Whitepaper
  • Trusted Node $TNODE WhitePaper
  • Industry Backdrop
    • PoS Blockchains
    • Staking Market
    • Role of Validators
    • Staking rewards
    • Staking Pools
    • Staking-as-a-service (SAAS)
    • DeFi vs. PoS Staking
    • Lending Protocols vs. PoS Security
  • Industry Challenges
    • Entry barriers
    • Centralization and Resilience
  • Solution
    • The Network of Trusted Nodes
    • Unlocking Staking Liquidity
    • Gateway to multichain PoS
    • Democratic Access to PoS Governance and Staking
    • Infrastructure for PoS Security
  • Trusted Node Architecture
    • Inroduction
    • Staking Portal
    • Governance Portal
    • Liquid Staking
    • The Vaults
    • DAO Escrow Contract
  • User Rewards
    • Staking Rewards
    • Liquidity Yields
    • DAO Benefits
  • Trusted Node DAO
    • DAO Governance
  • DAO Revenue Model
    • DAO Architecture
  • Tokenomics
    • $TNODE
    • Token Supply and Allocation
    • Token Sale
  • Roadmap
    • Roadmap
  • Risks
    • Generalities
    • Validator/PoS risks
    • DeFi Risks
    • Network Security
    • Market Risks
  • Disclaimer
    • Disclaimer
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  1. Trusted Node Architecture

Inroduction

PreviousInfrastructure for PoS SecurityNextStaking Portal

Last updated 3 years ago

Trusted Node Network is an Ethereum DApp consisting of 5 core sections available to users:

  1. Staking Portal where users can stake their native assets to available validators.

  2. Multichain Governance where users can learn about issues currently up for voting and participate in governance.

  3. The Vaults where users can provide liquidity to the Trusted Node ecosystem to earn a share of transaction fees.

  4. Liquid Staking where users can create liquid derivatives representing their staked tokens (i.e., DVPN to tDVPN).

  5. DAO Escrow where users can deposit their $TNODE tokens to receive voting rights and yield multipliers.

Trusted Node will first launch on the Ethereum network. In the future, it will be deployed on other chains, for example, BSC and Polygon, through cross-chain bridge technology.