🚀 UmiAgentKit v3.0 - The Complete AI-Powered Blockchain Toolkit

The World's Most Advanced AI-Driven Blockchain Development Platform Revolutionary Natural Language Blockchain Operations with Server-Based Multisig and advance functionalities to build projects on umi

🌟 Why UmiAgentKit Will Change Everything

Imagine building blockchain applications by simply talking to your computer:

"Create a multisig gaming studio with 7 team members where 4 need to approve transactions"
"Make a token called SuperCoin with 10 million supply"
"Set up an NFT collection for our heroes with 10,000 max supply"
"Check my wallet balance and show me the gas prices"

UmiAgentKit makes this reality. It's the first toolkit that combines:

• 🤖 AI-Powered Natural Language Processing via Groq API
• 🔐 Revolutionary Server-Based Multisig for team coordination
• ⚡ Dual-VM Support (EVM + Move) in one unified platform
• 🎮 Gaming-First Design built for the future of blockchain gaming
• 🪙 lots of inbuilt function you dont have to worry about code just use our fucntion more than 100+ functions available

Discord:https://discord.gg/yBTSduQkBj

🎯 Quick Start - Get Running in 2 Minutes

Step 1: Install

npm install umi-agent-kit

Step 2: Setup

import { UmiAgentKit } from 'umi-agent-kit';

// Initialize with AI and Multisig
const kit = new UmiAgentKit({
  network: 'devnet',
  multisigEnabled: true
});

// Enable AI with your Groq API key
kit.enableAI({
  groqApiKey: 'your-groq-api-key'
});

// Import your main wallet
const mainWallet = kit.importWallet('your-private-key');
kit.setAIContext('defaultWallet', mainWallet.getAddress());

Step 3: Start Building with AI

// Just talk to your blockchain!
await kit.chat("Create a gaming studio called Epic Games with 5 team members");
await kit.chat("Make a token called GameCoin with 1 million supply");
await kit.chat("Check my wallet balance");
await kit.chat("What network am I connected to?");

That's it! You're now using the most advanced blockchain toolkit ever created. 🎉

🤖 AI-Powered Operations - The Future is Here

🧠 Revolutionary AI Engine

UmiAgentKit uses Groq's lightning-fast AI to understand natural language and automatically execute blockchain operations. No more complex APIs - just talk naturally!

🎛️ AI Models Available:

• llama3-70b-8192 - Best overall performance and intelligence
• llama3-8b-8192 - Lightning-fast responses
• mixtral-8x7b-32768 - Massive context window for complex conversations
• gemma-7b-it - Lightweight and efficient

🎨 AI Presets for Every Use Case:

// Quick responses for rapid development
kit.configureAI('quick');

// Detailed explanations for learning
kit.configureAI('conversational');

// Creative gaming-focused assistance
kit.configureAI('development');

// Precise, production-ready responses
kit.configureAI('production');

💬 Natural Language Commands

Your AI assistant understands context and can execute complex blockchain operations:

💰 Wallet Operations:

"Check my wallet balance"
"Create a new wallet for testing"
"Show me all my wallets"
"What's the gas price right now?"
"Transfer 5 ETH to my team wallet"

🏢 Team & Multisig Operations:

"Create a multisig group with 7 people where 4 need to approve"
"Set up a gaming studio called DragonForge with 6 team members"
"Create team wallets for: CEO, developer, artist, marketing"
"Show me all my multisig groups"
"Who are the members of my Epic Team multisig?"

🪙 Token Creation:

"Create a token called GameCoin with 10 million supply"
"Make a reward token called XP with 18 decimals"
"Deploy a utility token for our game economy"

🎨 NFT Operations:

"Create an NFT collection called Epic Heroes with 10,000 max supply"
"Make a weapon NFT collection for our RPG game"
"Set up character NFTs with 0.01 ETH mint price"

🌐 Network Information:

"What network am I connected to?"
"Show me the latest block number"
"What's the current chain ID?"
"Check if the network is healthy"

🧠 Context-Aware AI

The AI remembers your preferences, wallets, and project details:

// Set your project context
kit.setAIContext('projectName', 'Epic RPG Game');
kit.setAIContext('defaultWallet', mainWallet.getAddress());
kit.setAIContext('userRole', 'game-developer');

// AI now understands your project context
await kit.chat("Create tokens for our game economy");
// AI knows you're building "Epic RPG Game" and suggests appropriate tokens

🔄 Conversation Memory

Your AI maintains conversation history for natural follow-ups:

await kit.chat("Create a gaming studio with 5 members");
// AI creates the studio...

await kit.chat("Add 2 more members to that studio");
// AI remembers the previous studio and adds members

await kit.chat("What's the multisig threshold for it?");
// AI knows "it" refers to the studio just created

🔐 Revolutionary Multisig System

🌟 World's First Server-Based Multisig

Traditional multisig requires all team members to be online simultaneously. UmiAgentKit changes everything with server-based coordination:

• ✅ Offline Coordination - Team members can approve when convenient
• ✅ Gaming Studio Templates - Pre-configured roles for game development
• ✅ Proposal Engine - Complete proposal lifecycle management
• ✅ Smart Notifications - Real-time updates for team coordination
• ✅ Role-Based Permissions - Granular access control by team role

🎮 Gaming Studio Multisig

Built specifically for game development teams:

// Create a complete gaming studio in one command
const studio = await kit.createGamingStudioMultisig({
  studioName: "Epic Games Studio",
  teamWallets: {
    ceo: ceoWallet,
    lead_developer: devWallet,
    art_director: artistWallet,
    game_designer: designerWallet,
    marketing_lead: marketingWallet
  }
});

🎯 Predefined Gaming Roles:

• 👑 CEO - Strategic decisions, emergency powers (weight: 3)
• 💻 Lead Developer - Technical implementations, smart contracts (weight: 2)
• 🎨 Art Director - NFT creation, visual assets (weight: 2)
• 🎮 Game Designer - Game mechanics, balance decisions (weight: 2)
• 📢 Marketing Lead - Community engagement, token operations (weight: 1)
• 🏛️ Community Manager - Player rewards, community treasury (weight: 1)

⚙️ Smart Gaming Rules:

const defaultRules = {
  tokenCreation: {
    requiredRoles: ['lead_developer', 'ceo'],
    threshold: 2,
    description: 'Create new game tokens'
  },
  nftCollection: {
    requiredRoles: ['art_director', 'game_designer'],
    threshold: 2,
    description: 'Create NFT collections'
  },
  playerRewards: {
    requiredRoles: ['game_designer'],
    threshold: 1,
    maxAmount: '100',
    description: 'Distribute player rewards'
  },
  emergencyStop: {
    requiredRoles: ['ceo'],
    threshold: 1,
    description: 'Emergency operations'
  }
};

⚔️ Guild Treasury Multisig

Perfect for gaming guilds and DAOs:

const guild = await kit.createGuildMultisig({
  guildName: "DragonSlayers Guild",
  officers: {
    guild_leader: leaderWallet,
    officer1: officer1Wallet,
    officer2: officer2Wallet
  },
  members: {
    member1: member1Wallet,
    member2: member2Wallet,
    member3: member3Wallet
  }
});

📋 Proposal System

Complete proposal lifecycle with automatic execution:

// Propose a token creation
const proposal = await kit.proposeTransaction({
  multisigId: studio.id,
  proposerWalletName: 'lead_developer',
  operation: 'createERC20Token',
  params: {
    name: 'GameCoin',
    symbol: 'GAME',
    initialSupply: 1000000
  },
  description: "Main game currency for player transactions",
  urgency: 'normal'
});

// Team members approve
await kit.approveProposal({
  proposalId: proposal.id,
  approverWalletName: 'ceo',
  decision: 'approve',
  comment: "Approved - good tokenomics"
});

// Automatically executes when threshold is met!

