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  • Quickstart
    • What is eOracle?
    • eOracle Vision
    • Use eOracle
  • Build on eOracle
    • Introduction to eOracle Stack
    • What is an OVS
    • eOracle Features
    • eOracle Data Processing Flow
    • Builders Workflow
      • Set-up
      • Off-chain Computation
      • On-chain Components
      • Target Chains Publishing
    • Smart Contracts Overview
      • eOracle Chain contracts
      • Target Contracts
    • Aggregation Library
      • Median
      • Clustering
      • TWAP
      • Robust Aggregation 101
    • eOracle Cryptographic Broadcaster
    • Incentives Management
      • 🥢On-chain-Subjective Slashing Framework
    • Active Specialized Blockchain Oracles
      • EtherOracle - Peg Securing Oracle by Etherfi
      • Pulse - Risk Oracle By Bitpulse
      • ECHO - Social Media Oracle
      • Borsa - Intent Optimisation
  • ePRICE
    • Introduction to ePRICE
    • Integration Guide
    • Risk Management and Market Integrity
    • Feed Addresses
      • Arbitrum
      • Arbitrum Sepolia
      • Base
      • Base Sepolia Testnet
      • Berachain
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      • B Squared
      • B Squared Testnet
      • Hemi
      • Ink Sepolia
      • Ink Mainnet
      • Linea
      • Linea Sepolia
      • Manta
      • Manta Sepolia Tesnet
      • Mode
      • Mode Testnet
      • Monad Testnet
      • Morph
      • Morph Holesky
      • Polygon zkEVM
      • Polygon zkEVM Cardona Testnet
      • Plume
      • Plume Testnet
      • Scroll
      • Soneium
      • Sonic
      • Soneium Testnet
      • TAC Turin Testnet
      • Taiko Mainnet
      • Unichain
      • Unichain Sepolia
      • Zircuit
      • Zircuit Testnet
      • zkLink Nova Mainnet
    • API Reference
      • đź§©Examples
      • đź§©Off-chain Examples
    • Advanced
      • 🤖Automating eOracle consumption
      • đź’±Getting a different currency pair
  • EO Token
    • The EO Token
    • Ecosystem Participants
    • EO Token Utility
    • EO Token Flywheel
    • Security and Enforcement
    • A New Chapter in Oracle Design
  • Understand eOracle
    • eOracle Trust Model
    • Architecture Overview
    • Data Processing
    • Security
      • Cryptoeconomic Security
      • Aegis - Validator Set Configuration
  • Operators
    • Installation
    • Registration
    • Running the Client
    • Monitoring
  • 🔍Concepts
    • EigenLayer
    • Data Validators
    • Chain Validators
    • eBFT
    • OVS
    • eOracle Chain
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  1. Build on eOracle

eOracle Features

eOracle's infrastructure and components enable builders to design custom oracle solutions for their specific needs while avoiding the complexities of low-level implementation details.

PreviousWhat is an OVSNexteOracle Data Processing Flow

Last updated 3 months ago

Key features of the eOracle stack include:

  1. Modular stake-backed operators - OVS builders can selectively configure a subset of eOracle EigenLayer validators to handle oracle tasks—ranging from fetching data from custom APIs, running specialized off-chain computations, to monitoring real-time events. Each validator’s service is secured by restaked ETH (through EigenLayer), EO tokens, or an OVS-native token, ensuring alignment and integrity through staking-based incentives.

  1. Execution & Consensus Layer - eOracle's purpose-built blockchain manages decentralized oracle operations, from data aggregation to consensus achievement.

  2. Modular and Programmable oracle platform - A comprehensive smart contract architecture creates a modular and programmable oracle platform that supports new oracle development. This design provides a programmable layer for operator management, diverse data types, and aggregation algorithms while integrating with off-chain components and eOracle chain.

  1. Data aggregation library - Collection of audited contracts that provides reliable on-chain data aggregation for various use cases. Each algorithm addresses specific data scenarios and security requirements.

  2. Immutable data layer - eOracle chain serves as a permanent, transparent record of all oracle-related activity. This enables:

    • Verifiability: anyone can independently confirm the origin and accuracy of data.

    • Incentive Mechanisms: Permanent logging of operator performance enables the implementation of incentive mechanisms, including slashing, rewards distribution, insurance, and other advanced strategies to ensure consistently high service quality.

  3. cryptographic broadcaster - a distributed system designed to bridge aggregated data from the eOracle Chain to various target chains with high reliability, low latency, and cryptographic security.

  1. eOracle Ecosystem - eOracle Chain serves as a fertile ground for collaboration between multiple oracle protocols. Different OVS solutions can integrate to provide richer, more comprehensive data services. For example, a risk analysis oracle and a price feed oracle can combine to offer lending protocols price rates accompanied by risk analysis.

  2. OVS Management - An app enabling OVS builders to manage operators, fetch data, publish, and configure various parameters