NOYA
  • Intro
    • Introduction
    • Problem Statement
    • Mission and Vision
  • NOYA's Infrastructure
    • Why rebuild everything?
      • AI Model Oracles
      • Decentralized Strategy Keepers
      • Strategy Security Watchers
    • Bridges
    • Interoperability
    • Composability
    • Fixing AI models onchain (ZKML)
    • Modular design
    • Roadmap
  • NOYA Protocol
    • Overview
      • History
      • Problem Statement
      • Mission and Vision
      • Why use NOYA?
      • Example returns
      • Supported Chains, Assets, and Protocols
    • NOYA's Building Blocks
      • Omnivaults
      • Omnistrategies
      • Bonding
      • Risk Management
      • Security measures
      • Addresses
    • Roadmap
    • FAQ
  • NOBO
    • NOBO: Native Omnichain Borrowing Optimizer
  • LYFA
    • LYFA: Leverage Yield Farming Aggregator
  • TULP
    • TULP Protocol: Trusless Uniswap Liquidity Provisioning
  • Audits and Risk
    • Audits
    • Risk and Monitoring
    • Bug Bounty
    • Privacy Policy
    • The Space Race
    • Space Race Disclaimer
    • Risk and Warning
    • Disclaimer and Terms
  • Media Kit
    • Media Kit
  • Resources
    • Resources
  • Contact Us
    • Contact Us
  • Technical Architecture
    • Technical Architecture
      • NOYA Fees
      • Roles in NOYA
      • Registry flows
      • Accounting Manager Flows
      • Omnichain Architecture
      • Connectors
  • Links
    • Website
    • Twitter
    • Discord
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  1. NOYA's Infrastructure

Modular design

PreviousFixing AI models onchain (ZKML)NextRoadmap

Last updated 1 year ago

NOYA is designed with modularity at its core to ensure it is future-proof. The architecture divides key functionalities into distinct modules: data oracles, training, movements, execution, verification, bridging, and messaging, each with its specific role:

  • Data Oracles: Data inputs are currently verified optimistically, with fraud proofs under development to ensure authenticity and integrity.

  • Training: Managed by an agent architect, training processes are flexible but require that proofs of previous model results be published on IPFS using NOYA's pre-committed inputs.

  • Movements: Movements and their proofs are published on IPFS, ensuring transparency and verifiability.

  • Execution: Transactions are validated and executed by keepers, entities responsible for maintaining the integrity and execution of operations.

  • Verification: Watchers oversee the blockchain to detect any irregularities or misbehavior, acting as a secondary layer of security.

  • Bridging: The bridging process is modular, allowing for the choice among multiple bridges provided by LiFi, catering to diverse cross-chain needs.

  • Messaging: Secure messaging is achieved through LayerZero, integrated with Polyhedra, to ensure safe and reliable cross-chain communications.

Each of these separate components contributes to NOYA's robust, scalable, and secure infrastructure, designed to meet the evolving demands of blockchain technology and its applications

NOYA's modular design