BitNet Whitepaper
  • COMPLIANCE STATEMENT
  • ABSTRACT
  • 2. Introduction
    • 2.1 Background
      • 2.1.1 Market Needs & Challenges
      • 2.1.2 Competitive Landscape
      • 2.1.3 Opportunities
  • 2.2 Vision & Mission
  • 2.3 Overview of the Solution
  • 3. Solution Overview
    • 3.1 Why BitNet is Poised for Success
  • 4. Bitnet Halving
    • 4.1 BitNet Halving: A Sustainable Tokenomics Model
    • 4.2 How the Halving Works
    • 4.3 Impact on Supply, Demand, and Token Value
    • 4.4 Enhancing Network Security and Validator Participation
  • 5. Consensus & Scaling Innovation
    • 5.1 Hybrid Consensus Mechanism for Subnets
    • 5.2 Multi-Layered Scaling Solution
  • 6. Subnet & Execution Innovations
    • 6.1 Adaptive Subnet Structure
    • 6.2 Modular Execution Layers for Subnets
  • 6.3 Optimistic Rollup Flow for AI Subnet
  • 7. Cross-Subnet Composable Smart Contracts
    • 7.1 Next-Gen Interoperability with Cross-Subnet Tech
  • 8. Security & Identity Innovations
    • 8.1 AI Decentralized Identity (AI-DID)
    • 8.2. Quantum-Resistant Cryptography Layer
  • 8.3 Quantum-resistant Wallet
  • 9. Developer & Storage Innovations
    • 9.1 Universal Developer Kit
    • 9.2 Decentralized Storage with Adaptive Compression
  • One-Click Tools
  • 10. ECOSYSTEM
    • 10.1 Decentralized Exchange (DEX)
    • 10.2 NFT Marketplace
    • 10.3 Launchpad
    • 10.4 Bridge
    • 10.5 Oracle
    • 10.6 Subgraph
    • 10.7 zk-Bridge
    • 10.8 Cross-Pool Vault
  • 11. Tokenomic
    • 11.1. Token Allocation
    • 11.2. Token Utility
  • 12. Roadmap
    • Milestone Timeline
  • Social Media
  • References
Powered by GitBook
On this page
  1. 10. ECOSYSTEM

10.5 Oracle

Smart contracts are only as effective as the data that feeds them, and that’s where our Oracle component comes into play. Oracles provide real-time, decentralized data inputs from external sources, which are critical for executing smart contracts accurately. Whether it’s price feeds, weather data, or other real-world metrics, the Oracle ensures that the information entering the blockchain is reliable and tamper-proof. This trustworthiness is achieved through a consensus-driven process, where multiple data providers validate the input before it is accepted. By bridging the gap between off-chain data and on-chain execution, the Oracle empowers developers to create dynamic, responsive smart contracts that can adapt to changing real-world conditions.

Previous10.4 BridgeNext10.6 Subgraph

Last updated 5 days ago