs that can use SNARKs.

3. Flexibility and Sustainability

-Due to its implementation in Cairo, Kakarot is more flexible and can easily adapt to new updates and hard forks of Ethereum. This is in contrast to other zkEVMs that may have difficulty adapting to new EVM versions due to the dependence on specific circuitry for each version​ (Kakarot zkEVM)​.

4. Modular Architecture

- Kakarot has a modular architecture where transactions are executed on an EVM core on top of CairoVM. This enables more efficient data parallelization and modularity, improving the scalability and overall performance of the network​ (Kakarot zkEVM)​​ ​.

5. Native Account Abstraction

- Kakarot zkEVM supports native account abstraction, allowing the implementation of advanced functionality such as multisig accounts and other complex account types directly in the EVM layer, which may not be as easy in other zkEVMs​ (Kakarot zkEVM)​.

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