VeChain Docs
  • Welcome to VeChain
  • Blockchain Basics
    • Introduction to blockchain
    • Introduction to digital property
    • The evolution of the internet
  • Introduction to VeChain
    • About the VeChain blockchain
      • Consensus Deep Dive
      • Governance
    • Dual-Token Economic Model
      • VeChain (VET)
      • VeThor (VTHO)
    • Acquire VeChain Assets
    • Sustainability
  • Core Concepts
    • Networks
      • Thor Solo Node
      • Testnet
      • Mainnet
    • Nodes
      • Node Rewards Programme
    • Blocks
      • Block Model
    • Transactions
      • Transaction Model
      • Transaction Fees
      • Transaction Calculation
      • Meta Transaction Features
        • Transaction Uniqueness
        • Controllable Transaction Lifecycle
        • Clauses (Multi-Task Transaction)
        • Fee Delegation
          • Multi-Party Payment (MPP)
          • Designated Gas Payer (VIP-191)
        • Transaction Dependency
    • Block Explorers
    • Wallets
      • VeWorld
        • User Guide
          • Setup
          • Wallet
          • Signing
          • Activities
          • Settings
        • FAQ
      • Sync2
        • User Guide
          • Setup
          • Wallet
          • Signing
          • Activities
          • Settings
        • FAQ
      • Sync
        • User Guide
          • Wallet
          • Ledger Device
          • Browser dApps and web
          • Interact with dApps
          • Activities
          • Settings
          • Report an Issue
          • Contributing
        • FAQ
    • EVM Compatibility
      • VeChain Modifications
      • Methodology
      • Test Coverage
        • Gas model
        • Raw transaction
        • hardhat specific
          • Ganache failures
          • evm_increaseTime
        • Failures in constructor
        • eth_sign
        • Contract address prediction
        • BadBeacon proxy address at 0x1
      • How to Recreate
      • Additional Information
        • Using Governance Contracts
        • ERC1820/ERC777 Testnet
        • Delegate Options
    • Account Abstraction
      • UserOperation
      • Bundler
      • EntryPoint Contract
      • Account Factory Contract
      • Paymaster Contract
    • Token Bound Accounts
  • How to run a node
    • Nodes
    • How to run a Thor Solo Node
    • Custom Network
    • Connect Sync2 to a Thor Solo Node
  • Developer Resources
    • Getting Started
    • How to build on VeChain
      • Connect to the Network
      • Read Data
        • Read Blocks
        • Read Transactions
        • Read Accounts
        • States & Views
        • Events & Logs
        • VET Transfers
      • Write Data
        • Transactions
        • Fee Delegation
      • Listen to Changes
        • Events
        • VET Transfers
        • Transactions
        • Blocks
        • Beats
      • Build with Hardhat
      • Utilities
        • BigInt and Unit-Handling
        • Name Service Lookups
    • Example dApps
      • Buy me a Coffee
      • Token Bound Accounts
      • PWA with Privy and Account Abstraction
    • EVM Compatibility for Developers
      • Key Architectural Differences and Optimizations
      • Practical Implications for Developers: Key Considerations
      • RPC Methods (Detailed Breakdown)
      • Frequently Asked Questions (FAQs)
      • VeChain Blockchain Specifications
      • Key Differences Between VeChain and Ethereum (Summary)
      • Best Practices for Developing on VeChainThor
    • How to verify Address-Ownership
      • Next.js Session Verification
    • Debug Reverted Transactions
    • Account Abstraction
    • VIP-191: Designated Gas Payer
      • How to Integrate VIP-191 (I)
      • How to Integrate VIP-191 (II)
      • How to Integrate VIP-191 (III)
    • Index with Graph Node
      • Setup with Docker
      • Index with OpenZeppelin
        • Create Subgraph Project
        • Configure Contracts
        • Deploy Subgraph and start Indexing
        • Track Subgraph Indexing
        • Access Subgraph
        • Update Subgraph
    • SDKs & Providers
      • SDK
        • Architecture
        • Accounts
        • Bloom Filter
        • Certificates
        • Contracts
        • Cryptography
        • Debug
        • Encoding
        • Polls
        • Subscriptions
        • Thor Client
        • Transactions
      • Thor DevKit
        • Installation
        • Usage
          • Cryptography
          • Accounts
          • Encoding
          • Transactions
          • Certificates
          • Bloom Filter
      • DApp Kit
        • v2
          • Installation
          • React
            • Installation
            • Usage
          • Vanilla JS
            • Installation
            • Usage
          • Core
            • Installation
            • Usage
          • Theme Variables
          • i18n
        • v1
          • Installation
          • React
            • Installation
            • Usage
          • Vanilla JS
            • Installation
            • Usage
          • Core
            • Installation
            • Usage
          • Theme Variables
          • i18n
          • Node Polyfills
          • V0 to V1
        • v0
          • Installation
          • Usage
          • React
            • Installation
            • Usage
          • Vanilla (UI)
            • Installation
            • Usage
          • Styles (UI)
          • i18n
      • DevPal
      • Web3-Providers-Connex
        • Installation
        • Usage
      • Connex
        • Installation
        • API Specification
    • Frameworks & IDEs
      • Hardhat
      • Remix
    • Built-in Contracts
    • VORJ
    • Useful Links
  • How to contribute
Powered by GitBook
On this page
  • Redefining Property in the Digital Age
  • Fungible Tokens: The Digital Currency Revolution
  • NFTs: Unique Digital Treasures
  • Creating Digital Property: Democratizing Asset Generation
  • Storing Digital Riches
  • Fortifying Digital Assets
  • The Digital Property Advantage
  • Types of Digital Property

