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Infernet CLI/TUI Implementation Plan

🧠 Core Concept: Infernet

Infrastructure + Inference + Network

A peer-to-peer network where anyone can provide inference capacity and consume AI services with X402 micropayments.

📋 Implementation Plan

Based on the diagram.json analysis and Infernet concept, here’s the adapted development plan:

Phase 1: Core Infernet Client Foundation

1. Node Discovery & Selection System

  • Current: Basic API form for single endpoint
  • Target: Multi-node discovery and selection interface
  • Implementation:
    • Model selection screen showing available inference nodes
    • Pricing comparison (USDC/token rates)
    • Reputation and latency metrics display
    • Auto-selection by best price/quality ratio

2. X402 Payment Integration

  • Current: Basic auth config
  • Target: Seamless micropayment system
  • Implementation:
    • Wallet connection interface (Wallet API v2)
    • X402 payment flow for inference requests
    • Real-time payment status tracking
    • USDC balance monitoring

3. Enhanced Configuration System

  • Current: Generic server/theme config
  • Target: Infernet-specific configuration
  • Implementation:
    • Wallet address management
    • Payment preferences (max price per token/image)
    • Preferred models and node selection criteria
    • .env support for wallet private keys and RPC endpoints

Phase 2: Inference Request Management

4. Smart Query System

  • Current: Simple API requests
  • Target: AI inference with automatic node selection
  • Implementation:
    • Multi-model support (llama-3.3, mistral-7b, stable-diffusion)
    • Automatic best-price node discovery
    • Request templates for common AI tasks
    • Token/cost estimation before execution

5. Node Registry Integration

  • Current: Static endpoint configuration
  • Target: Dynamic node discovery from Base smart contract
  • Implementation:
    • Smart contract integration for node registry
    • Real-time node availability checking
    • Node metadata display (models, pricing, reputation)
    • Automatic registry updates

6. Session & Status Management

  • Current: Basic request/response
  • Target: Persistent inference sessions
  • Implementation:
    • Node connection status monitoring
    • Session management for multi-turn conversations
    • Ping system for node availability
    • Failover to backup nodes

Phase 3: Advanced Features

7. Pre-written Request Templates

  • Target: Quick access to common AI tasks
  • Implementation:
    • Template library (code generation, image creation, text analysis)
    • Parameter substitution from config
    • Custom template creation and sharing
    • Template marketplace integration

8. Payment & Transaction History

  • Target: Complete payment transparency
  • Implementation:
    • Transaction history screen
    • Cost analytics (spending per model/node)
    • Payment receipt management
    • Budget controls and alerts

9. Node Provider Tools

  • Target: Support for running inference nodes
  • Implementation:
    • Node registration interface
    • Pricing configuration
    • Model deployment management
    • Earnings tracking

Phase 4: TUI Screen Implementation

New Screens Required:

  1. Node Browser - Discover and compare inference nodes
  2. Wallet Manager - Connect wallet, view balance, manage payments
  3. Inference Studio - Send prompts, manage conversations
  4. Transaction History - Payment history and cost analytics
  5. Node Registration - Register your own inference node
  6. Template Library - Pre-built AI request templates
  7. Settings Enhanced - Infernet-specific configuration

Phase 5: Integration Components

10. Blockchain Integration

  • Smart contract interaction for node registry
  • Wallet API v2 integration
  • X402 payment protocol implementation
  • Base network configuration

11. AI Model Support

  • Llama 3.3 integration
  • Mistral 7B support
  • Stable Diffusion image generation
  • Custom model plugin system

🛠️ Technical Architecture Updates

Current Structure Enhancement:

ein-cli/
├── internal/
│   ├── infernet/          # New: Infernet protocol client
│   ├── wallet/            # New: Wallet integration
│   ├── nodes/             # New: Node discovery & management
│   ├── payments/          # New: X402 payment handling
│   └── templates/         # New: Request templates
├── tui/screens/
│   ├── node_browser.go    # New: Node discovery interface
│   ├── wallet.go          # New: Wallet management
│   ├── inference.go       # New: AI interaction screen
│   ├── history.go         # Enhanced: Transaction history
│   └── node_setup.go      # New: Node provider interface

Configuration Enhancement:

type InfernetConfig struct {
    Wallet      WalletConfig      `json:"wallet"`
    Nodes       NodeConfig        `json:"nodes"`
    Models      ModelPreferences  `json:"models"`
    Payments    PaymentConfig     `json:"payments"`
    Templates   []RequestTemplate `json:"templates"`
}

🎯 MVP Deliverables

Hackathon Demo Flow:

  1. Launch TUI → Main menu shows Infernet options
  2. Connect Wallet → Wallet API v2 integration
  3. Browse Nodes → Discover inference providers
  4. Select Model → Choose llama-3.3 with best price
  5. Send Prompt → “Explain Web3 in simple terms”
  6. Auto Payment → X402 micropayment processed
  7. View Result → AI response displayed
  8. Check History → Transaction and usage analytics

Success Metrics:

  • Successful X402 payments for inference
  • Multi-node price comparison
  • Sub-5-second inference with payment
  • Complete transaction transparency
  • Intuitive TUI navigation

🚀 Implementation Priority

Week 1: Core infrastructure (wallet, nodes, payments) Week 2: TUI screens and user experience
Week 3: Templates, history, and polish Week 4: Demo preparation and testing

This plan transforms the generic API client into a specialized Infernet client that democratizes AI access through decentralized inference and micropayments.

Ver tambien: ein-cli Docs, CLI PRS, project-architecture

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