NETDEX FOUNDATION
  • Introduction
  • Blockchain Challenges
    • Scale, Finalization, and Consensus
    • Decentralization vs. Functional Confirmation Times
    • Fees
    • Accessibility
    • Tokenomics
    • Reputation
  • NetDex Solutions
    • A Robust Blockchain Protocol
      • Scalability
      • Compatibility
      • Permissionless Decentralization
      • Leaderless Proof of Stake
      • Cryptography
    • Battle-Tested Security
      • Proof of Stake Security
      • Protection Against Sybil Attack
      • Protection from a Parasite Chain Attack
      • Protection Against Denial of Service Attack
      • Quantum Secure
    • Engaged Communities
      • Building Reputation
      • Engaged Tech-Literate Community
      • Engaged Wider Community
    • Resilient Economics
      • Bootstrapping
      • Deflation
      • Digital Asset Growth
  • Technical Overview
    • Netdex Chain and the Directed Acyclic Graph
    • The Lachesis Consensus Algorithm
    • Validator Node Minimum Requirements
  • Products
    • DEX
    • NFT Marketplace
    • LaunchPad
    • NetDex Metaverse
    • Cross-Chain Bridges
    • Yield Optimizers
    • Lending-Borrowing Portal
  • TOKENOMICS
    • Tokenomics
  • NETDEX
    • 🧰Privacy Policy
    • ✅Terms of Service
    • 📸Social Media
    • 📨Bug Bounty
  • More
    • 🔍Market Status
      • DeFi Market Overview
      • NFT Market Overview
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  1. NetDex Solutions
  2. A Robust Blockchain Protocol

Permissionless Decentralization

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Last updated 11 months ago

Netdex blockchain is permissionless in that anyone can run a node in the network. This means that any members of the community of users with the technical know-how and capacity may run a validator node on Netdex's mainnet and participate in securing the network. Even users without such capacity may assign a stake to validators and, thus, engage in the support and expansion of the ecosystem; see Section

One of the major challenges of decentralization – finality – is achieved in the Netdex chain thanks to DAG registering and agreeing on the event history. DAG is used to establish the exact final order of events (in particular transactions) independently on each node.

Tokenomics.