🔔 Smart Notifications

Real-time coordination for distributed teams:

// Configure notifications
const notifications = {
  enableConsole: true,
  enableWebhooks: true,
  webhookUrl: 'https://your-game-backend.com/multisig-webhook',
  enableSlack: true,
  slackWebhook: 'your-slack-webhook-url'
};

Notification Types:

• 📩 New Proposal - When someone creates a proposal
• ✅ Approval Received - When a team member approves
• ❌ Proposal Rejected - When someone rejects
• 🚀 Ready for Execution - When threshold is met
• ⚡ Proposal Executed - When transaction completes
• 📊 Daily Summary - Daily team coordination report

🌐 Complete Function Reference

🤖 AI Functions

kit.enableAI(config)

Enable AI functionality with Groq integration.

const ai = kit.enableAI({
  groqApiKey: 'your-groq-api-key',
  model: 'llama3-70b-8192',        // Optional
  temperature: 0.1,                // Optional
  maxTokens: 8192                  // Optional
});

kit.chat(message)

Main AI interface - talk naturally to your blockchain.

const response = await kit.chat("Create a gaming token with 1M supply");
console.log(response.message);    // AI response
console.log(response.actions);    // Blockchain actions executed

kit.configureAI(preset, customConfig)

Configure AI behavior for different scenarios.

kit.configureAI('gaming');        // Gaming-focused responses
kit.configureAI('production');    // Precise, reliable responses
kit.configureAI('quick');         // Fast, concise responses
kit.configureAI('conversational'); // Detailed explanations

kit.setAIContext(key, value)

Set context for personalized AI responses.

kit.setAIContext('defaultWallet', wallet.getAddress());
kit.setAIContext('projectName', 'Epic RPG Game');
kit.setAIContext('userRole', 'game-developer');

💼 Wallet Functions

kit.createWallet()

Create a new wallet with private key.

const wallet = kit.createWallet();
console.log(wallet.getAddress());     // EVM address
console.log(wallet.getMoveAddress()); // Move address

kit.importWallet(privateKey)

Import existing wallet from private key.

const wallet = kit.importWallet('0x123...');

kit.getBalance(address)

Get ETH balance for any address.

const balance = await kit.getBalance(wallet.getAddress());
console.log(`Balance: ${balance} ETH`);

kit.transfer(params)

Send ETH between wallets.

await kit.transfer({
  from: fromWallet,
  to: '0x742d35Cc6634C0532925a3b844Bc454e4438f44e',
  amount: '1.5'
});

🪙 Token Functions

kit.createERC20Token(params)

Create ERC-20 tokens with real-time compilation.

const token = await kit.createERC20Token({
  deployerWallet: wallet,
  name: 'GameCoin',
  symbol: 'GAME',
  decimals: 18,
  initialSupply: 1000000
});

kit.createMoveToken(params)

Create Move-based tokens.

const moveToken = await kit.createMoveToken({
  deployerWallet: wallet,
  name: 'MoveCoin',
  symbol: 'MOVE',
  decimals: 8
});

kit.transferTokens(params)

Transfer tokens between wallets.

await kit.transferTokens({
  fromWallet: wallet,
  to: '0x742d35Cc6634C0532925a3b844Bc454e4438f44e',
  contractAddress: token.contractAddress,
  amount: '1000'
});

🎨 NFT Functions

kit.createNFTCollection(params)

Create ERC-721 NFT collections.

const collection = await kit.createNFTCollection({
  deployerWallet: wallet,
  name: 'Epic Heroes',
  symbol: 'HERO',
  maxSupply: 10000,
  mintPrice: '0.01',
  baseURI: 'https://api.epicgame.com/heroes/'
});

kit.mintNFT(params)

Mint individual NFTs.

const nft = await kit.mintNFT({
  ownerWallet: wallet,
  contractAddress: collection.contractAddress,
  to: '0x742d35Cc6634C0532925a3b844Bc454e4438f44e',
  tokenId: 1,
  metadataURI: 'https://api.epicgame.com/heroes/1'
});

kit.createMoveNFTCollection(params)

Create Move-based NFT collections.

const moveCollection = await kit.createMoveNFTCollection({
  deployerWallet: wallet,
  name: 'Move Heroes',
  description: 'Epic heroes on Move VM',
  maxSupply: 5000
});

kit.mintMoveNFT(params)

Mint Move NFTs with gaming attributes.

const moveNFT = await kit.mintMoveNFT({
  ownerWallet: wallet,
  moduleAddress: moveCollection.moduleAddress,
  recipient: '0x742d35Cc6634C0532925a3b844Bc454e4438f44e',
  tokenId: 1,
  name: 'Dragon Slayer',
  description: 'Legendary warrior hero',
  imageURI: 'https://api.epicgame.com/heroes/dragon-slayer.png',
  attributes: [
    { trait_type: 'Strength', value: 95 },
    { trait_type: 'Magic', value: 88 },
    { trait_type: 'Speed', value: 77 }
  ],
  level: 1,
  rarity: 'legendary'
});

🎯 ERC1155 Multi-Token System

🎮 Advanced Multi-Token Standard

UmiAgentKit now includes complete ERC1155 support - the ultimate standard for gaming and multi-token applications. Create collections that mix fungible tokens, semi-fungible items, and unique NFTs all in one contract.

🔥 ERC1155 Features:

• Multi-Token Collections - Single contract, multiple token types
• Mixed Fungibility - Combine currencies, items, and unique NFTs
• Batch Operations - Mint, transfer, and burn multiple tokens efficiently
• Gas Optimized - Massive gas savings compared to multiple ERC-20/721 contracts
• Gaming Ready - Perfect for weapons, armor, consumables, and currencies
• Marketplace Compatible - Full OpenSea and marketplace support

💰 ERC1155 Functions

kit.createERC1155Collection(params)

Create a new ERC1155 multi-token collection.

const collection = await kit.createERC1155Collection({
  deployerWallet: wallet,
  name: "Epic Game Items",
  symbol: "EGI",
  baseURI: "https://api.epicgame.com/metadata/",
  owner: wallet.getAddress()
});

console.log(`Collection deployed: ${collection.contractAddress}`);

kit.createERC1155Token(params)

Create a new token type within an existing collection.

// Create a weapon token (semi-fungible)
const weaponToken = await kit.createERC1155Token({
  ownerWallet: wallet,
  contractAddress: collection.contractAddress,
  metadataURI: "https://api.epicgame.com/metadata/sword.json",
  maxSupply: 1000,
  mintPrice: "0.01"  // 0.01 ETH per token
});

console.log(`Weapon token created with ID: ${weaponToken.tokenId}`);

kit.mintERC1155Token(params)

Mint specific amounts of a token type.

// Mint 10 swords to a player
await kit.mintERC1155Token({
  ownerWallet: wallet,
  contractAddress: collection.contractAddress,
  to: playerAddress,
  tokenId: weaponToken.tokenId,
  amount: 10,
  paymentRequired: true  // Player pays mint price
});

kit.batchMintERC1155(params)

Mint multiple different token types in one transaction.

// Mint starter pack: 1 sword, 1 shield, 100 gold coins
await kit.batchMintERC1155({
  ownerWallet: wallet,
  contractAddress: collection.contractAddress,
  to: newPlayerAddress,
  tokenIds: [swordTokenId, shieldTokenId, goldTokenId],
  amounts: [1, 1, 100],
  paymentRequired: true
});

kit.transferERC1155(params)

Transfer tokens between addresses.

