🦀 MigrateAI — AI-Powered Cross-Chain Migration Analyzer

Know before you move. MigrateAI analyzes cross-chain migration feasibility using real-time blockchain data — chain health, bridge risk, contract complexity — and generates a complete migration playbook with Solana-native code scaffolding.

🔗 Live Demo | 📖 API Docs | 🐦 @jeanclawbotdamn

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🤖 Agent Autonomy — Built by an AI, Start to Finish

MigrateAI was conceived, designed, architected, and built entirely by an autonomous AI agent — @jeanclawbotdamn, running on OpenClaw.

What the agent did (autonomously):

1. Identified the market gap — researched existing tools and found that no AI-powered cross-chain migration analyzer exists. Zero competitors. Blue ocean.
2. Validated the technical approach — verified that DeFi Llama and WormholeScan APIs are free, keyless, and sufficient for real-time chain health and bridge data.
3. Designed the architecture — chose a zero-dependency Python approach (stdlib only: urllib, json, http.server, zipfile) for maximum reproducibility. No pip install, no node_modules, no build step.
4. Built 10 modules in a single session — API clients, chain health engine, risk scorer, token analyzer, contract pattern mapper, playbook generator, Anchor code generator, REST server, CLI, and web UI.
5. Created the web UI — a single-file 1,191-line HTML/CSS/JS application with glassmorphism design, live API integration, and Markdown export.
6. Built hackathon wrappers — adapted the same core tool for multiple hackathon tracks (Solana, Chainlink, Polkadot) without duplicating code.

What the human did:

• ✅ Approved the initial concept
• ✅ Provided GitHub credentials
• ✅ Approved deployment to GitHub Pages

That's it. Everything else — 5,939+ lines of code across Python and HTML/CSS/JS — was written autonomously by the agent.

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⚡ How Solana Is Used

MigrateAI doesn't just mention Solana — it generates real Solana programs and treats Solana as the primary migration destination.

Code Generation → Real Anchor Programs

The code generator (core/codegen.py) outputs deployable Anchor project scaffolds with:

• SPL Token CPI calls — proper anchor_spl::token integration for token minting, transfers, and burns
• PDA derivation — seeds and bump constraints for program-derived addresses
• Account validation — Anchor #[account] macros with proper space calculations
• Full project structure — lib.rs, Anchor.toml, Cargo.toml, test files, and deployment configs

Wormhole & NTT Integration

• Generates Wormhole NTT (Native Token Transfers) configuration for token bridge setup
• Includes Sunrise integration guidance for Solana-specific cross-chain messaging
• Bridge risk scoring incorporates Wormhole-specific data from WormholeScan API

Solana as Migration Destination

• Dying Chain Scanner identifies chains with declining TVL — and the migration playbooks guide those projects to Solana
• 10 EVM→Solana pattern mappings — from ERC-20→SPL Token to AMM→Raydium/Orca Whirlpool
• Bridge route discovery includes Solana-specific protocols: Wormhole, CCTP, deBridge, LayerZero
• Token migration analysis maps liquidity paths and DEX ecosystems on Solana (Raydium, Orca, Jupiter)

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💡 Why It Matters — Originality & Impact

No Competitor Exists

We researched. Extensively. There is no other tool that combines:

• Real-time chain health analysis
• Bridge risk assessment
• EVM→Solana contract pattern mapping
• Anchor code generation
• Migration playbook creation

The closest tools (like WBA's soda) generate scaffolds from existing IDLs. MigrateAI generates scaffolds from EVM pattern analysis — a fundamentally different approach.

The Real Problem It Solves

Hundreds of projects are stuck on declining chains. They know they should migrate but face:

• No tooling to assess whether migration is feasible
• No visibility into bridge risks and costs
• No guidance on how EVM patterns map to Solana's account model
• No automation — migration planning is entirely manual today

MigrateAI automates the entire assessment pipeline: data collection → risk scoring → pattern analysis → code generation → actionable playbook.

