Aptos - scalable L1 blockchain

Aptos - scalable L1 blockchain

user avatar

by Alexandra Smirnova

3 years ago


Aptos is a new independent project that implements the vision of providing the world's safest and most production-ready blockchain.

Contents:

Aptos Ecosystem

Introduction to Aptos

Aptos is a blockchain that aims to be scalable. This means that it won't slow down when it gets busier than usual, thereby saving people's time and money while striving to be safe and reliable.

The White paper states that the Aptos blockchain has been developed over the past three years by more than 350 developers worldwide. It offers new innovations in consensus, smart contract design, system security, performance, and decentralization. The combination of these technologies will provide a fundamental blockchain for delivering web3 to users.

Aptos was founded by CEO Mo Shaikh and CTO Avery Ching, who were former employees at Facebook Meta owners. They were part of the team responsible for attempts to create the Diem blockchain and Novi cryptocurrency wallet. Although these plans never materialized, the skills and technologies that were already in place are being used for the new project, which also works with non-fungible tokens (NFT).

Aptos Blockchain Capabilities

The blockchain uses a Byzantine Fault Tolerant (BFT) consensus protocol, which ensures high performance. Based on the original BFT consensus "Hotstuff", Aptos Labs spent 3 years developing its BFT V4 engine. The blockchain has the following capabilities:

Feature Description
Zero Downtime Achieved through a diverse set of operators.
Fast Transaction Finality Ensures quick confirmation of transactions.
Decentralization The project is well-suited for decentralization.

 

These features make APTOS a strong L1 blockchain for deploying smart contracts. The project also has a special feature known as parallel execution. This means that APТOS can run multiple chains simultaneously. For comparison, modern blockchains like Bitcoin or Ethereum use sequential execution. Simply put, they can only process a transaction after verifying the previous one. The project also uses a programming language called Move. In the past, Move was built specifically for the development of Diem. Now, it helps developers create APTOS. The MOVE programming language has several advantages:

  • easy setup of digital assets;
  • secure information storage;
  • simple error correction;
  • quick code verification and testing;
  • simple multi-chain development for applications.

Compared to Solidity, Move has better features and more tools for developers to create their smart contracts.

Mechanism for Interacting with NFTs

NFTs are digital assets that can come in the form of art, music, in-game items, videos, and much more. They are bought and sold online, often with cryptocurrency, and they are typically encoded with the same underlying software as many cryptocurrencies. Developers have made many improvements for minting millions of NFTs:

  • a highly efficient Aptos parallel execution mechanism significantly speeds up the ability to mint NFTs: both creating and replenishing new accounts, and then minting NFTs for them;
  • Aptos CLI allows you to test the contract locally and then easily deploy it to the network with confidence in its functionality;
  • Typescript SDK allows you to write a quick script and then create and send a transaction to mint the actual NFT.

The Aptos toolkit ultimately allows users to deploy hundreds of instances in the cloud, continuously sending transactions in a cycle. Aptos can issue a significant number of NFTs simultaneously, on multiple platforms.

 

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

Froyo Games — How the Web3 Ecosystem, Gamebox, NFTs, and FROYO Work

chest

Explore Froyo Games: its GameFi platform, Gamebox, casual games, NFTs, SDK, Pool-to-Play model, FROYO token, tokenomics, blockchain infrastructure, and key risks.

user avatarElena Ryabokon

Plume Network — How the RWA Blockchain, DeFi, and PLUME Token Work

chest

Explore Plume Network: how its RWA L2 works, network architecture, real-world asset tokenization, Nest ecosystem, PLUME token, DeFi integrations, regulation, and risks.

user avatarElena Ryabokon

Credbull Finance — How Private Credit Tokenization and RWA Work

chest

Explore Credbull Finance, its private credit RWA model, credit assets, on-chain infrastructure, LiquidStone products, yield structure, regulation, and key risks.

user avatarElena Ryabokon

Agora AUSD Stablecoin — How It Works, Backing, Blockchains and Risks

chest

Explore Agora AUSD, an institutional stablecoin: how it works, reserve backing, blockchain infrastructure, regulation, use cases, integrations and key risks.

user avatarElena Ryabokon

Pixels Land Expansion Explained: Farm Land, PIXEL Token and GameFi Mechanics

chest

Explore Pixels Land Expansion: NFT Farm Land, free Speck Farms, land rentals, farming, resources, PIXEL token, GameFi economy, and the role of Ronin.

user avatarElena Ryabokon

World of Dypians v2 Explained: Gameplay, WOD Token, NFTs and opBNB Integration

chest

Explore World of Dypians v2: gameplay, opBNB and BNB Chain integration, WOD token, NFTs, GameFi economy, Web3 mechanics, and key risks of the blockchain game.

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.