// Transfer 5 health potions to another player
await kit.transferERC1155({
  fromWallet: playerWallet,
  contractAddress: collection.contractAddress,
  to: anotherPlayerAddress,
  tokenId: healthPotionTokenId,
  amount: 5
});

kit.batchTransferERC1155(params)

Transfer multiple token types in one transaction.

// Trade: Give 3 swords and 50 gold for rare armor
await kit.batchTransferERC1155({
  fromWallet: playerWallet,
  contractAddress: collection.contractAddress,
  to: traderAddress,
  tokenIds: [swordTokenId, goldTokenId],
  amounts: [3, 50]
});

kit.getERC1155Balance(params)

Check token balance for an address.

// Check how many swords a player owns
const balance = await kit.getERC1155Balance({
  contractAddress: collection.contractAddress,
  address: playerAddress,
  tokenId: swordTokenId
});

console.log(`Player owns ${balance} swords`);

kit.getERC1155BatchBalances(params)

Check multiple token balances at once.

// Check player's inventory
const balances = await kit.getERC1155BatchBalances({
  contractAddress: collection.contractAddress,
  addresses: [playerAddress, playerAddress, playerAddress],
  tokenIds: [swordTokenId, shieldTokenId, goldTokenId]
});

console.log(`Inventory: ${balances[0]} swords, ${balances[1]} shields, ${balances[2]} gold`);

🎮 Gaming Use Cases

Perfect for Game Economies:

// Create a complete game economy in one contract
const gameEconomy = await kit.createERC1155Collection({
  deployerWallet: studioWallet,
  name: "DragonRealm Economy",
  symbol: "DRE",
  baseURI: "https://api.dragonrealm.com/items/"
});

// Create different token types
await kit.createERC1155Token({ /* Gold coins - fungible */ });
await kit.createERC1155Token({ /* Health potions - semi-fungible */ });
await kit.createERC1155Token({ /* Common weapons - semi-fungible */ });
await kit.createERC1155Token({ /* Legendary items - limited supply */ });

Efficient Batch Operations:

// Player purchases starter pack
await kit.batchMintERC1155({
  contractAddress: gameEconomy.contractAddress,
  to: newPlayerAddress,
  tokenIds: [goldId, swordId, potionId, armorId],
  amounts: [1000, 1, 5, 1]  // 1000 gold, 1 sword, 5 potions, 1 armor
});

🚀 AI Integration

Your AI assistant now understands ERC1155 operations:

// Natural language ERC1155 commands
await kit.chat("Create a multi-token collection for my RPG game");
await kit.chat("Add weapon tokens, armor tokens, and gold coins to the collection");
await kit.chat("Mint starter packs with sword, shield, and 100 gold for new players");
await kit.chat("Check player inventory for all token types");

🔐 Multisig Functions

kit.registerMultisigWallets(wallets)

Register wallets for multisig operations.

const walletNames = kit.registerMultisigWallets({
  ceo: ceoWallet,
  developer: devWallet,
  artist: artistWallet
});

kit.createMultisigGroup(params)

Create basic multisig group.

const multisig = await kit.createMultisigGroup({
  name: "Development Team",
  description: "Core team multisig",
  members: [
    { walletName: 'ceo', role: 'ceo', weight: 2 },
    { walletName: 'developer', role: 'developer', weight: 1 },
    { walletName: 'artist', role: 'artist', weight: 1 }
  ],
  threshold: 2,
  rules: {
    tokenCreation: {
      requiredRoles: ['developer', 'ceo'],
      threshold: 2
    }
  }
});

kit.createGamingStudioMultisig(params)

Create gaming studio with predefined roles.

const studio = await kit.createGamingStudioMultisig({
  studioName: "Epic Games Studio",
  teamWallets: {
    ceo: ceoWallet,
    lead_developer: devWallet,
    art_director: artistWallet,
    game_designer: designerWallet
  }
});

kit.proposeTransaction(params)

Propose transaction requiring approval.

const proposal = await kit.proposeTransaction({
  multisigId: studio.id,
  proposerWalletName: 'lead_developer',
  operation: 'createERC20Token',
  params: {
    name: 'GameCoin',
    symbol: 'GAME',
    initialSupply: 1000000
  },
  description: "Main game currency",
  urgency: 'normal'
});

kit.approveProposal(params)

Approve or reject proposals.

await kit.approveProposal({
  proposalId: proposal.id,
  approverWalletName: 'ceo',
  decision: 'approve',
  comment: "Looks good, approved!"
});

🌐 Network Functions

kit.getNetworkInfo()

Get current network information.

const info = kit.getNetworkInfo();
console.log(info.network);        // 'devnet'
console.log(info.chainId);        // 42069
console.log(info.rpcUrl);         // RPC endpoint

kit.getBlockNumber()

Get latest block number.

const blockNumber = await kit.getBlockNumber();

kit.getSummary()

Get comprehensive toolkit summary.

const summary = await kit.getSummary();
console.log(summary.walletCount);
console.log(summary.features);
console.log(summary.ai.enabled);
console.log(summary.multisig.groupCount);

🏗️ Complete Example: Building a Game Economy

Let's build a complete blockchain game economy with AI assistance:

import { UmiAgentKit } from 'umi-agent-kit';

async function buildGameEconomy() {
  // 1. Initialize UmiAgentKit
  const kit = new UmiAgentKit({
    network: 'devnet',
    multisigEnabled: true
  });

  // 2. Enable AI
  kit.enableAI({
    groqApiKey: 'your-groq-api-key'
  });

  // 3. Import your main wallet
  const mainWallet = kit.importWallet('your-private-key');
  kit.setAIContext('defaultWallet', mainWallet.getAddress());
  kit.setAIContext('projectName', 'Epic RPG Game');

  // 4. Create gaming studio with AI
  console.log('🎮 Creating gaming studio...');
  const studioResponse = await kit.chat(
    "Create a gaming studio called 'Epic RPG Studio' with 6 team members"
  );
  console.log(studioResponse.message);

  // 5. Create game tokens with AI
  console.log('🪙 Creating game tokens...');
  const tokenResponse = await kit.chat(
    "Create a game token called 'Gold' with symbol 'GOLD' and 10 million supply"
  );
  console.log(tokenResponse.message);

  // 6. Create hero NFT collection with AI
  console.log('🎨 Creating hero NFTs...');
  const heroResponse = await kit.chat(
    "Create an NFT collection called 'Epic Heroes' with 10000 max supply and 0.01 ETH mint price"
  );
  console.log(heroResponse.message);

  // 7. Create weapon NFT collection
  console.log('⚔️ Creating weapon NFTs...');
  const weaponResponse = await kit.chat(
    "Create a weapon NFT collection called 'Legendary Weapons' with 5000 max supply"
  );
  console.log(weaponResponse.message);

  // 8. Check our progress
  console.log('📊 Checking progress...');
  const summaryResponse = await kit.chat(
    "Show me a summary of everything we've created"
  );
  console.log(summaryResponse.message);

  console.log('🎉 Game economy created successfully!');
}

buildGameEconomy();

Output:

🎮 Creating gaming studio...
✅ Gaming studio "Epic RPG Studio" created with 6 team members and multisig coordination

🪙 Creating game tokens...
✅ Token "Gold" (GOLD) created successfully! Contract: 0xabc123...

🎨 Creating hero NFTs...
✅ NFT collection "Epic Heroes" (HERO) created successfully! Contract: 0xdef456...

⚔️ Creating weapon NFTs...
✅ NFT collection "Legendary Weapons" (WEAPON) created successfully! Contract: 0x789abc...

