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

Liquid Staking

This segment of the Trusted Node network allows users to create wrapped token derivatives. For an additional fee, users can generate ERC-20 tokens tied to their staked capital. These “t-tokens” are a liquid equivalent of the staked native assets and can be sold, swapped, or deposited to vaults for additional yields.

Liquid staking brings staked coins back to circulation while still allowing users to earn rewards on their capital.

At any time, users can claim their staking rewards payable in native coins, t-tokens, or $TNODE tokens. To claim back the initial asset, users need to burn their t-derivatives. Depending on the PoS and DPoS blockchain rules, there might be a withdrawal period to minimize slashing risks for the network’s validator nodes.

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Last updated 3 years ago