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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. Technical Architecture Overview

PoT Validators: Extensive Reach and Accessibility

Reaching Far and Wide PoT validators form the expansive “root network” of the Miami ecosystem. Lightweight and easy to run, they invite widespread participation. More numerous and geographically distributed PoT validators increase decentralization and resilience.

Trust Scores and Dynamic Influence PoT validators’ validation power depends on trust scores assigned by AI nodes, rather than stake or computing power. Honest, reliable participants see their trust—and thus influence—increase over time. Underperforming or malicious validators find their influence waning as trust scores adjust.

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Last updated 4 months ago