📊 Checking progress...
✅ Summary: Created 1 gaming studio, 1 token, 2 NFT collections. Ready to launch!

🎉 Game economy created successfully!

🚀 Advanced Use Cases

🏰 Guild Management System

// Create guild treasury
const guild = await kit.chat(
  "Create a guild called 'DragonSlayers' with 3 officers and 10 members"
);

// Propose reward distribution
await kit.chat(
  "Propose distributing 1000 GOLD tokens to top 5 guild members"
);

// Officers approve the proposal
await kit.chat(
  "Approve the reward proposal as guild officer"
);

🎯 Tournament Prize Pool

// Create tournament multisig
await kit.chat(
  "Create a tournament multisig for 'Epic Battle Tournament' with 5 organizers"
);

// Setup prize tokens
await kit.chat(
  "Create prize tokens for the tournament with 100,000 total supply"
);

// Distribute prizes automatically
await kit.chat(
  "Distribute tournament prizes: 1st place 10,000 tokens, 2nd place 5,000 tokens"
);

🏭 Multi-Game Studio

// Create parent studio
await kit.chat(
  "Create a parent gaming studio called 'Epic Games Group' with 10 executives"
);

// Create game-specific teams
await kit.chat(
  "Create a sub-team for 'RPG Project' with 6 developers"
);

await kit.chat(
  "Create a sub-team for 'Racing Game' with 5 developers"
);

// Cross-team token sharing
await kit.chat(
  "Create a shared utility token for all Epic Games Group projects"
);

UmiAgentKit - All New Deployment Functions

🎯 Complete Reference Guide

Core Deployment Functions

1. deployContracts(contractsPath, deployerWallet)

Deploy multiple Move contracts without constructor values.

const contracts = await kit.deployContracts('./contracts/', wallet);
// Returns: { GameToken: {...}, HeroNFT: {...}, Tournament: {...} }

Parameters:

• contractsPath - Path to folder containing .move files
• deployerWallet - UmiWallet object for deployment

Returns: Object with deployed contract details

2. setConstructorValues(contractAddress, constructorArgs, callerWallet)

Initialize contracts after deployment with constructor values.

await kit.setConstructorValues(contracts.GameToken.address, {
  name: 'GameCoin',
  symbol: 'GAME',
  decimals: 8,
  initial_supply: 1000000
}, wallet);

Parameters:

• contractAddress - Deployed contract address (e.g., "0x123::gametoken")
• constructorArgs - Object with initialization parameters
• callerWallet - UmiWallet object for the transaction

Returns: Transaction result with hash

3. deployWithJson(contractsPath, deployerWallet, configFile)

Deploy contracts using JSON configuration file.

// Uses ./contracts/deployment.json
const ecosystem = await kit.deployWithJson('./contracts/', wallet);

// Uses custom config file
const ecosystem = await kit.deployWithJson('./contracts/', wallet, './my-config.json');

Parameters:

• contractsPath - Path to contracts folder
• deployerWallet - UmiWallet object for deployment
• configFile - Optional path to config file (defaults to deployment.json)

Example deployment.json:

{
  "contracts": {
    "GameToken": {
      "file": "GameToken.move",
      "dependencies": [],
      "initArgs": {
        "name": "GameCoin",
        "symbol": "GAME",
        "decimals": 8,
        "initial_supply": 1000000
      }
    },
    "HeroNFT": {
      "file": "HeroNFT.move",
      "dependencies": ["GameToken"],
      "initArgs": {
        "name": "Epic Heroes",
        "game_token": "@GameToken"
      }
    }
  }
}

Returns: Object with deployed ecosystem

4. deployWithConfig(contractsPath, deployerWallet, configObject)

Deploy contracts using JavaScript configuration object.

const ecosystem = await kit.deployWithConfig('./contracts/', wallet, {
  GameToken: {
    name: 'GameCoin',
    symbol: 'GAME',
    decimals: 8,
    initial_supply: 1000000
  },
  HeroNFT: {
    name: 'Epic Heroes',
    symbol: 'HERO',
    game_token: '@GameToken'  // Reference to GameToken
  },
  Tournament: {
    name: 'Epic Tournament',
    entry_fee: 10,
    game_token: '@GameToken',
    hero_nft: '@HeroNFT'
  }
});

Parameters:

• contractsPath - Path to contracts folder
• deployerWallet - UmiWallet object for deployment
• configObject - JavaScript object with contract configurations

Returns: Object with deployed ecosystem

Utility Functions

5. deploySingleContract(contractPath, deployerWallet, constructorArgs)

Deploy a single Move contract file.

const gameToken = await kit.deploySingleContract(
  './contracts/GameToken.move',
  wallet,
  {
    name: 'GameCoin',
    symbol: 'GAME',
    decimals: 8,
    initial_supply: 1000000
  }
);

Parameters:

• contractPath - Path to single .move file
• deployerWallet - UmiWallet object for deployment
• constructorArgs - Optional constructor arguments

Returns: Single deployed contract object

6. getContractFunctions(deployedContract)

Get list of available functions from a deployed contract.

const functions = kit.getContractFunctions(deployedContract);
console.log(functions);
// [
//   { name: 'initialize', type: 'entry', visibility: 'public' },
//   { name: 'mint', type: 'entry', visibility: 'public' },
//   { name: 'get_balance', type: 'view', visibility: 'public' }
// ]

Parameters:

• deployedContract - Contract object from deployment

Returns: Array of function objects with name, type, and visibility

7. callContractFunction(contractAddress, functionName, args, callerWallet)

Call any function on a deployed Move contract.

// Call a minting function
const mintResult = await kit.callContractFunction(
  '0x123::gametoken',
  'mint',
  {
    to: wallet.getAddress(),
    amount: 1000
  },
  wallet
);

// Call a view function
const balanceResult = await kit.callContractFunction(
  '0x123::gametoken',
  'get_balance',
  {
    account: wallet.getAddress()
  },
  wallet
);

Parameters:

• contractAddress - Module address (e.g., "0x123::gametoken")
• functionName - Name of function to call
• args - Object with function arguments
• callerWallet - UmiWallet object for the transaction

Returns: Transaction result with hash and receipt

8. getDeploymentSummary(deployedContracts)

Get summary statistics of deployment results.

const summary = kit.getDeploymentSummary(deployedContracts);
console.log(summary);
// {
//   totalContracts: 3,
//   contracts: {
//     GameToken: {
//       address: "0x123::gametoken",
//       type: "move",
//       initialized: true,
//       txHash: "0xabc..."
//     },
//     HeroNFT: { ... },
//     Tournament: { ... }
//   },
//   totalGasUsed: 0
// }

Parameters:

• deployedContracts - Object with deployed contracts

Returns: Summary object with statistics

9. exportDeploymentResults(deployedContracts, outputPath)

Export deployment results to JSON file for later reference.

await kit.exportDeploymentResults(
  deployedContracts,
  './deployment-results.json'
);

Generated file structure:

{
  "timestamp": "2025-01-07T10:30:00.000Z",
  "network": "devnet",
  "summary": {
    "totalContracts": 3,
    "contracts": { ... }
  },
  "contracts": {
    "GameToken": {
      "address": "0x123::gametoken",
      "txHash": "0xabc...",
      "type": "move",
      "initialized": true
    }
  }
}

Parameters:

• deployedContracts - Object with deployed contracts
• outputPath - File path to save results (default: './deployment-results.json')

Returns: Promise that resolves when file is written

10. validateContracts(contractsPath)

Validate Move contracts before deployment to catch syntax errors.

