ACP-coin Docs
  • Table of Contents
  • 1. Introduction to the Project
    • 1.1 Project Overview
    • 1.2 Mission and Vision
    • 1.3 Core Value Propositions
    • 1.4 Recognition of Market Problems
  • 2. Technical Architecture & the RSR System
  • 2.1 Prime Mining Architecture
  • 2.2 Mining DApp Features & User Flow
  • 2.3 Participatory Hybrid Mining
  • 3. Token Economy
  • 3.1 Definition and Utility of the ACP Token
  • 3.2 Token Supply and Distribution Model
  • 3.3 Token-Based Reward Circulation
  • 3.4 Circulation Stabilization & Lock-up Policy
  • 4. Reward & Participation Framework
  • 4.1 Dual Staking Model (Passive / Active)
  • 4.2 Trine Scoring Model™ – Contribution Quantification
  • 4.3 Incentives and Tier-Based Rewards
  • 5. Ecosystem Expansion Strategy
  • 5.1 Utility Based on Real Computing Power
  • 5.2 Local Node Ecosystem Model
  • 5.3 Compute-as-a-Service (CaaS)
  • 5.4 Community-Oriented Contribution Services
  • 6. Roadmap
  • 6.1 Governance Evolution & Operational Structure
  • 6.2 Quarterly Execution Plans
  • 7. Disclaimer
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5.4 Community-Oriented Contribution Services

Community members are not just spectators. They act as supply or demand nodes within the ecosystem.

Contributions such as mining, API consumption, and service suggestions are tracked via Trine Scores.

Role

Example Activities

Tracked Metrics

Compute Contributor

Runs GPU tasks

Uptime, throughput, reliability

Compute Consumer

Uses APIs, submits feedback

Payment volume, reviews

Technical Partner

Infrastructure tooling, monitoring tools

Code quality and adoption rate

ACP’s ecosystem design ensures that utility value and token circulation are tightly bound to real participation and compute output. This chapter underscores the project’s trajectory toward becoming a scalable digital infrastructure standard for AI workloads.

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Last updated 24 days ago