• flipboard

A Guide to Smart Contracts and Why They’re Important

A Guide to Smart Contracts and Why They’re Important

Smart contracts are the wave of the future, and you don’t want to be left behind. They’re an integral part of most cryptocurrencies, with Ethereum being one of the biggest smart contract companies in existence today. In fact, smart contracts can be used for a wide range of applications, from financial transactions to everyday agreements.

Essentially, smart contracts are self-executing contracts between two or more parties for an exchange of something (usually money) when certain conditions are met without any third-party enforcement. The best part? They can be programmed to execute almost instantaneously, which makes them ideal for transactions where time sensitivity matters.

The idea behind them is to allow people who don’t know or trust each other to do business together without the need for a middleman. They’re also said to be safer than traditional contract law because they’re backed by mathematical proofs. 

The world of cryptocurrency is a new and exciting one, but it can be difficult to understand for those who are new. That’s why we’ve created this guide to smart contracts.

In this article, you’ll learn everything about smart contracts, from the basics of what they are, to how they work with Ethereum, bitcoin, and other cryptocurrencies. We’ll also share some examples of how smart contracts have been used in the past.

Traffic Guide

Free Download

The Ultimate Guide to Website Traffic for Business

 

What is a smart contract?

A smart contract is a self-executing agreement between two or more parties. It allows for transactions to be carried out in a faster and safer manner than traditional methods, while also cutting costs associated with third-party enforcement. The best part about them is that they’re decentralized and trustworthy, meaning that you won’t have to worry about any third-party interference.

A smart contract works by storing an agreement between two or more parties in a block of code on the blockchain. These contracts are executed autonomously unless they encounter certain conditions which require manual input.

For example, if Amy wants to bet 300 Ether for Joey’s 200 Ether, the smart contract will automatically transfer 100 Ether from Amy’s wallet to Joey’s.

If for any reason a transaction is unable to be completed, all parties have full access to their funds and can reverse or cancel transactions before they’re executed – which helps protect both buyers and sellers in case of fraud.

It should be noted that smart contracts are not legally binding. They’re computational protocols that act as an automated agent. This means that, while smart contracts can be used to complete transactions in a transparent and conflict-free manner, there’s no way for them to enforce their own conditions (for example, if one party fails to provide the required assets or information).

It should also be noted that smart contracts aren’t always related to money – they can be used for a variety of agreements, such as exchanging property.

What is Ethereum?

Ethereum was one of the first companies to pioneer smart contracts on their platform. It’s also known as an open-source blockchain project which utilizes Ether tokens and focuses on decentralized applications (DApps).

Ethereum is a decentralized platform that allows for smart contracts and decentralized applications (DApps) to be built within its ecosystem. It also has the capability of unleashing thousands of different applications onto the blockchain, including everything from cryptocurrencies to various other online services.

While Ethereum was originally created as a cryptocurrency, it now serves as more of a base layer for decentralized applications. This means that it’s no longer just a currency but an underlying protocol like TCP/IP (which powers the internet).

Ethereum smart contracts are created in Turing’s complete language. This is basically a programming language that can theoretically solve any computational problem and has infinite loops. In other words, Ethereum allows developers to create applications that run exactly as programmed without any possibility of downtime, censorship, or fraud.

One Ethereum smart contract example is a decentralized autonomous organization (DAO). It’s a virtual company that runs without any form of human management, and it allows for the use of cryptocurrency to be exchanged. The smart contracts within this platform work by allowing token holders to vote on what actions should be taken, as well as how much each action will cost.

On the other hand, smart contract bitcoin examples include the creation of a decentralized lottery. Here, smart contracts can be used to automatically distribute winnings after a user has paid their entry fee and registered for the platform.

Why are smart contracts important?

Smart contracts have the potential to revolutionize how we do business online. They’re faster and more cost-effective than traditional contract law because they don’t require manual enforcement by third parties – which means fewer costs for businesses and consumers.

Additionally, smart contracts are secure because they’re decentralized on the blockchain – meaning that there’s no single point of failure or vulnerability to attack or hack. All parties have full access to their funds at all times, which helps reduce fraud and protect both buyers and sellers in case of a dispute.

Thus, a smart contract is a useful tool in creating efficient financial, banking, supply chain, healthcare, public management, insurance, real estate, energy, and even gaming products. Though since the importance of everything being executed in the right way, it’s essential to have an audit of a smart contract after the development phase. This will help to make sure that the smart contract’s logic is correct and that it lacks some vulnerabilities and loopholes that could be used by someone with intentions to exploit such weaknesses in their favor.

Smart contracts have proven that they are here to stay. This technology can be implemented in all major industries. And their popularity will grow as blockchain will find more and more adherers among enterprise-level decision-makers. Such companies will benefit from incorporating smart contracts as they mean more transparency, trust, speed, security, and, consequently, a larger number of users. The companies realizing all the potential of smart contracts will get a first-mover advantage which is crucial in such a high-paced world.

Guest author: Elena Alehno, Marketing specialist whose sphere of interest lies in such disruptive technologies as Blockchain, AI, IoT, AR/VR, and some others. Elena’s passion is to write about these complex topics in simple ways.