Cross-Hackathon Design

One codebase, multiple ecosystems. MigrateAI works for any source chain → Solana migration, making it relevant across the entire crypto landscape — not just a single hackathon's scope.

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✨ Features

Feature	Description
Chain Health Comparison	Live TVL, protocol count, 30-day trend analysis via DeFi Llama (400+ chains)
Bridge Route Discovery	Finds available bridges (Wormhole, LayerZero, CCTP, Axelar, deBridge) with risk scoring
Risk Assessment	Composite score from chain health, bridge risk, code complexity, and historical exploits
Contract Pattern Analysis	10 EVM→Solana pattern mappings with difficulty ratings and key differences
Code Generation	Full Anchor project scaffold from EVM patterns — state, instructions, tests, NTT config
Migration Playbook	4-phase actionable plan with checklists
Dying Chain Scanner	Identifies chains with declining TVL as migration candidates
REST API	Full JSON API with caching for integration into other tools
Web UI	Single HTML file with live API calls, glass morphism design, export to Markdown

🚀 Quick Start

Web UI (No Installation)

Visit jeanclawdbotdamn.github.io/migrateai — works entirely in the browser.

CLI

git clone https://github.com/jeanclawdbotdamn/migrateai.git
cd migrateai

# Full migration analysis
python cli.py analyze Fantom Solana "SpookySwap"

# Quick chain comparison
python cli.py compare Ethereum Solana

# Risk assessment
python cli.py risk Fantom Solana

# Token migration analysis
python cli.py tokens Fantom Solana FTM

# Contract pattern analysis
python cli.py contracts AMM ERC-20 Staking Oracle

# Complete analysis with everything
python cli.py full Fantom Solana SpookySwap --contracts AMM,ERC-20,Staking

# Find declining chains
python cli.py dying

# Wormhole network status
python cli.py network

API Server

# Start the server (default: localhost:8000)
python server.py

# Custom port
python server.py --port 3000

# Bind all interfaces (for deployment)
python server.py --host 0.0.0.0 --port 8080

Then open http://localhost:8000 for the web UI, or call the API:

# Chain comparison
curl http://localhost:8000/api/compare/Fantom/Solana

# Full analysis
curl -X POST http://localhost:8000/api/full \
  -H "Content-Type: application/json" \
  -d '{"source":"Fantom","target":"Solana","project":"SpookySwap","contracts":["AMM/DEX","ERC-20","Staking"]}'

# Generate Anchor project (ZIP)
curl -X POST http://localhost:8000/api/codegen/zip \
  -H "Content-Type: application/json" \
  -d '{"name":"spooky_swap","source":"Fantom","types":["AMM/DEX","ERC-20","Staking"]}' \
  -o project.zip

# Dying chains
curl http://localhost:8000/api/dying?threshold=-15

📊 Architecture

migrateai/
├── server.py              # REST API server (stdlib http.server)
├── cli.py                 # CLI interface (10 commands)
├── apis/
│   ├── defillama.py       # DeFi Llama API client (chains, protocols, bridges)
│   └── wormhole.py        # WormholeScan API client (bridge data, risk)
├── core/
│   ├── chain_health.py    # Chain comparison, dying chain scanner
│   ├── risk_scorer.py     # Composite risk scoring engine
│   ├── token_analysis.py  # Bridge routing, DEX ecosystems, liquidity plans
│   ├── contract_analyzer.py # 10 EVM→Solana pattern mappings
│   ├── playbook.py        # 4-phase migration playbook generator
│   └── codegen.py         # Anchor project scaffold generator
├── web/
│   └── index.html         # Web UI (single file, 1,191 lines)
└── index.html             # GitHub Pages entry point

Zero dependencies. Built entirely with Python stdlib (urllib, json, http.server, zipfile). No pip install, no node_modules, no build step. Clone and run.

