zkEVM is a type of zk rollup that is compatible with the Ethereum Virtual Machine, which means that it can execute smart contracts written in Solidity or other

Opside aims to make ZK-Rollup more user-friendly and popular, thereby enabling the widespread implementation of application chains based on zkEVM. Here's how.

An in-depth explanation of Account abstraction and ERC 4337

In this article, we’ll look in detail at Flow's new account model, how it works, and how it might be able to solve difficult UX problems in blockchain.

Dive into Ethereum's deployment tools: 'create' & 'create2' opcodes and 'create3' library. Optimize smart contract strategies for EVM-compatible blockchains.

Learn how to optimize gas usage in Ethereum smart contracts to reduce costs and enhance efficiency.

Explore Transient Storage in Ethereum: a game-changer reducing transaction costs and enhancing operations. Discover its mechanism, significance, and use cases.

Ethereum's transaction secrets: Mempool & MEV. Explore their impact, risks, and future in the blockchain ecosystem.

Exploring risks in Solidity transfers: Gas griefing, return data handling & mitigations in smart contracts using Yul, Vyper, and EVM.

Solidity's Evolution Unveiled: Anticipate Breakthroughs in Solidity 1.0.0 - Smarter, Faster, Stronger Smart Contract Language!

Learn all about Zircuit, a paradigm-shifting, EVM-compatible ZK-rollup that allows faster transactions, lower fees, and higher security.

The Bitboost co-processor is a programmable execution environment on Bitcoin.

The Taraxa Grant Program is open to any individual, team, and organizations of any type.