try {
  await kit.validateContracts('./contracts/');
  console.log('✅ All contracts are valid!');
} catch (error) {
  console.error('❌ Validation failed:', error.message);
}

Parameters:

• contractsPath - Path to contracts folder

Returns: Promise that resolves if valid, rejects if invalid

Validation checks:

• Move syntax validation
• Module declaration presence
• Function structure verification

🎯 Usage Examples

Complete Workflow Example

import { UmiAgentKit } from 'umi-agent-kit';

const kit = new UmiAgentKit({ network: 'devnet' });
const wallet = kit.importWallet(process.env.PRIVATE_KEY);

// Option 1: Deploy now, constructor later
const contracts = await kit.deployContracts('./contracts/', wallet);

await kit.setConstructorValues(contracts.GameToken.address, {
  name: 'GameCoin',
  symbol: 'GAME',
  decimals: 8,
  initial_supply: 1000000
}, wallet);

// Option 2: Deploy with JSON config
const ecosystem = await kit.deployWithJson('./contracts/', wallet);

// Option 3: Deploy with config object
const ecosystem2 = await kit.deployWithConfig('./contracts/', wallet, {
  GameToken: { name: 'GameCoin', symbol: 'GAME' },
  HeroNFT: { name: 'Epic Heroes', gameToken: '@GameToken' }
});

// Call deployed contract functions
const mintResult = await kit.callContractFunction(
  ecosystem.GameToken.address,
  'mint',
  { to: wallet.getAddress(), amount: 1000 },
  wallet
);

// Export results
await kit.exportDeploymentResults(ecosystem, './results.json');

Error Handling Example

try {
  // Validate before deployment
  await kit.validateContracts('./contracts/');

  // Deploy contracts
  const contracts = await kit.deployContracts('./contracts/', wallet);

  // Initialize contracts
  for (const [name, contract] of Object.entries(contracts)) {
    if (!contract.initialized) {
      await kit.setConstructorValues(contract.address, {
        name: `${name}Token`,
        symbol: name.toUpperCase()
      }, wallet);
    }
  }

  console.log('🎉 Deployment successful!');

} catch (error) {
  console.error('💥 Deployment failed:', error.message);

  if (error.message.includes('gas')) {
    console.log('💡 Try increasing gas limit or check wallet balance');
  }

  if (error.message.includes('compilation')) {
    console.log('💡 Check Move contract syntax');
  }
}

📋 Function Categories Summary

🚀 Primary Deployment (3 options)

• deployContracts() - Deploy now, constructor later
• deployWithJson() - Deploy with JSON configuration
• deployWithConfig() - Deploy with JavaScript object

⚙️ Constructor & Initialization

• setConstructorValues() - Initialize contracts after deployment

🔧 Utilities & Management

• deploySingleContract() - Single contract deployment
• getContractFunctions() - Function inspection
• callContractFunction() - Generic function calling
• getDeploymentSummary() - Deployment statistics
• exportDeploymentResults() - Save results to file
• validateContracts() - Pre-deployment validation

Total: 10 comprehensive deployment functions for complete Move contract ecosystem management 🎯

🤖 Simple AI Contract Deployment with UmiAgentKit

Deploy your Move contracts using AI chat interface.

📦 Install

npm install umi-agent-kit

🚀 Basic Setup

import { UmiAgentKit } from 'umi-agent-kit';

// Initialize
const kit = new UmiAgentKit({ network: 'devnet' });

// Enable AI
kit.enableAI({
  groqApiKey: 'your-groq-api-key'
});

// Import wallet
const wallet = kit.importWallet(process.env.PRIVATE_KEY);

💬 Deploy with AI Chat

// Simply chat to deploy contracts
await kit.chat("the default one");
// ✅ Deploys all contracts from your folder

await kit.chat("deploy my contracts");
// ✅ Scans folder and deploys everything

await kit.chat("deploy from ./my-contracts folder");
// ✅ Deploys from specific folder path

await kit.chat("create a gaming token");
// ✅ Creates and deploys a game token

📁 Folder Structure

your-project/
├── contracts/
│   ├── GameToken.move
│   ├── HeroNFT.move
│   └── Tournament.move
└── index.js

🎯 Simple Example

import { UmiAgentKit } from 'umi-agent-kit';

async function main() {
  // Setup
  const kit = new UmiAgentKit({ network: 'devnet' });
  kit.enableAI({ groqApiKey: 'your-groq-key' });
  const wallet = kit.importWallet('your-private-key');

  // Deploy contracts with AI
  const result = await kit.chat("deploy my gaming contracts");

  console.log("Deployed contracts:", result);
}

main();

🎮 What You Can Say

Deploy Commands

• "deploy my contracts"
• "the default one"
• "deploy contracts from ./my-contracts folder"
• "deploy from test-contracts directory"
• "create a gaming token"
• "make an NFT collection"

Check Status

• "check my balance"
• "show my contracts"
• "what network am I on?"

Interact with Contracts

• "send 100 tokens to player1"
• "mint a hero NFT"
• "start tournament"

🎮 Real AI Interaction Example

Based on actual UmiAgentKit deployment:

👤 User: "the default one"

🧠 AI: Analyzing your request...
🔍 AI: Found contracts folder: test-contracts
📁 AI: Scanning contracts: counter, GameToken, HeroNFT
🔄 AI: Resolving dependencies: counter → GameToken → HeroNFT

🚀 AI: Deploying counter contract...
📦 AI: Creating Move contract at address 0xeD328deA266f29ddC604679072Ee4f4F23C165f9
✅ AI: counter deployed! Hash: 0xcf28b0c0c158e24541b6d649c784073c196dbf6a0fa2f977f874788c30df2d07
📍 AI: Contract address: 0x000000000000000000000000eD328deA266f29ddC604679072Ee4f4F23C165f9::counter_token

🪙 AI: Deploying GameToken contract...
📦 AI: Creating gaming token with symbol GAME and 8 decimals
✅ AI: GameToken deployed! Hash: 0x1097eff6d4f472de7a4ea09b58adb9c288b4db066b119d11c1646cdc7e044973
📍 AI: Contract address: 0x000000000000000000000000eD328deA266f29ddC604679072Ee4f4F23C165f9::gametoken_token

🎨 AI: Deploying HeroNFT contract...
📦 AI: Creating NFT collection with symbol HERO
✅ AI: HeroNFT deployed! Hash: 0x6e7a465c1916b1318b2c814b4bd26e243546d663b22f995c69ee66d47ec92139
📍 AI: Contract address: 0x000000000000000000000000eD328deA266f29ddC604679072Ee4f4F23C165f9::heronft_token

🎉 AI: All contracts deployed successfully!
📊 AI: Summary: 3 Move contracts deployed to Umi Network
💡 AI: Next step: Use setConstructorValues() to initialize your contracts
✅ AI: Your gaming ecosystem is ready to use!

💡 Pro Tip: Specify Contract Location

You can tell the AI exactly where your contracts are:

// Deploy from specific folders
await kit.chat("deploy contracts from ./game-contracts folder");
await kit.chat("deploy from test-contracts directory");
await kit.chat("use contracts in ./src/move-contracts/");

// Or just use default (scans current directory)
await kit.chat("deploy my contracts");

✨ That's It!

Just talk to your blockchain and UmiAgentKit handles the rest. No complex APIs needed.

// This simple chat deploys everything
await kit.chat("deploy my gaming ecosystem");

🔐 Multisig Workflow

1. 💡 Developer Proposes
   "Create rare weapon NFT collection"

2. 🔔 Team Notified
   CEO: ✅ Approved - "Great idea!"
   Artist: ✅ Approved - "I'll design the weapons"
   Designer: ⏳ Pending review

3. 🎯 Threshold Met (3/5)
   Auto-execution triggered

4. ⚡ Smart Contract Deployed
   Collection "Legendary Weapons" created
   Contract: 0xdef456...

