TrancheVest
  • Introduction
  • 🔎System Architecture Overview
  • 🧱Risk Assessment Agent Framework
    • 💵Risk Assessment Layer
      • 💽Risk Profiling
      • 👾Risk Agents
      • Risk Assessment API
  • 💹Investment Tranche System
    • 🟢Green Tranche
    • 🔵Blue Tranche
    • ⚪Growth Tranche
    • Investment API
  • 💰Staking Pools
    • 🧩 Step 1: Connect Your Wallet
    • 💸 Step 2: Grab Your Test Tokens
    • 🧮 Step 3: Stake Your Tokens
    • 📈 Rewards Dashboard & Dynamic APYs
  • Agent Orchestration Layer (GAME)
    • GAME Framework
    • Agent Hierarchy
    • Decision-Making Logic
  • Financial Layer (GOAT SDK)
    • Investment Tranches
    • Transaction Management
    • Performance Analysis
  • 🦾MCP: Model Context Protocol
    • MCP Functionality
    • MCP Implementation
    • MCP Benefits
  • ACP: Economic Transactions Between Agents
    • ACP Process
    • ACP Use Cases
    • On-chain Records
  • Wallet Infra Layer (Crossmint)
    • Non-custodial Architecture
    • Wallet Security
    • Transaction Signing
  • Integration Layer
    • Smart Contract Interface
    • External Service Connectors
  • 🔐Security Considerations
    • Wallet Security Details
    • User Data Protection
    • Investment Security
  • Monitoring and Maintenance
    • Performance Monitoring
    • Maintenance Procedures
  • Development Roadmap
  • Frequently Asked Questions
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System Architecture Overview

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Last updated 26 days ago

The TrancheVest system consists of five primary layers and two specialized protocols working together:

  1. User Interface Layer: Web application, Twitter, Telegram and Discord interface for user interaction

  2. Risk Assessment Layer: Sentiment analysis and user profiling

  3. Agent Orchestration Layer: GAME framework for agent coordination

  4. Financial Operations Layer: GOAT SDK for investment operations

  5. Wallet Infrastructure Layer: Crossmint for wallet management

  6. MCP: Protocol for agent-LLM communication

  7. ACP: Protocol for economic transactions between agents

This layered architecture provides clear separation of concerns while ensuring seamless integration between components. Each layer has specific responsibilities and leverages specialized technologies to fulfill its role within the broader system.

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