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  • Welcome to IoTeX 2.0
    • 💡Why IoTeX
    • 🪙Tokenomics
      • IOTX Utility in IoTeX 2.0
      • IOTX Emission, Deflation, and Re-Staking
    • 📖Whitepaper
    • ⚡Get Started
  • DePIN Infra Modules (DIM)
    • DIMs Overview
    • [IoTeX L1] DePIN Blockchain
      • Core Concepts
        • Consensus Mechanism
        • Voters and Delegates
        • Ethereum Virtual Machine
        • Accounts & Identities
        • Blockchain Actions
        • ERC20 and NFT Tokens
        • Smart Contracts
        • Interoperability
        • Governance
      • The IOTX Token
        • IOTX Token Exchange Support
        • Different Formats of the IOTX Token
        • IOTX Token Contracts
      • Wallets
        • Supported Wallet Apps
          • ioPay Mobile
          • IoTeX Web Wallet
          • OKX Wallet
          • Rabby Wallet
          • Metamask Desktop
          • Ledger Nano S & X
            • Use Ledger with Metamask
            • Use Ledger with Rabby Walet
            • Use Ledger with IoTeX Hub Portal
            • Migrate to the Ethereum Ledger App
          • IoTeX Desktop Wallet
          • 👩‍💻IoTeX HD Derivation Path
        • Buy IOTX Tokens
        • Execute Transactions
          • Transfer IOTX Tokens
          • Transfer ERC20 Tokens
          • Interact with Dapps
          • Explore transactions
        • Migrate Assets to a different wallet
      • Staking & Governance
        • About IoTeX Staking
        • IoTeX Staking Guide
          • Native staking
          • Staking as NFT
        • Join the Governance
          • Marshall DAO
          • Improvement Proposals
      • Exchange Integration
      • 👨‍💻Deploy Dapps on IoTeX
    • [ioID] DePIN Identities
      • ioID Specification
      • Overview of ioID
      • Registering Identities
      • 👩‍💻Integration Guide
        • Register a DePIN Project
        • Bind your Device NFT
        • Reserve Device ioIDs
        • Query Project Status
        • Register a Device
        • ioID Smart contracts quick reference
    • [W3bstream] DePIN Verification
      • Overview of W3bstream
      • Multi-Prover Architecture
      • 👨‍💻Build with W3bstream
        • Get Started
          • Sequencer Options
        • Build the Prover Code
          • Risc Zero
          • Halo2
          • zkWASM
        • Deploy to W3bstream
          • Create the Project File
          • W3bstream Outputs
          • Deploying Projects
          • Interacting with Projects
        • On-chain integration
          • Verify Risc0 Proofs
          • Verify Halo2 Proofs
          • Verify zkWASM profs
        • Sending Messages
      • 👩‍💻Node Operators
        • Configure a ZK Prover Node
        • Register your Node
    • [ioID-SDK] Hardware SDK
      • ioID-SDK Overview
      • Layered Architecture
      • Compatibility
      • Current Development Status
    • [MSP] Modular Security Pool
    • Third-Party DIMs
      • Data Sequencer Infras
      • Data Availability Infras
      • 👨‍💻W3bstream Tasks
  • Ecosystem
    • Assets on IoTeX
      • Mainstream Assets
      • IOTX and Derivatives
      • DePIN Tokens
      • MEME Coins
    • iotube Bridge
    • iotexscan Explorer
    • Ecosystem Apps
      • DePINScan
      • mimo DEX
      • ecosystem.iotex.io
    • "Powered by IoTeX" Devices
      • Pebble Tracker
        • Quick Start
        • Device Registration
        • Online Firmware Update
        • USB Firmware Update
        • Migrating to Pebble v2.0
          • 1.0 Device Registration
        • Tech Specs
        • Network Selection
        • Pebble Configuration
        • Query Pebble Data
        • Troubleshooting
        • Firmware Development
          • Hardware Setup
          • Build the Firmware
          • Flash the firmware
      • SenseCAP Indicator
      • UCam Home Camera
  • Builders
    • IoTeX Developer Portal
    • Dev Chat on Discord
    • Web3 Development
      • RPC Endpoints
      • Set up your Environment
      • Get Testnet IOTX Tokens
      • ioctl CLI
        • Installation
        • Create Accounts
        • Blockchain interaction
          • ioctl command reference
      • Chain Indexing
        • The Graph
        • SubQuery
        • IoTeX Analytics API
      • IoTeXscan API
      • Deterministic Deployment
      • Account Abstraction
        • Components of AA
        • 👩‍💻Creating new Accounts
        • 👨‍💻P256Account Example
      • Blob Transactions (EIP-4844)
      • Multicall3
      • EVM Precompiled Contracts
    • Building DePINs
      • ioID Step by Step Tutorial
        • Integrate ioID in the Device Firmware
        • Integrate ioID in your cloud
      • Decentralized WiFi Connectivity (DeWi)
        • Project Specification
        • The choice of Hardware
        • The Data API Service
        • DePIN Incentives Contract
    • Building DeFi
      • Deploy Tokens
        • Deploy an ERC20 Token
        • Deploy an NFT Token
      • Price Oracles
        • Chainlink Relayer
        • SupraOracles
      • Integrate IoTeX Staking
      • Liquid staking Dapps
    • Launch Dapps on IoTeX
      • Submit Tokens to the IoTeX Ecosystem
      • Submit tokens to the iotube bridge
      • Verify Smart Contracts
      • Audit your Contracts
      • Submit your Dapp to Portals
      • Useful tools
    • Node Operators
      • Fastblocks (Node as a Service)
      • Setup an IoTeX RPC Node
      • Run a Delegate Node
      • Rosetta API
    • Reference Docs
      • ioctl client
        • Accounts
        • HD Wallets
        • Aliases
        • Actions
        • Queries
        • Smart Contracts
        • Staking & Voting
        • Tokens
        • ioID Identities
        • W3bstream
        • Decentralized Identifiers (DID)
        • JWT Auth Tokens
      • Native IoTeX Development
        • IoTeX gRPC API
        • Account Cryptography
        • Address Conversion
        • Create Accounts
        • Estimate Gas Price
        • Make IOTX Transfers
        • Manage ERC20 Tokens
        • Smart Contract Interactions
        • ioPay Desktop
        • DID JWT Tokens
        • Calling any RPC method
      • Embedded Blockchain Clients
        • Arduino IDE
        • Linux Systems
        • PlatformIO
        • Examples
        • Tutorials
  • Participate
    • Crypto's Got Talent (CGT)
      • IoTeX x Polygon DePIN Grant
    • Governance
      • IoTeX Improvement Proposals
      • The Marshall DAO
    • Join the Community
    • Get in Touch
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This documentation portal is currently undergoing updates to align with the IoTeX 2.0 Whitepaper release. Information provided here may be incomplete, or out-of-date. Please use this portal for preliminary reference only, and check out the official IoTeX 2.0 Whitepaper for updated information.