5. 📊 Team Dashboard Updated
   New collection added to studio assets
   Ready for minting and distribution

🏆 Why UmiAgentKit Dominates

🥇 vs Traditional Blockchain SDKs

| Feature | Traditional SDKs | UmiAgentKit | |---------|------------------|-------------| | Learning Curve | Weeks/Months | Minutes | | Code Complexity | 100+ lines | Natural language | | Team Coordination | Manual processes | AI-powered multisig | | Virtual Machines | Single VM | Dual-VM (EVM + Move) | | Gaming Features | Build from scratch | Built-in templates | | AI Integration | None | Revolutionary |

💎 vs Competitors

Other toolkits: Complex APIs, no AI, limited gaming support UmiAgentKit: AI-first, gaming-optimized, revolutionary multisig

Other multisig: Requires all online, complex setup UmiAgentKit: Server-based, AI-managed, gaming templates

Other AI tools: Limited blockchain integration UmiAgentKit: Complete blockchain operations via AI

🚦 Get Started Now

🎯 For Game Developers

npm install umi-agent-kit

Start building your game economy in minutes, not months.

🏢 For Studios

Perfect for teams needing coordination and governance.

⚔️ For Guilds

Built-in treasury management and member coordination.

🚀 For Innovators

Push the boundaries of what's possible with AI + blockchain.

🌟 The Future is AI + Blockchain

UmiAgentKit isn't just a toolkit - it's a revolution.

For the first time in blockchain history, you can:

• Build complex applications by talking naturally
• Coordinate teams with intelligent multisig systems
• Deploy to multiple virtual machines seamlessly
• Create gaming economies in minutes, not months
• create advance projects and integrate easily with umi using umi-agent-kit functions

Join the thousands of developers already building the future with UmiAgentKit.

🚀 Ready to revolutionize your Umi blockchain development?

npm install umi-agent-kit

The future of Umi blockchain development starts with a simple conversation. 💬✨

🚀 UmiAgentKit Future Plans & Development Roadmap

Building on our revolutionary AI-powered dual-VM blockchain toolkit

🔮 Future Development Plans

MCP Server

UMI-AGENT-KIT is comming up with its seperate MCP server soon

🦀 Rust SDK Integration

Native Rust support for performance-critical applications:

🤖 AI-Powered Rust Operations:

use umi_agent_kit::UmiAgentKit;

#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error>> {
    let kit = UmiAgentKit::new().await?;

    // Natural language operations
    kit.chat("deploy gaming token with 1M supply").await?;
    kit.chat("create legendary weapon NFT collection").await?;
    kit.chat("setup tournament bracket for 64 players").await?;
    kit.chat("distribute rewards to top 10 players").await?;

    Ok(())
}

⚡ Direct API Operations:

use umi_agent_kit::{UmiAgentKit, TokenConfig, NFTConfig};

#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error>> {
    let kit = UmiAgentKit::new().await?;

    // Create wallet
    let wallet = kit.create_wallet().await?;

    // Deploy token
    let token = kit.deploy_token(TokenConfig {
        name: "GameCoin".to_string(),
        symbol: "GMC".to_string(),
        supply: 1_000_000,
        decimals: 18,
    }).await?;

    // Create NFT collection
    let nft = kit.deploy_nft(NFTConfig {
        name: "Epic Heroes".to_string(),
        symbol: "HERO".to_string(),
        max_supply: 10000,
        mint_price: "0.01".to_string(),
    }).await?;

    // Setup multisig
    let multisig = kit.create_multisig({
        name: "Gaming Studio",
        members: vec![wallet.address(), team_wallet.address()],
        threshold: 2,
    }).await?;

    // Transfer operations
    kit.transfer_eth(&wallet, "0x742d35...", "1.5").await?;
    kit.mint_token(&token, &wallet.address(), 1000).await?;
    kit.mint_nft(&nft, &wallet.address()).await?;

    Ok(())
}

🎮 Gaming Server Integration:

use umi_agent_kit::UmiAgentKit;
use tokio::time::{sleep, Duration};

struct GameServer {
    kit: UmiAgentKit,
}

impl GameServer {
    async fn new() -> Self {
        Self {
            kit: UmiAgentKit::new().await.unwrap(),
        }
    }

    // AI-powered game economy management
    async fn manage_economy(&self) {
        self.kit.chat("analyze player spending and adjust token rewards").await;
        self.kit.chat("create weekly tournament with prize pool").await;
        self.kit.chat("distribute guild treasury to active members").await;
    }

    // Direct operations for real-time gaming
    async fn reward_player(&self, player: &str, amount: u64) {
        self.kit.mint_token(&self.game_token, player, amount).await;
    }

    async fn create_tournament(&self, max_players: u32) {
        self.kit.deploy_tournament_contract(max_players).await;
    }

    async fn process_match_result(&self, winner: &str, loser: &str) {
        // Update player stats on-chain
        self.kit.update_player_stats(winner, "wins", 1).await;
        self.kit.mint_nft(&self.achievement_nft, winner).await;
    }
}

🐹 Go SDK Integration

Enterprise-grade Go support for backend systems:

🤖 AI-Powered Go Operations:

package main

import (
    "context"
    "github.com/UmiNetwork/umiagentkit-go"
)

func main() {
    kit, err := umiagentkit.New()
    if err != nil {
        panic(err)
    }

    ctx := context.Background()

    // Natural language blockchain operations
    kit.Chat(ctx, "deploy enterprise gaming ecosystem")
    kit.Chat(ctx, "setup corporate treasury multisig")
    kit.Chat(ctx, "create employee reward token system")
    kit.Chat(ctx, "analyze quarterly token metrics")
}

⚡ Direct API Operations:

package main

import (
    "context"
    "github.com/UmiNetwork/umiagentkit-go"
)

func main() {
    kit, err := umiagentkit.New()
    if err != nil {
        panic(err)
    }

    ctx := context.Background()

    // Create enterprise wallet
    wallet := kit.CreateWallet(ctx)

    // Deploy token
    token, err := kit.DeployToken(ctx, umiagentkit.TokenConfig{
        Name:     "CorporateCoin",
        Symbol:   "CORP",
        Supply:   10000000,
        Decimals: 18,
    })

    // Create NFT collection
    nft, err := kit.DeployNFT(ctx, umiagentkit.NFTConfig{
        Name:      "Employee Badges",
        Symbol:    "BADGE",
        MaxSupply: 50000,
    })

    // Setup corporate multisig
    multisig, err := kit.CreateMultisig(ctx, umiagentkit.MultisigConfig{
        Name:      "Corporate Treasury",
        Members:   []string{ceo, cfo, cto},
        Threshold: 2,
    })

    // Batch operations
    err = kit.BatchTransfer(ctx, token, []umiagentkit.Transfer{
        {To: employee1, Amount: 1000},
        {To: employee2, Amount: 1000},
        {To: employee3, Amount: 1000},
    })
}

🏢 Enterprise Service Integration:

package main

import (
    "github.com/gin-gonic/gin"
    "github.com/UmiNetwork/umiagentkit-go"
)

type CorporateService struct {
    kit *umiagentkit.UmiAgentKit
}

func NewCorporateService() *CorporateService {
    kit, _ := umiagentkit.New()
    return &CorporateService{kit: kit}
}

// AI-powered corporate operations
func (s *CorporateService) ProcessPayroll(c *gin.Context) {
    s.kit.Chat(c, "process monthly payroll for all employees")
    s.kit.Chat(c, "distribute performance bonuses based on KPIs")
    s.kit.Chat(c, "update employee token balances")
}

