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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2.2 Mining DApp Features & User Flow

To reduce entry barriers and allow easy participation, ACP offers a user-centric Mining DApp. This interface allows participants to manage all aspects of their engagement, from hardware linkage to real-time reward visualization.

2.2.1 Key Features

Feature

Description

Wallet Integration

Connects BEP-20 based decentralized wallets for identity and reward distribution

Device Registration

Auto-detects GPU specs and registers hardware through Prime Mining client

Dashboard

Visual display of contribution, hash power, estimated rewards per hour

Reward History

Tracks daily and weekly token rewards and settlement logs

Tier System

Participant levels increase with contribution, enhancing reward multipliers

2.2.2 Step-by-Step User Flow

  1. Wallet Linking & Authentication – User connects a supported wallet for future payouts.

  2. Client Installation & GPU Connection – Participant installs Prime Mining software on their PC or server.

  3. Task Assignment & Processing – Based on system conditions, AI tasks are allocated and processed.

  4. Reward & Logging – Results are submitted and rewards are disbursed through smart contracts, visible in the dashboard.

2.2.3 Participant Customization Matrix

User Type

Custom Feature

Expected Outcome

General Investor

Staking & Monitoring

Observe passive returns

Experienced Miner

Support for high-end setup

Maximize returns through configuration

AI Startup Developer

Dual role as consumer and contributor

Reduce LLM costs while earning

Engineers / Community Builders

Tester, oracle participant, etc.

Earn rewards and participate in governance

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Last updated 24 days ago