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ITERATIX TOKEN PROTOCOL

Overview

$TRTX is the native protocol token of the Iteratix network. It powers an autonomous coding agent that facilitates the creation of Solana programs with zero human input, enabling developers to focus on innovation.

Problem

Traditional program development on blockchain networks is often labor-intensive and requires constant oversight. Developers face bottlenecks in execution and deployment due to manual processes and complex programming requirements.

This leads to inefficiencies and stifles the speed at which innovative applications can be created and deployed.

Architecture

Autonomous Coding Layer

Iteratix utilizes recursive coding techniques to autonomously build, iterate, and deploy Solana programs. Developers can initiate projects without engaging in the intricate coding process themselves.

• Minimum stake: 10,000 $TRTX

• Reward per deployment: 0.5-2.0 $TRTX (dynamic based on complexity)

• Slashing condition: Invalid program deployment (-5% stake)

Program Integrity Mesh

The mesh aggregates data from multiple autonomous agents, verifying program integrity through advanced algorithms without manual intervention, while $TRTX stakers earn fees from successful program deployments.

• Aggregation threshold: 3 program confirmations

• Fee distribution: 70% to agents, 30% to protocol treasury

• Verification time: <500ms average

Real-Time Program Monitoring

Applications leverage verified program streams by burning $TRTX for each query. Frequent users can stake $TRTX for preferential access rates.

• Cost per query: 0.001-0.01 $TRTX (based on complexity)

• Staking discount: Up to 90% reduction for 100,000+ $TRTX stake

• Stream latency: 200-800ms

Use Cases

Decentralized Applications (dApps)

Automatically create and deploy dApps on the Solana network, enhancing speed and reducing development costs.

Smart Contract Systems

Facilitate the rapid development of smart contracts, allowing for complex interactions without manual coding errors.

Game Development

Streamline the process of creating blockchain-based games, enabling developers to focus on design and gameplay.

Automated Market Makers (AMMs)

Generate and deploy AMM protocols efficiently, adapting to market changes without manual intervention.

Roadmap

Phase 1: Foundation (Q2 2025)

  • • Autonomous Coding Layer testnet launch
  • • Validator onboarding (target: 50 nodes)
  • • $TRTX token generation event

Phase 2: Mesh Activation (Q3 2025)

  • • Program Integrity Mesh mainnet deployment
  • • Multi-chain support (Ethereum, Arbitrum, Base)
  • • First protocol integrations

Phase 3: Real-Time Streaming (Q4 2025)

  • • Sub-200ms program streaming
  • • High-frequency consumer tier launch
  • • API v2 with advanced query capabilities

Phase 4: Protocol Maturity (2026+)

  • • Governance activation (protocol parameter control)
  • • Recursive program optimization (10x efficiency gains)
  • • Historical program reconstruction engine