Kaleido
  • Introduction
    • Overview
    • Core Features
    • Supported Assets
    • Long-term Goals
  • Getting Started
    • Getting Started
    • Platform Overview
      • How to Join Kaleido Tesnet
      • Marketplace Navigation
  • Core Terms
    • Loan-to-Value (LTV) Ratio
    • Ai Agents powered Health Factor (HF)
    • Liquidation Threshold:
  • Kalaido Mining System Documentation
    • Overview
    • Mining Rate Calculation Factors
    • State Management (detail)
    • Referral System
  • Lending on Kaleido
    • Creating a Lending Pool
    • Setting Lending Terms
    • Managing Lending Pools
  • Borrowing on Kaleido
    • Creating a Borrow Order
      • Depositing Collateral
    • Loan-to-Value (LTV) Ratios
      • Health Factor
    • Repayment Process
  • Flexible Lending Pools
    • Pool Flexibility
    • Borrower Allocation Percentages
    • Benefits of Flexible Pools
  • Architecture Diagrams
    • Borrowing and Lending Process
    • Health Factor and Liquidation
    • Collateral Management Flow
  • Frequently Asked Questions (FAQ)
    • Lending-related Questions
    • Borrowing-related Questions
    • Platform Fees and Policies
  • Contact and Support
    • X(Twitter)
    • Discord
    • Website
    • Dapp
  • Roadmap
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On this page
  • 1. Worker Specialization (Details)
  • 2. Environmental Factors(Details)
  • 3. Pool Algorithm (Details)
  1. Kalaido Mining System Documentation

Mining Rate Calculation Factors

1. Worker Specialization (Details)

o Specialized workers:

▪ +30% bonus to mining rate

▪ Optimized for specific algorithms

▪ Best performance when matched with their specialized pool

▪ Example: A specialized worker mining at 100 points/day would earn 130 points/day

o Hybrid workers:

▪ +10% bonus to mining rate

▪ Versatile across different algorithms

▪ Consistent performance across all pools

▪ Example: A hybrid worker mining at 100 points/day would earn 110 points/day

o Standard workers:

▪ No bonus (base rate)

▪ Basic performance

▪ Good for beginners

▪ Example: Standard worker mines at exactly 100 points/day base rate

2. Environmental Factors(Details)

o Random variation calculation:

▪ Base variation: ±10% (0.9 to 1.1 multiplier)

▪ Updates every mining cycle

▪ Simulates real-world conditions

o Affects multiple aspects:

▪ Temperature: Influences worker performance

▪ Network conditions: Impacts share submission rate

▪ System load: Affects mining efficiency

o Example scenarios:

▪ Optimal conditions: +10% boost (110% efficiency)

▪ Average conditions: 100% efficiency

▪ Poor conditions: -10% penalty (90% efficiency).

o Automatic adjustments:

▪ System monitors conditions continuously

▪ Adjusts rates in real-time

▪ No user intervention required

3. Pool Algorithm (Details)

o Algorithm types affect mining rates:

▪ SHA-256: Base difficulty multiplier

▪ Ethash: Variable difficulty based on network

▪ Scrypt: Adaptive rate based on pool load

o Dynamic multipliers:

▪ Network difficulty adjustments

▪ Pool hashrate variations

▪ Real-time difficulty targeting

o Pool selection strategy:

▪ Match worker specialization when possible

▪ Consider current network conditions

▪ Monitor pool performance metrics

o Performance monitoring:

▪ Real-time hashrate tracking

▪ Share acceptance rate

▪ Network difficulty changes

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Last updated 4 months ago