// Direct API operations for efficiency
func (s *CorporateService) TransferSalary(employeeAddr string, amount uint64) error {
    return s.kit.MintToken(context.Background(), s.salaryToken, employeeAddr, amount)
}

func (s *CorporateService) IssueEmployeeBadge(employeeAddr string, badgeType string) error {
    return s.kit.MintNFT(context.Background(), s.badgeNFT, employeeAddr, badgeType)
}

func (s *CorporateService) CreateDepartmentTreasury(department string, members []string) error {
    return s.kit.CreateMultisig(context.Background(), umiagentkit.MultisigConfig{
        Name:      department + " Treasury",
        Members:   members,
        Threshold: len(members)/2 + 1,
    })
}

🐍 Python SDK Integration

Data science and AI research integration:

🤖 AI-Powered Python Operations:

import asyncio
from umi_agent_kit import UmiAgentKit

async def main():
    kit = UmiAgentKit()

    # Natural language data science operations
    await kit.chat("analyze player behavior and create rewards")
    await kit.chat("optimize token economics using ML")
    await kit.chat("predict best NFT launch timing")
    await kit.chat("create dynamic pricing for marketplace")

if __name__ == "__main__":
    asyncio.run(main())

⚡ Direct API Operations:

import asyncio
from umi_agent_kit import UmiAgentKit, TokenConfig, NFTConfig

async def main():
    kit = UmiAgentKit()

    # Create wallet
    wallet = await kit.create_wallet()

    # Deploy analytics token
    token = await kit.deploy_token(TokenConfig(
        name="DataCoin",
        symbol="DATA",
        supply=1000000,
        decimals=18
    ))

    # Create research NFT collection
    nft = await kit.deploy_nft(NFTConfig(
        name="Research Papers",
        symbol="PAPER",
        max_supply=10000
    ))

    # Setup research multisig
    multisig = await kit.create_multisig({
        'name': 'Research Lab',
        'members': [wallet.address, lab_wallet.address],
        'threshold': 2
    })

    # Data operations
    await kit.transfer_eth(wallet, "0x742d35...", "2.0")
    await kit.mint_token(token, wallet.address, 5000)
    await kit.mint_nft(nft, wallet.address)

if __name__ == "__main__":
    asyncio.run(main())

📊 Data Science Integration:

import pandas as pd
import numpy as np
from umi_agent_kit import UmiAgentKit
from sklearn.ensemble import RandomForestRegressor

class BlockchainDataScience:
    def __init__(self):
        self.kit = UmiAgentKit()

    # AI-powered analytics
    async def analyze_with_ai(self):
        await self.kit.chat("analyze all token transactions from last month")
        await self.kit.chat("predict optimal mint price for new NFT collection")
        await self.kit.chat("suggest tokenomics improvements based on usage data")

    # Direct data operations
    async def get_token_analytics(self, token_address):
        transactions = await self.kit.get_token_transactions(token_address)
        holders = await self.kit.get_token_holders(token_address)

        df = pd.DataFrame(transactions)

        return {
            'total_volume': df['amount'].sum(),
            'unique_holders': len(holders),
            'avg_transaction': df['amount'].mean(),
            'transaction_frequency': len(df) / 30  # per day
        }

    async def predict_nft_price(self, collection_address):
        sales_data = await self.kit.get_nft_sales(collection_address)
        df = pd.DataFrame(sales_data)

        # Feature engineering
        features = self.extract_features(df)

        # ML prediction
        model = RandomForestRegressor()
        model.fit(features[:-1], df['price'][:-1])

        predicted_price = model.predict(features[-1:])
        return predicted_price[0]

    async def optimize_token_distribution(self, token_address):
        holder_data = await self.kit.get_detailed_holder_data(token_address)

        # Analyze distribution patterns
        distribution_analysis = self.analyze_distribution(holder_data)

        # Create optimized distribution strategy
        optimization_plan = self.create_distribution_plan(distribution_analysis)

        return optimization_plan

⚡ Advanced AI Features

Next-generation AI capabilities building on existing system:

🧠 Multi-Agent AI System:

// Multiple AI agents working together
const deployment = await kit.chat("deploy full gaming ecosystem", {
  agents: ['architect', 'security', 'economics', 'frontend']
});

// AI agents collaborate:
// - Architect: Designs contract structure
// - Security: Reviews and validates contracts
// - Economics: Optimizes tokenomics
// - Frontend: Generates UI components

🎯 Predictive Analytics:

// AI predicts and prevents issues
await kit.chat("analyze this token launch and predict success rate");
await kit.chat("suggest optimal mint price for this NFT collection");
await kit.chat("when should we launch this tournament for max participation?");

// Direct analytics API
const prediction = await kit.predictTokenSuccess(tokenConfig);
const optimalPrice = await kit.calculateOptimalMintPrice(nftCollection);
const bestLaunchTime = await kit.analyzeBestLaunchTime(eventType);

🔮 Smart Contract Evolution:

// AI improves contracts over time
await kit.chat("upgrade this contract to be 20% more gas efficient");
await kit.chat("migrate to new standards while preserving state");
await kit.chat("optimize this game economy based on player behavior");

// Direct optimization API
const optimizedContract = await kit.optimizeContract(contractAddress, 'gas');
const migrationPlan = await kit.createMigrationPlan(oldContract, newStandard);
const economyUpdate = await kit.optimizeGameEconomy(gameData);

🌐 Cross-Chain Expansion

Multi-blockchain support:

🤖 AI-Powered Cross-Chain:

// Deploy across multiple chains
await kit.chat("deploy this game on Ethereum, Polygon, and Arbitrum");
await kit.chat("bridge 1000 GameCoins from Ethereum to Polygon");
await kit.chat("sync NFT metadata across all supported chains");

⚡ Direct Cross-Chain API:

// Multi-chain deployment
const deployment = await kit.deployMultiChain({
  contracts: ['GameToken', 'HeroNFT', 'Tournament'],
  chains: ['ethereum', 'polygon', 'arbitrum', 'base'],
  wallet: deployerWallet
});

// Cross-chain asset management
await kit.bridgeTokens({
  from: 'ethereum',
  to: 'polygon',
  token: gameTokenAddress,
  amount: '1000',
  recipient: playerAddress
});

// Sync operations
await kit.syncNFTMetadata(nftCollectionAddress, ['ethereum', 'polygon']);
await kit.syncGameState(gameContractAddress, ['arbitrum', 'base']);

🔗 Supported Networks:

• Ethereum - Full EVM compatibility
• Polygon - Layer 2 scaling solutions
• Arbitrum - Optimistic rollup integration
• Base - Coinbase L2 support
• Sui - Additional Move VM support
• Aptos - Move ecosystem expansion

💰 DeFi Integration & Financial Tools

Comprehensive DeFi support for advanced financial operations:

🤖 AI-Powered DeFi Operations:

// Automated DeFi strategies
await kit.chat("create liquidity pool for GameCoin/ETH pair");
await kit.chat("setup staking contract with 12% APY");
await kit.chat("deploy automated yield farming strategy");
await kit.chat("create lending protocol for gaming assets");
await kit.chat("setup DEX aggregator for best token prices");

⚡ Direct DeFi API Operations:

// Liquidity management
const liquidityPool = await kit.createLiquidityPool({
  tokenA: gameTokenAddress,
  tokenB: ethAddress,
  feeRate: 0.3, // 0.3%
  initialLiquidityA: "10000",
  initialLiquidityB: "5"
});

