Since its introduction in 2014 the Solidity programming language has become the de facto standard to write smart contracts on the Ethereum blockchain network. Solidity is so popular that numerous ...

This second course of the Blockchain series focuses on the computational element of blockchain technology. Smart contracts allow for implementing user-defined operations of arbitrary complexity that ...

The Ethereum network brought smart contracts into the blockchain space, making concepts like decentralized finance (DeFi) possible. Smart contracts can automatically execute processes once certain ...

This concentration provides students with detailed knowledge on the potential of blockchain and smart contracts, their implications on auditors, and how the accountancy profession can benefit from ...

Few things have been more exciting in this 21st century than the development of cryptocurrency. Whether you don't really understand the phenomenon and would like to, or already follow it closely but ...

We explain the Ethereum Virtual Machine (EVM) and its relevance. An upcoming transition of Ethereum from EVM to Ethereum WebAssembly (eWASM) is projected to attract new developers to the ecosystem.

An application on Ethereum, Solana or other programmable blockchain. Smart contracts mostly govern financial arrangements; for example, they enable new cryptocurrencies to be established, and they ...

We’ve all heard about the benefits of smart contract technology - a trustless tool to boot out the middleman when exchanging money, assets, or anything of value. As revolutionary as blockchain’s ...

When it comes to cryptocurrencies and blockchains, there's a lot of talk about smart contracts. But what are they, exactly? The overnight ascension of cryptocurrencies has thrust an entirely new ...