  • .

2025 | IoTeX

On this page
  • 1. Modular DePIN Infrastructure
  • 2. MSP: A Unified Security Layer for DePINs
  • 3. End-to-End Support for DePIN Lifecycle
  • 4. Public Goods and Resources: tools for DePIN growth
  • 5. Meritocratic Tokenomics: Incentivizing Value
  • 6. Leading the Innovation with Cutting-edge Technologies
  • 7. Decentralized Governance

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  1. Welcome to IoTeX 2.0

Why IoTeX

PreviousWelcome to IoTeX 2.0NextTokenomics

Last updated 9 months ago

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Discover why IoTeX is the ideal platform for building and deploying your Decentralized Physical Infrastructure Network (DePIN) projects. Explore the key features and advantages that make IoTeX stand out.

1. Modular DePIN Infrastructure

IoTeX offers a modular approach allowing DePIN projects to construct a tech stack tailored to their needs. This includes critical products built in-house by IoTeX and integrations with partner products from top projects. This modularity enables DePIN builders to focus on what they do best (their infrastructure) while utilizing cutting-edge Web3 technologies such as Decentralized Identities, off-chain scaling, zero-knowledge proofs, and artificial intelligence​​.

2. MSP: A Unified Security Layer for DePINs

The IoTeX Modular Security Pool (MSP) provides a unified trusted layer, offering security and trust to DePIN Infrastructure Modules (DIMs) and DePIN applications. This system leverages existing security from established L1 blockchains like IoTeX, Bitcoin, and Ethereum, and utilizes restaking to ensure a robust and secure foundation for new projects​​.

3. End-to-End Support for DePIN Lifecycle

IoTeX 2.0 offers full support for DePIN projects throughout their lifecycle. From initial stages focused on tech stack development to later stages requiring scalability and decentralization, IoTeX provides the necessary infrastructure and public resources to capture attention, liquidity, and users​​.

4. Public Goods and Resources: tools for DePIN growth

5. Meritocratic Tokenomics: Incentivizing Value

IoTeX employs a meritocratic tokenomics system designed to reward significant contributions. The IOTX token is more than just an L1 protocol token, it is used to incentivize various DePIN stakeholders, ensuring that rewards are distributed based on the value provided to the network. This system drives new utility to the IOTX token, making it a foundational currency for the DePIN sector​​.

6. Leading the Innovation with Cutting-edge Technologies

IoTeX integrates advanced technologies such as zero-knowledge proofs (ZKP), trusted execution environments (TEE), and self-sovereign identity (SSI) for devices. These technologies enhance security, scalability, and trust within DePIN projects, enabling innovative and secure applications​​.

7. Decentralized Governance

IoTeX provides a suite of public goods designed to support DePIN builders. These include user-facing tools (e.g., , , ), developer-focused tools (e.g., IDEs, SDKs), and network-wide resources (e.g., , , ). This ecosystem of tools and resources helps builders launch their projects more easily and provides the foundation for growth​​.

In addition to the existing for managing Improvement Proposals for the blockchain, IoTeX 2.0 introduces one more important pillar for decentralized governance: . Marshall DAO is a Decentralized Autonomous Organization that will enable IoTeX stakeholders to make proposals regarding how to allocate IOTX incentives to grow the IoTeX ecosystem, including onboarding reputable DePIN projects and funding network-wide initiatives. This creates a transparent and meritocratic system where the best projects are funded using IOTX. allowing stakeholders to contribute to the growth of the IoTeX ecosystem.

💡
explorers
wallets
bridges
governance
accelerator
liquidity
decentralized process
The Marshall DAO (IIP-23)
Modular Infrastructure and integration of various technologies for DePINs
Modular Security Pool (MSP) architecture and its interaction with DIMs and L1 blockchains
Support for DePIN projects from initial tech stack development to scalability and decentralization
depinscan.io another public good resource available to DePIN builders
Reward distribution system and utility of the IOTX token
Integration of technologies like zero-knowledge proofs (ZKP), trusted execution environments (TEE), and self-sovereign identity (SSI)