// Staking systems
const stakingContract = await kit.deployStaking({
  stakingToken: gameTokenAddress,
  rewardToken: rewardTokenAddress,
  rewardRate: "12", // 12% APY
  lockPeriod: 30 * 24 * 60 * 60 // 30 days
});

// Yield farming
const yieldFarm = await kit.createYieldFarm({
  lpToken: liquidityPool.lpToken,
  rewardTokens: [gameToken, bonusToken],
  rewardRates: ["8", "4"], // 8% + 4% APY
  farmDuration: 365 * 24 * 60 * 60 // 1 year
});

// Lending protocols
const lendingPool = await kit.deployLending({
  collateralTokens: [gameToken, nftCollection],
  borrowableTokens: [ethAddress, stablecoinAddress],
  collateralRatio: 150, // 150% overcollateralization
  liquidationThreshold: 120
});

// DEX operations
const dexRouter = await kit.deployDEXRouter({
  supportedTokens: [gameToken, rewardToken, ethAddress],
  feeRecipient: treasuryAddress,
  protocolFee: 0.05 // 0.05%
});

📊 Advanced DeFi Analytics:

// AI-powered DeFi analytics
await kit.chat("analyze liquidity pool performance and suggest optimizations");
await kit.chat("calculate impermanent loss risk for our LP positions");
await kit.chat("find best yield farming opportunities across protocols");

// Direct analytics API
const poolAnalytics = await kit.getLiquidityPoolAnalytics(poolAddress);
const impermanentLoss = await kit.calculateImpermanentLoss(poolAddress, timeframe);
const yieldOpportunities = await kit.findBestYieldFarms(tokenAddress);
const lendingRates = await kit.getOptimalLendingRates([gameToken, ethAddress]);

💻 TypeScript SDK Enhancement

Enhanced TypeScript support with full type safety and advanced features:

🤖 AI-Powered TypeScript Operations:

import { UmiAgentKit } from 'umi-agent-kit';

const kit = new UmiAgentKit();

// Type-safe AI operations
await kit.chat("deploy DeFi protocol with governance token");
await kit.chat("create automated trading bot for our token");
await kit.chat("setup yield farming with multiple reward tokens");
await kit.chat("analyze portfolio performance and rebalance");

⚡ Direct TypeScript API Operations:

import { UmiAgentKit, TokenConfig, DeFiPool, StakingConfig } from 'umi-agent-kit';

interface GameEconomyConfig {
  gameToken: TokenConfig;
  nftCollection: string;
  stakingRewards: number;
  liquidityIncentives: number;
}

class GameEconomyManager {
  constructor(private kit: UmiAgentKit) {}

  async setupGameEconomy(config: GameEconomyConfig): Promise<void> {
    // Deploy core game token
    const gameToken = await this.kit.deployToken({
      name: config.gameToken.name,
      symbol: config.gameToken.symbol,
      supply: config.gameToken.supply,
      decimals: 18
    });

    // Create staking system
    const stakingContract = await this.kit.deployStaking({
      stakingToken: gameToken.address,
      rewardRate: config.stakingRewards,
      lockPeriod: 30 * 24 * 60 * 60 // 30 days
    });

    // Setup liquidity pool
    const liquidityPool = await this.kit.createLiquidityPool({
      tokenA: gameToken.address,
      tokenB: this.kit.config.wethAddress,
      feeRate: 0.3
    });

    // Create yield farming
    const yieldFarm = await this.kit.createYieldFarm({
      lpToken: liquidityPool.lpToken,
      rewardToken: gameToken.address,
      rewardRate: config.liquidityIncentives
    });
  }

  async managePortfolio(portfolioAddress: string): Promise<PortfolioAnalytics> {
    const balances = await this.kit.getPortfolioBalances(portfolioAddress);
    const performance = await this.kit.calculatePortfolioPerformance(portfolioAddress);
    const recommendations = await this.kit.getRebalanceRecommendations(portfolioAddress);

    return {
      totalValue: balances.totalUsdValue,
      performance: performance.roi,
      recommendations: recommendations
    };
  }
}

// Enterprise DeFi operations
interface DeFiProtocolConfig {
  governance: GovernanceConfig;
  lending: LendingConfig;
  dex: DEXConfig;
}

class DeFiProtocolManager {
  constructor(private kit: UmiAgentKit) {}

  async deployProtocol(config: DeFiProtocolConfig): Promise<DeFiProtocol> {
    // Deploy governance token
    const govToken = await this.kit.deployGovernanceToken({
      name: config.governance.tokenName,
      symbol: config.governance.tokenSymbol,
      votingDelay: config.governance.votingDelay,
      votingPeriod: config.governance.votingPeriod
    });

    // Deploy lending pools
    const lendingPools = await Promise.all(
      config.lending.markets.map(market =>
        this.kit.deployLendingPool({
          underlyingAsset: market.asset,
          collateralFactor: market.collateralFactor,
          reserveFactor: market.reserveFactor,
          interestRateStrategy: market.rateStrategy
        })
      )
    );

    // Deploy DEX
    const dexRouter = await this.kit.deployDEXRouter({
      factory: await this.kit.deployDEXFactory(),
      weth: this.kit.config.wethAddress,
      feeRecipient: config.dex.feeRecipient
    });

    return {
      governance: govToken,
      lending: lendingPools,
      dex: dexRouter
    };
  }
}

🎯 Target Developer Communities

🦀 Rust Benefits:

• Performance - Critical for high-frequency trading and DeFi protocols
• Memory Safety - Prevents common blockchain vulnerabilities
• Move Compatibility - Natural fit for Move ecosystem
• DeFi Focus - Perfect for building lending protocols and DEX systems

🐹 Go Benefits:

• Enterprise Systems - Perfect for backend microservices and DeFi infrastructure
• Concurrency - Excellent for handling multiple blockchain operations
• Docker Integration - Seamless containerized deployments
• Financial Services - Ideal for building trading bots and DeFi aggregators

🐍 Python Benefits:

• AI/ML Ecosystem - Massive data science community
• DeFi Analytics - Advanced financial modeling and risk analysis
• Research Tools - Jupyter notebooks, pandas, scikit-learn
• Quantitative Finance - Perfect for algorithmic trading strategies

💻 TypeScript Benefits:

• Full-Stack Development - Frontend and backend integration
• Type Safety - Prevents runtime errors in DeFi operations
• Enterprise Applications - Large-scale financial systems
• Developer Experience - Excellent tooling and IDE support

🚀 Implementation Strategy

Phase Approach:

1. TypeScript Enhancement - Improve existing TS support with DeFi features
2. Rust SDK - Performance-critical DeFi and gaming applications
3. Go SDK - Enterprise backend systems and trading infrastructure
4. Python SDK - AI/ML research and quantitative finance tools

Feature Parity:

Each SDK will support:

• 🤖 AI-Powered Operations - Natural language interface for all features
• ⚡ Direct API Operations - Performance-optimized functions
• 🎮 Gaming Features - Specialized gaming functionality
• 🔐 Multisig Support - Team coordination tools
• 💰 DeFi Integration - Complete financial protocol support

DeFi-First Approach:

All new SDKs will include comprehensive DeFi support:

• Liquidity Pools - Automated market makers and DEX integration
• Staking Systems - Yield generation and governance participation
• Lending Protocols - Borrowing, lending, and collateralization
• Yield Farming - Liquidity mining and reward distribution
• Portfolio Management - Asset tracking and rebalancing tools

Community Driven:

• Open Source - All SDKs will be open source
• Community Contributions - Accept PRs and feature requests
• Documentation - Comprehensive guides for each language
• Examples - Real-world use cases and tutorials

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