The EVM, which is at the heart of the blockchain's architecture, is the software that executes its application code, or smart contracts, as they are known, by providing a run-time environment for them on top of the Ethereum network.

The exponential growth of Ethereum has brought both severe failures and promising futures for numerous sectors. DeFi and NFTs, for example, are the two of the many new, innovative ideas that have flourished.

Multisi wallets or Multisignature wallets are considered significantly important when it comes to protecting the funds for numerous parties since it adds several layers of protection.

We already discussed the definition of zkEVMs, how it works and named some leaders in the battle for zkEVMs. In this article, we will dive a little deeper into different types of zkEVMs and why you should care about them.

In the previous article, we already explored the zero-knowledge proofs and its role on Blockchain. Today, we will look at the two most popular types of non-interactive ZKPs, as well as discussing the differences between them.

Randomness is the key criterion to assess the security level of a system. Traditional techniques of generating random numbers are centralized and lack a simple, inexpensive means to check the outcomes or see if there has been any tampering.