Was this helpful?

  1. Blockchain Basics

Introduction to digital property

An overview of digital property types and their blockchain implementation.

Redefining Property in the Digital Age

Digital property represents a paradigm shift in how we conceive ownership. Stored on blockchain technology, it primarily encompasses fungible tokens (like cryptocurrencies) and non-fungible tokens (NFTs), revolutionizing our understanding of assets in the digital realm.

Fungible Tokens: The Digital Currency Revolution

Imagine digital coins that are identical and interchangeable, much like traditional currency. These are fungible tokens. Each unit holds equal value and utility, enabling frictionless exchange. Cryptocurrencies stand as the quintessential example, reshaping global finance.

NFTs: Unique Digital Treasures

Non-fungible tokens (NFTs) are the digital world's answer to one-of-a-kind collectibles. Unlike their fungible counterparts, each NFT is distinct and irreplaceable. They can represent a vast array of digital assets - from breathtaking artwork and soul-stirring music to groundbreaking videos and verifiable certificates.

Creating Digital Property: Democratizing Asset Generation

The blockchain has democratized asset creation. With the right technical know-how, anyone can mint digital property as fungible or non-fungible tokens. This process adds a unique digital token to the blockchain, integrating it into a vast network of tradable assets. Each transaction is indelibly recorded, ensuring authenticity and security.

The beauty of blockchain-based digital property lies in its transparent, decentralized nature. It eliminates the need for intermediaries, allowing direct peer-to-peer transfers of ownership.

Storing Digital Riches

Digital property exists as data within blockchain transactions. Each token carries crucial metadata - information about ownership, value, and other pertinent details. This data is distributed across the blockchain network, ensuring robust security and accessibility.

Fortifying Digital Assets

The inherent security of blockchain technology safeguards digital property. As a distributed ledger replicated across numerous computers, it eliminates single points of failure. This decentralized structure makes the stored data highly resistant to tampering, hacking, or unauthorized access.

The Digital Property Advantage

Blockchain-based digital property offers a trifecta of benefits: security, transparency, and decentralization. It provides immutable proof of ownership and facilitates direct peer-to-peer transactions, marking a new era in asset management and transfer.

Types of Digital Property

Digital property comes in various forms, each serving unique purposes:

  • Cryptocurrencies: The pioneers of digital assets, serving as stores of value and mediums of exchange.

  • Platform Tokens: Powering blockchain ecosystems and enabling decentralized application (dApp) development.

  • Utility Tokens: Granting access to specific services, often with additional perks like voting rights.

  • Transaction Fee/Gas Tokens: Covering the costs of blockchain operations.

  • Security Tokens: Digital representations of traditional securities.

  • NFTs: Unique digital assets representing ownership of specific items or rights.

  • Stablecoins: Designed to maintain steady value, often pegged to traditional currencies or assets.

Each type of digital property operates on various blockchain networks, from Bitcoin and Ethereum to emerging platforms like Cardano and Polkadot. As this technology evolves, we can expect even more innovative forms of digital property to emerge, further blurring the lines between the physical and digital worlds of ownership and value.

PreviousIntroduction to blockchainNextThe evolution of the internet

Last updated 2 months ago

Was this helpful?