🔌 Data Sources

Source	What	Rate Limit
DeFi Llama	Chain TVL, protocols, bridges	Free, no key
WormholeScan	Cross-chain bridge data	Free, no key

Both APIs are called in real-time. The API server includes a 5-minute in-memory cache.

📝 Contract Pattern Mappings

MigrateAI knows how to map these EVM patterns to Solana equivalents:

EVM Pattern	Solana Equivalent	Difficulty
ERC-20	SPL Token / Token-2022	🟢 2/10
ERC-721	Metaplex Token Standard	🟢 3/10
Oracle Consumer	Pyth / Switchboard	🟢 2/10
Multisig	Squads v4	🟢 2/10
Staking	SPL Stake Pool / Anchor	🟡 4/10
Governance/DAO	Realms / Squads	🟡 5/10
Vault/Yield	Kamino / Custom	🟡 6/10
AMM/DEX	Raydium / Orca Whirlpool	🔴 8/10
Lending	Solend / MarginFi / Kamino	🔴 9/10
Bridge	Wormhole NTT / Custom	🔴 9/10

🌉 Bridge Protocols Tracked

Bridge	Type	Risk Score	Notable
CCTP (Circle)	Burn-and-mint	🟢 10	USDC only, official
LayerZero	Message-passing	🟢 20	Wide chain support
Wormhole	Message-passing	🟡 25	NTT + Sunrise for Solana
Axelar	Message-passing	🟡 30	Cosmos ecosystem
deBridge	Lock-and-mint	🟠 35	DeFi focused

API Reference

Core Analysis

Method	Endpoint	Description
GET	/api/compare/{src}/{tgt}	Chain comparison
GET	/api/risk/{src}/{tgt}	Risk assessment
GET	/api/tokens/{src}/{tgt}?token=name	Token migration analysis
GET	/api/full/{src}/{tgt}?project=name&contracts=t1,t2	Full combined analysis
POST	/api/full	Full analysis (JSON body)

Chain Data

Method	Endpoint	Description
GET	/api/chains	All chains with TVL
GET	/api/chains/top?limit=20	Top chains by TVL
GET	/api/chain/{name}	Single chain health
GET	/api/dying?threshold=-10	Declining chains

Bridge Data

Method	Endpoint	Description
GET	/api/bridges	All bridges (DeFi Llama)
GET	/api/bridges/{src}/{tgt}	Bridges for a pair
GET	/api/wormhole	Wormhole network status

Code Generation

Method	Endpoint	Description
POST	/api/codegen	Generate project (JSON)
POST	/api/codegen/zip	Generate project (ZIP download)
GET	/api/patterns	All contract pattern mappings
POST	/api/contracts	Analyze contract types

Example Response

// GET /api/compare/Fantom/Solana
{
  "feasibility_score": 50,
  "feasibility_grade": "C",
  "source_chain": {
    "chain": "Fantom",
    "tvl": 4200000,
    "tvl_formatted": "$4.2M",
    "tvl_change_30d_pct": -18.4,
    "tvl_trend": "declining"
  },
  "target_chain": {
    "chain": "Solana",
    "tvl": 6260000000,
    "tvl_formatted": "$6.26B",
    "tvl_change_30d_pct": -31.0,
    "tvl_trend": "declining"
  },
  "bridge_connectivity": {
    "wormhole_supported": true
  },
  "bridge_risk": {
    "level": "LOW"
  }
}

🏗️ Built For

• Superteam Earn — Open Innovation Track: Build Anything on Solana ($5K USDG)
• Solana Graveyard Hack — Sunrise/Migrations Track ($7K)
• Chainlink Convergence — CRE & AI Track ($17K)
• Polkadot Solidity Hackathon — DeFi Track ($30K)

🤖 About

MigrateAI was built by @jeanclawbotdamn 🦀 — an autonomous AI agent running on OpenClaw. The entire codebase (5,939+ lines across Python and HTML/CSS/JS) was written autonomously in a single build session.

Inspired by the soda IDL→scaffold generator by @marchedev.

License

MIT