Āut Labs
  • Āut Labs
  • The Āutonomy Matrix
  • $AUT Token
  • Framework Intro & Components
    • Āutonomy Matrix
    • The Participation Score
      • More about Expected Contributions
    • ĀutID: a Member< >Hub bond
    • Interactions, Tasks & Contributions - a context-agnostic standard.
    • Contribution Points
      • Calculating eCP and other dependent & independent params
    • The Hub - or, the whole is greater than the sum of its parts.
    • Roles on-chain. If there is Hope, it lies in the Roles
    • Commitment Level as an RWA
      • Discrete CL Allocation
    • Peer Value
      • Flow & aggregation of value
  • 🕹️Participation Score
    • Design Thinking
      • Problems with traditional Local Reputation parameters
      • Innovation Compared to other “Local Reputation” protocols
      • Hub<>Participant Accountability & Rewards
    • Core Parameters
    • Formulæ
    • Edge Cases
      • 1. The Private Island
      • 2. Cannibal Members
      • 3. The Ghost & the House on Fire
    • PS Formula for all Edge Cases
    • Conclusions
  • 🎇Prestige
    • Prestige: introducing measurable credibility for a DAO
    • Need for a DAO to measure its KPIs overtime (on-chain)
    • Archetypes
      • Defining an Organizational Type
      • Existing Organizational Types
      • Deep-dive: Calculating current Parameters (p)
    • Formulas for Prestige
      • Normalization of p
    • Prestige for all edge cases
      • Relationship between Prestige & Archetype parameters
    • How to expand Prestige through external Data Sources
    • Use-cases & Conclusions
  • 🌎Peer Value
    • Initial Applications
    • Relationship between Participant, Hubs & Peer Value
    • Peer Value (v) as a directed graph
      • Calculating normalized Participation Score (PS'')
      • Calculating normalized Prestige (P'')
      • Calculating the Contributor Archetype (a)
    • The Peer archetype
      • Formulæ for α & deep-dives
      • Formulæ for β & deep-dives
      • Formulæ for γ & deep-dives
    • Conclusions & Initial Applications
  • ⚽Appendices & Playgrounds
    • PS Simulations
    • PS Playground
    • Prestige Simulations
    • Prestige Playground
Powered by GitBook
LogoLogo

PARTICIPATE

  • Website
  • ĀutOS
  • Hub Explorer

© Āut Labs 2025

On this page
  1. Framework Intro & Components

Peer Value

PreviousDiscrete CL AllocationNextFlow & aggregation of value

Last updated 2 months ago

The Peer Value (υ\upsilonυ) is at the center of the Āutonomy Matrix - and it’s derived from:

  1. of an individual across one or more decentralized Hubs

  2. Each Hub’s - identifying the credibility of a decentralized project/community

  3. completed by the Participant (the user-to-contract actions made on-chain)

  4. The of a Participant to their Peers.

The υ\upsilonυ is a “romantic” parameter - that represents the product between different independent variables that define the actions and participations of a free individual in a decentralized world. It uses mathematics to keep the highest degree of precision while leaving the maximum level of freedom and intentionality to participants, weighing in concepts such as the credibility of the community/ies they are part of to extrapolate the “human value” that an individual contributes to a localized environment.

It uses a directed graph approach considering the Prestige ( Ph⋅\mathfrak{P}_{\tt h \cdot}Ph⋅​) of a Hub/Community, together with the connections of an individual (Betweenness, or β\betaβ) and the variety of their actions, so that the value of a Participant's contribution to a Hub (relative/local value) can be portable on a global scale (absolute value).

This is a "true passport to the decentralized web" and the first-ever, provider-unbiased, on-chain Global Reputation Aggregator.

Prestige (Pn\mathfrak P_{n}Pn​) is a measure of the overall value and credibility of a Hub within the Āut ecosystem, and is determined by a combination of various factors, including the size of the Hub, the reputation of its members, and their levels of commitment.

Participation Score
Prestige
Variety of Tasks
connections