Bitcoin came to us in the year 2009 as a way to share value without any interference from the third party connection like a bank. Smart Contracts is a technology which enables to gain significance for enabling value and asset to transfer across a varied range of industries. This is mainly practiced by middle man for transactional businesses.
Smart Contacts work together with the blockchain technology and automatically generates to its full potential. It also disrupts the processes in many industries. This is a software program that controls assets that are digital. Bitcoin is served as the foundation for Smart Contacts. It is the logical codes that move electronic assets when occurred at intervals. The Blockchain always offers the execution in a manner of decentralization. Smart Contacts are referred as the components to Blockchain platform of next generation. Blockchain technology is always shown much more than Bitcoin. This is a term mainly used to describe the capability to facilitating and enforcing the agreement on the basis of their payment.
How smart are smart contracts
Bitcoin was the first to support smart contracts. Smart Contracts work when a network can transfer value from one to another. The network of nodes will only transact if certain conditions occur.
Therefore Ethereum replaces Bitcoin’s more secure language and replaces which allows developers to do their own programs.
Ethereum helps developers to program their own smart contracts. This ‘Turing-complete’ borders a set of the computational method.
Smart contracts can:
- be ‘multi-signature’ accounts where funds are spent only when a required ratio of people agree
- be used to make agreements between users.
- Provide service to other contracts
- keep details about an application like domain registration or membership records.
Smart Contracts need help and assurance from other Smart Contracts.
Hence one of the contract would make us aware of the condition, and other contracts could be on the basis of information it established
Therefore the contract requires either transaction fees adversely to the amount of computational power required.