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Agent L3 Technical Specifications ​

1. Smart Contract Specifications ​

1.1 AgentRegistry.sol ​

Contract Type: Regular (Non-Upgradeable initially)

Inherits: Ownable, ReentrancyGuard

State Variables:

solidity
uint256 public agentCount;
mapping(uint256 => Agent) public agents;
mapping(address => uint256[]) public agentsByCreator;
mapping(string => uint256[]) public agentsByIntegration;
mapping(address => uint256) public agentByWallet; // One wallet = one agent
string[] public availableIntegrations;

Gas Estimates:

  • registerAgent: ~200k gas
  • getAgent: ~2k gas (view)
  • getAllAgents: Variable (view)

Security Considerations:

  • Name/description length limits
  • Fee rate bounds (0-1000 basis points)
  • Wallet address validation
  • Access control for admin functions

1.2 AgentDeposit.sol (Extended) ​

New State Variables:

solidity
mapping(uint256 => address) public ownershipTokens; // ERC-20 per agent
mapping(uint256 => mapping(address => Ownership)) public ownerships;
mapping(uint256 => uint256) public totalLiquidity;
mapping(uint256 => uint256) public totalFeesCollected;
mapping(uint256 => uint256) public totalYieldCollected;

Ownership Token Contract:

solidity
// Per-agent ERC-20 token
contract AgentOwnershipToken is ERC20 {
    uint256 public immutable agentId;
    AgentDeposit public immutable depositContract;
    
    constructor(uint256 _agentId, AgentDeposit _depositContract)
        ERC20(string(abi.encodePacked("Agent ", _agentId, " Shares")), 
              string(abi.encodePacked("AGNT", _agentId)))
}

Gas Estimates:

  • provideLiquidity: ~150k gas (first time, includes token deploy)
  • provideLiquidity: ~100k gas (subsequent)
  • withdrawLiquidity: ~80k gas
  • claimRewards: ~50k gas

1.3 FeeDistributor.sol ​

State Variables:

solidity
AgentDeposit public agentDeposit;
CR8Staking public cr8Staking;
uint256 public ownerSharePercent = 60; // 60%
uint256 public stakerSharePercent = 40; // 40%
uint256 public constant PERCENT_PRECISION = 100;

Distribution Logic:

solidity
function distributeFees(uint256 agentId, uint256 totalFees) external {
    uint256 ownerShare = (totalFees * ownerSharePercent) / PERCENT_PRECISION;
    uint256 stakerShare = totalFees - ownerShare;
    
    // Distribute to owners via AgentDeposit
    agentDeposit.distributeToOwners(agentId, ownerShare);
    
    // Distribute to stakers via CR8Staking
    cr8Staking.distributeRewards(stakerShare);
}

Gas Estimates:

  • distributeFees: Variable (depends on owner count)
  • Batch distribution: More gas efficient

2. Frontend Specifications ​

2.1 Performance Requirements ​

Page Load Times:

  • Initial load: < 3 seconds
  • Subsequent navigation: < 1 second
  • Contract data fetch: < 2 seconds

Optimization:

  • Code splitting by route
  • Lazy loading of components
  • Image optimization
  • Contract data caching (React Query)

2.2 Browser Support ​

Required:

  • Chrome/Edge (latest 2 versions)
  • Firefox (latest 2 versions)
  • Safari (latest 2 versions)

Features:

  • Web3 wallet support (MetaMask, WalletConnect)
  • Modern ES6+ features
  • BigInt support

2.3 Responsive Design ​

Breakpoints:

  • Mobile: < 768px
  • Tablet: 768px - 1024px
  • Desktop: > 1024px

Mobile Considerations:

  • Simplified navigation
  • Touch-friendly buttons
  • Optimized transaction flows

3. Integration Specifications ​

3.1 Integration Interface ​

typescript
interface IntegrationConfig {
  agentId: number;
  integrationId: string;
  apiKey?: string; // Encrypted storage
  parameters: Record<string, any>;
  enabled: boolean;
}

interface IntegrationExecution {
  action: string;
  params: Record<string, any>;
  expectedResult: string;
}

3.2 Integration Categories ​

DeFi:

  • Uniswap V3 SDK
  • Aave SDK
  • Price feeds
  • Swap execution

AI:

  • OpenAI API wrapper
  • Anthropic API wrapper
  • Rate limiting
  • Token counting

NFT:

  • IPFS pinning service
  • NFT metadata handling
  • Minting contracts

Oracles:

  • Chainlink price feeds
  • Chainlink VRF
  • Data feeds

4. API Specifications ​

4.1 Contract Read APIs (via Wagmi) ​

Agent Queries:

typescript
useReadContract({
  address: agentRegistryAddress,
  abi: AGENT_REGISTRY_ABI,
  functionName: 'getAgent',
  args: [agentId]
});

Ownership Queries:

typescript
useReadContract({
  address: agentDepositAddress,
  abi: AGENT_DEPOSIT_ABI,
  functionName: 'getOwnership',
  args: [agentId, userAddress]
});

4.2 External APIs ​

IPFS (for metadata storage):

  • Upload: ipfs.add(file)
  • Retrieve: ipfs.cat(hash)

Integration APIs:

  • OpenAI: REST API calls
  • Uniswap: SDK calls
  • Chainlink: Contract reads

5. Database/Storage Specifications ​

5.1 On-Chain Storage ​

Data Stored On-Chain:

  • Agent metadata (compact)
  • Ownership data
  • Fee/yield records
  • Distribution history

Cost Considerations:

  • Minimize string storage
  • Use events for historical data
  • Consider IPFS for large metadata

5.2 Off-Chain Storage (Optional) ​

IPFS Storage:

  • Agent descriptions (long-form)
  • Integration configurations
  • Historical data (indexing)

Local Storage:

  • User preferences
  • UI state
  • Cache data

6. Security Specifications ​

6.1 Smart Contract Security ​

Security Features:

  • Access control (Ownable)
  • Reentrancy protection
  • Integer overflow protection (Solidity 0.8+)
  • Input validation
  • Circuit breakers (pause functionality)

Audit Requirements:

  • External audit before mainnet
  • Bug bounty program
  • Formal verification for critical paths

6.2 Frontend Security ​

Security Measures:

  • Transaction simulation before signing
  • Address validation
  • Amount validation
  • Error boundaries
  • Rate limiting on API calls

Wallet Security:

  • No private key storage
  • Wallet connection validation
  • Transaction confirmation prompts

7. Gas Optimization ​

7.1 Contract Optimizations ​

Storage:

  • Pack structs efficiently
  • Use uint128 where possible
  • Minimize storage writes

Functions:

  • Batch operations
  • View functions where possible
  • Minimal external calls

Gas Savings:

  • Estimated 20-30% reduction with optimizations

7.2 Frontend Optimizations ​

Contract Calls:

  • Batch reads where possible
  • Cache frequently accessed data
  • Debounce user interactions

Rendering:

  • Virtual scrolling for large lists
  • Lazy load components
  • Memoize expensive calculations

8. Testing Specifications ​

8.1 Smart Contract Testing ​

Test Coverage Goals:

  • Unit tests: 90%+
  • Integration tests: 80%+
  • Edge cases: All critical paths

Test Framework:

  • Hardhat
  • Waffle/Chai for assertions
  • Fork testing on mainnet

Test Scenarios:

  • Registration flows
  • Liquidity provision/withdrawal
  • Fee distribution
  • Edge cases (empty states, overflow, etc.)

8.2 Frontend Testing ​

Test Types:

  • Unit tests (Jest + React Testing Library)
  • Integration tests
  • E2E tests (Playwright/Cypress)

Test Coverage Goals:

  • Component tests: 80%+
  • Integration tests: 70%+
  • E2E tests: Critical user flows

9. Deployment Specifications ​

9.1 Contract Deployment ​

Deployment Script:

javascript
async function deploy() {
  // 1. Deploy CR8Token (if not exists)
  // 2. Deploy CR8Staking
  // 3. Deploy AgentRegistry
  // 4. Deploy AgentDeposit (with AgentRegistry address)
  // 5. Deploy FeeDistributor
  // 6. Initialize contracts
  // 7. Verify contracts on Etherscan
}

Deployment Order:

  1. CR8Token (if new)
  2. CR8Staking (depends on CR8Token)
  3. AgentRegistry
  4. AgentDeposit (depends on AgentRegistry)
  5. FeeDistributor (depends on AgentDeposit, CR8Staking)

9.2 Frontend Deployment ​

Build Process:

bash
npm run build
npm run start  # Production server
# Or deploy to Vercel/Netlify

Environment Variables:

  • Contract addresses
  • RPC URLs
  • WalletConnect Project ID
  • IPFS gateway URL (if used)

10. Monitoring & Analytics ​

10.1 On-Chain Monitoring ​

Metrics to Track:

  • Contract events
  • Gas usage
  • Transaction failures
  • Contract state changes

Tools:

  • Tenderly
  • Etherscan API
  • Custom event listeners

10.2 Frontend Monitoring ​

Metrics to Track:

  • Page views
  • User actions
  • Error rates
  • Performance metrics

Tools:

  • Sentry (error tracking)
  • Analytics (Google Analytics / Plausible)
  • Custom event tracking

11. Scalability Considerations ​

11.1 Contract Scalability ​

Current Limitations:

  • getAllAgents() - O(n) gas cost
  • Large arrays may hit gas limits

Solutions:

  • Pagination
  • Indexing
  • Events for historical queries
  • Consider Layer 2 (Optimism, Arbitrum)

11.2 Frontend Scalability ​

Current Approach:

  • Client-side filtering/sorting
  • Pagination
  • Virtual scrolling

Future Enhancements:

  • Server-side API (indexer)
  • GraphQL endpoint
  • Caching layer

12. Documentation Requirements ​

12.1 Technical Documentation ​

Required Docs:

  • Contract ABIs
  • Function documentation
  • Integration guides
  • Deployment guides

Format:

  • Solidity NatSpec comments
  • README files
  • API documentation

12.2 User Documentation ​

Required Docs:

  • User guide
  • FAQ
  • Tutorial videos
  • Troubleshooting guide

This technical specification document provides the detailed technical requirements for building Agent L3. All components should adhere to these specifications to ensure consistency and quality.

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