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 ...

Bitcoin was invented to replace banks, but underlying technology - blockchain – proved it could replace almost any intermediary. It did not stop there; now that we had digital money, we could do ...

Cointelegraph's Jackson DuMont tackles smart contracts in the latest episode of Cryptopedia. He explains how smart contracts work from the basics and provides examples of how they can be utilized in ...

SHORT ANSWER: Smart contracts are digital agreements programmed and stored on blockchains that automatically execute when conditions are met. Smart contracts eliminate the need for centralized ...

Smart contracts automate transactions on blockchains, cutting out middlemen and reducing fees. Decentralized finance uses smart contracts for trading, lending, and more without traditional banks.

In a world where most of the infrastructure behind processes, applications, and agreements relies on centralized entities, smart contracts are a novel concept that fosters trust and removes the need ...

The most innovative change brought into this ever-evolving blockchain ecosystem was the appearance of smart contracts. They form an invisible backbone behind every decentralized system and have lately ...

Smart contracts are potentially one of the most useful tools associated with blockchain, and they can enable the transfer of everything from bitcoin and fiat currency to goods transported around the ...

As the world rapidly changes, businesses need to find ways to adapt in order to stay ahead. As a part of this adaptation, I think smart contracts are one of the most transformative technologies in ...

Smart contracts’ value proposition is well-founded, as we discussed in our previous blog post Exploring the Disruptive Potential of Smart Contracts. They bring programmability to a value transfer ...

What is smart contract testing? The process of methodically assessing and validating the performance, security and functionality of smart contracts — self-executing agreements with the provisions of ...