USDFI - The revolution will not be centralized.
  • USDFI Working Paper
    • Abstract
    • Introduction
      • Custodial Stablecoins
      • Non-custodial Stablecoins
    • USDFI Design
      • Introduction
      • The Decentralized Stablecoin Trilemma
      • Design Considerations
      • Financial stability: AMOs, BLR, AMMLR & The DeFi Trinity
    • USDFI Stability Mechanisms
  • Dual ve-tokenomics
    • Introduction
    • Liquidity Incentivization
      • Curve Finance
      • Olympus DAO
      • Zero-sum, ve and ve(3,3)
      • Dual-ve model
    • Analysis of dual-ve
  • USDFI: The protocol for protocols
    • How to get deep liquidity for your token
    • Problem: Bootstrapping your liquidity
    • Solution: USDFI P4P
  • USDFI explained in 120 seconds
    • Vision
    • Dual-ve tokenomics
    • STABLE/veSTABLE
    • USDFI/veUSDFI
  • USDFI AMM
    • Understanding Automated Market Makers
      • How-to execute a token swap
        • Token prices
        • Price Impact
        • Price Slippage
        • Price Impact vs Slippage
      • Understanding liquidity pools
      • vAMM vs sAMM
      • Understanding AMM users
    • Understanding USDFI's AFSA-Shield
    • Becoming a liquidity provider
      • Whitelisting
      • Dynamic pool fees for partner protocols
    • Understanding USDFI Pools
    • Understanding the USDFI Router
  • USDFI Money Markets
    • Peer-to-Pool Money Markets
    • Lending vs Liquidity
      • Lending
      • Borrowing
      • Liquidiations
      • Advanced Money Market Strategies
      • Contracts
    • Security
      • Token Report (BSC)
  • USDFI Stablecoin
    • Minting
    • Understanding the Minter
  • USDFI Money Legos
    • Introduction
    • Protocols
      • Thena
    • Risks
  • Security
    • About Chainsecurity
    • Audits
    • Contracts
  • More USDFI
    • The USDFI vision
    • Roadmap
    • Tokenomics
    • Pitch Deck
  • GETTING STARTED
    • Connecting a wallet to USDFI
    • Switching networks
    • What's a wallet address?
    • Getting a crypto wallet
    • Understanding Networks and Layers
    • Understanding Layer 2
    • Understanding transaction hashes
    • Understanding approval transactions
    • Network Fees
    • Buy Crypto
      • Credit Card
      • Bank transfer
  • AFFILIATES
    • How to become an USDFI affiliate
  • Brand assets
    • SVGs
  • FAQ
    • General questions about USDFI
    • How is USDFI different from...
    • Questions about the USDFI ecosystem
    • Terms of Use / Legal information
    • Where to find more information
    • Security and audit
    • The most important question
  • LINKS
    • Twitter
    • Discord
    • Telegram
    • Github
Powered by GitBook
On this page
  1. GETTING STARTED

Understanding Networks and Layers

A network is a system of interconnected devices or nodes that are able to communicate with one another. In the context of Ethereum, a network refers to the environment where users can test, develop, and interact with smart contracts and decentralized applications (dApps).

There are different Ethereum networks available, each with their own unique characteristics. The most widely used networks include the Ethereum Mainnet, the Ethereum Testnet, and Layer 2 networks.

The Ethereum Mainnet is the original and primary blockchain network where on-chain transactions occur. This is where real Ether (ETH) is used to pay for transaction fees, and where smart contracts and dApps are deployed and executed. This is also referred to as Layer 1.

Layer 2 networks, on the other hand, are additional networks that operate on top of the Ethereum Mainnet, and offer faster and cheaper transactions. These networks use off-chain transactions, which means that they do not need to be recorded on the Ethereum Mainnet, thus reducing the cost and time of transactions. Examples of Layer 2 networks include Optimism and Arbitrum.

The BNB Chain is a blockchain platform that is compatible with the Ethereum Virtual Machine (EVM). This means that developers can use familiar programming languages, such as Solidity, to write smart contracts and deploy them on the BNB Chain. This compatibility allows developers to easily port their existing Ethereum-based projects to the BNB Chain giving them access to the high-performance and low-cost transactions offered by the BNB Chain.

PreviousGetting a crypto walletNextUnderstanding Layer 2

Last updated 2 years ago