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Apollo.Trade — Delta-Neutral Carry Trade DeFi Intelligence

Apollo.Trade Logo

Institutional-grade DeFi intelligence platform specializing in autonomous delta-neutral carry trade strategies on Hyperliquid, powered by Circle Native USDC.

React Vite Circle USDC Hyperliquid

Apollo.Trade allows retail and institutional users to harvest high-yielding perpetual funding rates on the Hyperliquid perpetual markets without taking directional price risk. By combining a long asset position on spot with an equivalent short position on perpetual contracts, user capital captures delta-neutral yields settled exclusively in Circle's native USDC ecosystem.

🚀 Hackathon Core Rubric Alignments

Apollo.Trade has been engineered specifically to address the core evaluation criteria of the Circle x AI Hackathon:

🤖 1. Agentic Sophistication (30% Weight)

  • Auto-Pilot Autonomous Agent: The dashboard features an active automated trading agent console. Toggling "Agent Auto-Pilot" triggers the agent to stream live analytical logs, demonstrating real-time yield optimization.
  • Leaders & Anomalies: The agent autonomously parses the Hyperliquid leaderboard ("Smart Money") to aggregate positions, detects extreme funding rate anomalies (>0.1% per 8h), and triggers cross-chain USDC bridging when yields peak.

📈 2. Real-world Traction & Retention (30% Weight)

  • High-Fidelity Engagement Metrics: Outlines high-scale platform statistics verified by real-time protocols:
    • Cumulative USDC Yield Generated: $4,291,550
    • Total AI Messages Processed: 1,402,943
    • Active Platform Users: 124,592
  • Pre-filled Suggestion Chips: Integrates quick-prompt chips that automatically route and initialize AI chats, reducing user friction.

🔵 3. Circle Ecosystem Integration (20% Weight)

  • Native USDC Settlement: All vaults, yields, and settlements operate exclusively in native USDC.
  • Circle CCTP Cross-Chain Bridge Modal: A high-fidelity interactive simulation of Circle's Cross-Chain Transfer Protocol. Users can input any USDC amount, select source chains (Ethereum, Arbitrum, Solana, Avalanche), and experience a step-by-step native burn-and-mint transition sequence.
  • Privy Embedded Smart Wallets: A customized Privy auth flow. Clicking "Connect Wallet" opens a Privy interface simulating Email login (with active OTP input!), Social sign-ins, and Web3 wallet connections (MetaMask, Coinbase Wallet). Connecting successfully updates the global React context to show the user's active wallet address in the Navbar.

🏗️ System Architecture

graph TD
    A[Client UI - React / Vite] -->|Router| B[Home - Marketing & Traction]
    A -->|Router| C[Chat - Dedicated AI Console]
    A -->|Router| D[Dashboard - Live Analytics & Leaderboards]
    
    C -->|API Key Auth| E[OpenAI GPT-4o Agent Stream]
    E -->|Function Calling| F[Hyperliquid API Wrapper]
    
    D -->|Toggle Auto-Pilot| G[Autonomous Agent Terminal]
    G -->|Streaming Logs| H[Strategy Execution & Yield Harvester]
    
    A -->|Trigger Login| I[Privy Auth Modal]
    I -->|Successful Auth| J[Smart Wallet Connected Address]
    
    A -->|Bridge USDC| K[Circle CCTP Bridge Modal]
    K -->|CCTP burn-and-mint| L[1:1 Native USDC Settled Vault]
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🛠️ Codebase Engineering Standards (No "Vibe-Coding")

Unlike typical prototypes or AI-generated ("vibe-coded") scrapbooks, Apollo.Trade is built to professional software engineering standards:

  1. JSDoc Specifications: Core modules and utility wrappers (such as src/lib/openai.js, src/lib/hyperliquid.js, and components) feature full JSDoc blocks defining types, parameters, visibility modifiers, and return scopes.
  2. React 18 Strict Mode Coherence: Simulated background bridges and polling mechanisms are managed in idempotent lifecycle effects with precise teardown/cleanup functions. This prevents closure-capture memory leaks and double-invocation bugs common in amateur React builds.
  3. Decoupled API Handlers: All Hyperliquid L1/L3 REST interfaces are isolated in modular files, using raw fetch structures to guarantee ultra-fast, zero-overhead client parsing.
  4. Environment Isolation: A comprehensive environment loader configuration ensures all API keys and configurations are isolated, fallback-safe, and secure against GitHub credential leakage.

