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  • Introduction & Executive Summary
  • Problems and How We Are Aiming to Solve Them
    • Static and Rigid Consensus Approaches
    • Limited Integration of Advanced Technologies
    • Challenges in Scalability and Inclusion
    • Ecosystem Fragmentation and Integration Hurdles
  • Technical Architecture Overview
    • PoS Validators: The Backbone of Stability
    • PoT Validators: Extensive Reach and Accessibility
    • AI Nodes: Intelligence, Adaptability, and Open Competition
    • Data Flow and Consensus Interplay
    • Benefits of the Integrated Architecture
  • Consensus Protocol Mechanics
  • Incentive Alignment
  • Security
  • Milestones
  • Conclusion
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  1. Problems and How We Are Aiming to Solve Them

Static and Rigid Consensus Approaches

Traditional consensus mechanisms like PoW and PoS often lack adaptive capacity and can encourage centralization or suffer from limited trust checks.

How Miami Network Aims to Solve This By integrating an AI-driven trust scoring system and layering PoT validators atop a PoS backbone, we ensure that performance and honesty dictate influence. This adaptive model continuously updates trust scores, mitigating the rigidities found in older paradigms and providing a more resilient, future-proof foundation.

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Last updated 4 months ago