A Smart contract is a self-executing contract in which the terms of the agreement between the buyer and the seller is directly written into lines of code. The code and the agreements contained in the contract exist across a decentralized and distributed blockchain network. Smart contracts allow for trusted agreements and transactions to be carried out among anonymous parties without the need for a governance, legal system, central authority or external enforcement mechanism. They render transactions to be more transparent and irreversible. Blockchain initially developed for the Bitcoin has slowly transcended in to various other verticals and aspects of technology.
Smart contracts vital element in Blockchain
Blockchain technology is far bigger than just Bitcoins. The levels of abundant security achieved by these cryptocurrencies have demonstrated the world that this not so new trend of blockchain technology can provide intangible and efficient technological advancements, similar to how the internet has grown this far. We should always keep in mind that blockchain is a powerful technology that is capable of executing complex operations, understanding more than just how many Bitcoins you currently have with you in your digital wallet. This is where the idea of smart contracts kicks in. Smart contracts have started becoming a cornerstone for major enterprise blockchain applications; It is highly likely that it would become one of the core pillars of the blockchain technology.
Smart contracts: Workflow
Because smart contracts work like computer programs, it is very important that they do exactly what the parties want them to do. This is achieved by inputting the proper logic when writing your smart contract. The code behaves in predefined ways and doesn’t have the linguistic nuances of human languages, thus, it has now automated the “if this happens then do that” part of traditional contracts.
The code is then encrypted and sent out to other computers via a distributed network of ledgers (i.e. Distributed Ledgers). If this is done via public permissionless blockchain such as bitcoin, the contract is sent out similar to the way that a network update of a bitcoin transaction would occur. This can also be done in a permissioned or hybrid distributed ledger platform such as the R3 Distributed Ledger.
One the computers in this network of distributed ledgers receive the code, they each come to an individual agreement on the results of the code execution.The network would then update the distributed ledgers to record the execution of the contract, and then monitor for compliance with the terms of the smart contract. In this type of system, single party manipulation is overted because control over the execution of the smart contract is no longer possible because execution is no longer in the hands of a single party.
Benefits of Smart Contracts
Here are a few reasons why smart contracts are more preferred
Trust: All documents are encrypted on a shared ledger. Also all the entities or parties could have access to these documents.
Autonomous: All third parties become obsolete in the interactions
Security: All documents are encrypted end to end which makes them near-impenetrable by unethical methods.
Redundancy: Documents are duplicated many times over on the blockchain, and can’t ever be “lost”.
Savings: Smart contracts save you money by taking out the middleman.
Speed: These contracts automatically self-execute, saving you precious time.
Transparency: For organizations like governments, they could add another level of transparency to dealings.
Precision: Smart contracts execute the exact code provided, ensuring zero errors.
The blockchain is already a disruptive technology, and with these benefits – the potential behind smart contracts is another facet to be excited about.