Consensus Protocol Mechanics

The consensus mechanism unites PoS stability, PoT adaptability, and AI-driven trust scoring. As the network grows, consensus remains secure, fair, and responsive.

Overview

• PoS Validators (Backbone): Propose blocks, finalize state, and write trust scores.

• PoT Validators (Roots): Lightweight participation, trust-driven influence.

• AI Nodes (Adaptive Intelligence): Observe, model, and propose trust score updates.

Detailed Lifecycle

1. Block Proposal (PoS) PoS validators propose blocks, risking staked capital.

2. Data Collection (AI in Observer Mode) AI nodes gather validator performance data off-chain.

3. Transition to Effector Mode (AI) Validated models propose trust scores on-chain.

4. Trust Score Updates (PoS) PoS validators vet and record trust scores, ensuring integrity.

5. Dynamic Validation Power (PoT) PoT validators adjust influence based on updated trust.

6. Block Validation (PoT) PoT validators attest to block correctness, weighted by trust.

7. Block Finalization (PoS) PoS finalizes blocks, maintaining a secure anchor.

Incentives and Rewards

• PoS Validators: Earn based on stake and stability.

• PoT Validators: Earn via trust-linked validation opportunities.

• AI Nodes: Earn by providing accurate, predictive trust scoring models.

Continuity, Evolution, and Flexibility

Open-source AI and flexible PoT participation ensure the network adapts as conditions change.