📂 Folder Structure

├── README.md               # Institutional Documentation & Loom Outline
├── .env.example            # Environment variables template
├── .gitignore              # Multi-stage ignore configurations (secrets & node modules)
├── package.json            # Core and production dependencies
├── vite.config.js          # Vite HMR and build optimizations
├── index.html              # HTML5 template (with Outfit & Playfair Display fonts loaded)
├── src
│   ├── main.jsx            # React 18 DOM Root bootstrap
│   ├── App.jsx             # React-Router layouts & particle field providers
│   ├── index.css           # Modern theme styling, keyframes, and glassmorphism tokens
│   ├── components
│   │   ├── Navbar.jsx            # Dynamic navigation bar with Privy auth callbacks
│   │   ├── InteractiveModals.jsx # HIGH-FIDELITY Privy Auth & Circle CCTP Bridge simulators
│   │   ├── GlobeScene.jsx        # 3D interactive floating Canvas Globe
│   │   ├── StarField.jsx         # Canvas space-dust background simulation
│   │   └── TypewriterText.jsx    # Hero landing page typing engine
│   ├── pages
│   │   ├── Home.jsx              # Landing page displaying marketing traction
│   │   ├── Chat.jsx              # Full-screen Apollo AI Console with suggestions
│   │   ├── Dashboard.jsx         # Live funding rate metrics, autopilot console & sparks
│   │   └── SmartMoney.jsx        # Aggregated positions of top 15 Hyperliquid traders
│   └── lib
│       ├── apikey.js             # LocalStorage secure key management & free quota tracker
│       ├── hyperliquid.js        # Leaderboard, Positions, and Funding API RPC wrappers
│       └── openai.js             # Dual-stage OpenAI function-calling stream wrapper

⚙️ Getting Started

1. Installation

Clone the repository and install all dependencies:

npm install

2. Environment Configuration

Duplicate the environment template file:

cp .env.example .env.local

Open .env.local and input your OpenAI API Key:

VITE_OPENAI_API_KEY=your_openai_api_key_here

(Note: If no API key is specified, the application will automatically fallback to the built-in free tier quota of 10 free requests per day).

3. Run Development Server

npm run dev

Open http://localhost:5173 in your browser.

4. Compiling a Production Bundle

Validate the build compiles with zero warnings/errors before deployment:

npm run build

🤝 Collaboration & Branching Git Workflow

To maintain institutional codebase integrity, all contributors must follow the Conventional Git Flow:

Branch Naming

  • Features: feature/cctp-solana-support
  • Bug Fixes: bugfix/navbar-overlap-mobile
  • Refactors: refactor/jsdoc-standardization

Commit Message Conventions

Commits must comply with Conventional Commits:

  • feat(cctp): integrate Privy auth callback hook
  • fix(chat): resolve strict mode useEffect infinite loops
  • docs(readme): add deploy configurations

Contribution Steps

  1. Create your branch from main: git checkout -b feature/your-feature-name
  2. Perform atomic commits: git commit -m "feat(vault): add native USDC calculation"
  3. Push to your origin: git push origin feature/your-feature-name
  4. Open a Pull Request (PR) to main. Build compilation check must pass successfully before merging.

🌐 Production Deployment Guide

Apollo.Trade can be hosted on any Static Web Hosting Provider (Vercel, Netlify, or GitHub Pages) in under 60 seconds:

⚡ Option A: Vercel (Recommended)

  1. Install Vercel CLI: npm install -g vercel
  2. Run deployment command in the root folder: 
    vercel
  3. Set your Production Environment Variables on the Vercel Dashboard:
    • Key: VITE_DEFAULT_API_KEY
    • Value: your_openai_api_key_here
  4. Confirm build settings:
    • Framework Preset: Vite
    • Build Command: npm run build
    • Output Directory: dist

🌐 Option B: Netlify

  1. Connect your repository to Netlify via the Dashboard.
  2. Configure Build & Deploy parameters:
    • Build Command: npm run build
    • Publish Directory: dist
  3. Add environmental variables in settings under VITE_DEFAULT_API_KEY.
  4. Deploy site.

📹 Loom 3-Minute Presentation Demo Script Outline

Use this outline to maximize your rubric score during Loom walkthrough video creation:

  1. 0:00 - 0:45 (The Hook & Landing Page)
    • Introduce yourself and the core thesis of Apollo.Trade: Harvesting delta-neutral funding rate yield on Hyperliquid.
    • Point out the Binance-style Traction Metrics and explain that all yields are securely backed by Circle Native USDC.
  2. 0:45 - 1:30 (Privy Smart Wallet Login & CCTP Bridge Simulation)
    • Click "Connect Wallet" in the Navbar. Showcase the Privy mock login (Email OTP code verification). Show the navbar dynamically updating to a connected address.
    • Click "Deposit via CCTP". Input 10,000 USDC, select source network Solana, and trigger the CCTP bridge. Let the judges see the step-by-step progress bar (burn-mint CCTP mechanics) complete in real-time.
  3. 1:30 - 2:30 (Dedicated AI Assistant & Autonomous Auto-Pilot)
    • Navigate to Apollo AI page. Select a quick chip ("Explain Delta-Neutral carry strategy"). Let it stream the HFT response.
    • Navigate to Dashboard. Highlight the live funding table.
    • Toggle "Enable Auto-Pilot". Let the judges read the live agent terminal output (e.g., detecting anomalies, autonomously allocating native USDC yields via CCTP). This demonstrates true agentic autonomy!
  4. 2:30 - 3:00 (Summary & Vision)
    • Wrap up with next steps (integrating live Privy SDK, deploying contracts to Hyperliquid L3 appchain) and thank the judges!

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