How a smart contract works

How a smart contract works

user avatar

by Alexandra Smirnova

4 years ago


A smart contract is a self-executing program that automatically executes the terms of an agreement between two parties when certain predetermined conditions are met. These conditions are typically encoded as a set of rules or code, which is stored on a blockchain.

Here's a basic overview of how a smart contract works:

 

Stage Description
Creation A smart contract is created by a developer or team using a blockchain platform and then deployed onto the blockchain.
Execution After deployment, the contract waits for certain conditions, defined by the developer, to be met (e.g., specific date, time, or action by the parties involved).
Validation The contract must be validated by the network of nodes on the blockchain to ensure it is valid and has not been tampered with.
Execution Once validated, the contract automatically executes the terms of the agreement, such as transferring funds if it is a payment contract.
Recording The execution is recorded on the blockchain, creating an immutable and transparent record of the transaction, ensuring enforcement of the terms and eliminating disputes.

 

Smart contracts have the potential to revolutionize the way we do business by automating many of the processes involved in executing agreements. They are secure, transparent, and efficient, making them an ideal solution for a wide range of applications.

Tier I

Sector: #18291

Sealed Cache Room

Resource Cache

Resource Cache

Tier I

Requires 25% Tier Progress to Claim
Meme Cache

Meme Cache

Tier I

Requires 50% Tier Progress to Claim
Equipment Cache

Equipment Cache

Tier I

Requires 75% Tier Progress to Claim

After collecting, caches will be stored in your inventory and can be opened with Keys.

Other articles

Speed Star — Web3 Horse Racing, Virtual Horses, JOC, SPEED, and STAR

chest

Explore Speed Star: Web3 horse racing, virtual horses and ranches, gaming professions, JOC, SPEED and STAR tokens, blockchain mechanics, and key risks.

user avatarElena Ryabokon

Re Protocol — Tokenized Reinsurance, Yield, and RWA Infrastructure

chest

Explore Re Protocol: how RWA insurance works on-chain, reUSD and reUSDe structure, reinsurance yield, liquidity, infrastructure, and key risks.

user avatarElena Ryabokon

Credbull — Tokenized Private Credit, Yield, and RWA Infrastructure

chest

Explore Credbull Finance: how private credit RWA works, yield generation, Centrifuge and Plume integrations, on-chain infrastructure, and key risks.

user avatarElena Ryabokon

Agora AUSD — Collateral, Regulation, and Institutional Digital Dollar Use Cases

chest

Explore Agora AUSD: institutional stablecoin structure, reserves, collateral, VanEck and State Street roles, regulation, use cases, infrastructure, and key risks.

user avatarElena Ryabokon

USYC by Hashnote — Yield, USDC, RWA, and Institutional Liquidity

chest

Explore Hashnote USYC: tokenized fund structure, yield generation, the role of USDC and Circle, institutional use cases, liquidity, and key risks.

user avatarElena Ryabokon

Pixels Countryside — Farming, NFT Land, PIXEL Token, and Ronin Ecosystem

chest

Explore Pixels: Countryside Update — farming, resources, NFT Land, PIXEL token, game economy, Web3 mechanics, Ronin integration, and key project risks.

user avatarElena Ryabokon

Important disclaimer: The information presented on the Dapp.Expert portal is intended solely for informational purposes and does not constitute an investment recommendation or a guide to action in the field of cryptocurrencies. The Dapp.Expert team is not responsible for any potential losses or missed profits associated with the use of materials published on the site. Before making investment decisions in cryptocurrencies, we recommend consulting a qualified financial advisor.