LogoLogo
GitHub
  • 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
      • Blast
      • BNB Smart Chain
      • BOB
      • 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
      • 🧩Examples
      • 🧩Off-chain Examples
    • Advanced
      • 🤖Automating eOracle consumption
      • 💱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
Powered by GitBook
On this page
Export as PDF
  1. Build on eOracle

Incentives Management

PreviouseOracle Cryptographic BroadcasterNextOn-chain-Subjective Slashing Framework

Last updated 4 months ago

A core feature of PoS protocols is the ability to implement transparent and objective rewards and penalties mechanisms. The objective is to incentivize data validators to maintain data quality and accuracy and discourage attempts to manipulate the oracle.

The fundamental prerequisites to enable a quality mechanism are:

  1. Inaccurate data reports should be detectable

  2. Honest mistakes and malicious manipulation attempts should be distinguishable

  3. Faults should be objectively attributable (which is trivial in the canonical case where data validators sign their data reports)

  4. Metrics on data quality should be defined

eOracle chain serves as a robust infrastructure to achieve these abilities as:

  1. Operators are stake-backed

  2. Data validators' past activity is transparent and recorded in an immutable manner

  3. Prepared on-chain components to support rewards distribution and slashing

For a fundamental analysis of oracle cryptoeconomic security and key considerations behind slashing in a subjective environment, please refer to:

🥢On-chain-Subjective Slashing Framework
Cryptoeconomic Security
Page cover image