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AI Agents ​

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Harness the power of AI agents in Civra to build Web3 applications faster and smarter.

What are AI Agents? ​

AI agents in Civra are intelligent assistants that understand Web3 development patterns, blockchain concepts, and smart contract best practices. They help you write code, debug issues, and implement complex features.

Available Agents ​

Code Generation Agent ​

Generates production-ready code for Web3 applications.

Best for:

  • Smart contract creation
  • Frontend components
  • Backend API functions
  • Integration code

Example prompts:

Create an ERC-721 NFT contract with minting functionality

Build a swap interface for token exchange

Add wallet connection to my app

Architecture Agent ​

Helps design application structure and data flow.

Best for:

  • System design
  • Database schema
  • Smart contract architecture
  • Component organization

Example prompts:

Design a DAO governance system architecture

Plan a multi-sig wallet structure

Organize my NFT marketplace components

Debug Agent ​

Identifies and fixes issues in your code.

Best for:

  • Error resolution
  • Gas optimization
  • Security issues
  • Performance problems

Example prompts:

Why is this transaction failing?

Optimize gas usage in my contract

Find security vulnerabilities

Security Agent ​

Focuses on smart contract security and best practices.

Best for:

  • Security audits
  • Access control
  • Input validation
  • Reentrancy protection

Example prompts:

Audit my token contract for vulnerabilities

Add access controls to admin functions

Implement rate limiting

Using AI Agents ​

Basic Usage ​

  1. Open the AI chat panel
  2. Type your request
  3. Review the generated code
  4. Apply changes to your project

Multi-Step Tasks ​

For complex features, break them into steps:

Step 1: Create NFT contract with metadata storage

[Review and apply]

Step 2: Add minting UI with image upload

[Review and apply]

Step 3: Create gallery to display minted NFTs

Iterative Development ​

Refine AI output through conversation:

You: Create a staking contract

AI: [Generates basic staking contract]

You: Add APY calculation and reward distribution

AI: [Enhances contract with requested features]

You: Make rewards claimable weekly

AI: [Adds time-based claim logic]

Best Practices ​

Be Specific ​

❌ "Add a feature" ✅ "Add a claim rewards function that users can call once per week"

Provide Context ​

My NFT contract uses ERC-721A for gas efficiency.
Add a batch minting function that works with this.

Request Explanations ​

Explain how the staking rewards calculation works

Iterate on Solutions ​

Make the UI more responsive on mobile

Add error handling for failed transactions

Use a different color scheme

Advanced Features ​

Code Analysis ​

Analyze my contract for gas optimization opportunities

Review this component for security issues

Suggest improvements to this function

Pattern Recognition ​

The AI learns from your codebase:

Create another component like UserProfile but for NFTs

Integration Help ​

Connect this contract to my existing frontend

Integrate Stripe payments into my NFT marketplace

Agent Modes ​

Chat Mode (Default) ​

Conversational interface for general tasks and questions.

Code Mode ​

Focused on code generation and editing. Shows diffs and allows direct file editing.

Review Mode ​

Analyzes existing code and suggests improvements.

Tips for Success ​

  1. Start broad, then narrow - Begin with high-level requests, add details
  2. Use examples - Reference similar features or apps
  3. Ask for explanations - Understanding helps you maintain code
  4. Iterate freely - Don't hesitate to refine and adjust
  5. Combine agents - Use different agents for different aspects

Common Use Cases ​

NFT Marketplace ​

1. Create ERC-721 contract with royalties
2. Build listing and bidding system
3. Add marketplace UI with MetaMask
4. Implement IPFS for metadata
5. Add admin dashboard

DeFi Protocol ​

1. Design token economics
2. Create staking contract
3. Add liquidity pool
4. Build swap interface
5. Implement governance

DAO Platform ​

1. Create governance token
2. Build proposal system
3. Add voting mechanism
4. Create treasury management
5. Build member dashboard

Limitations ​

  • AI suggestions should be reviewed for security
  • Complex financial logic requires manual audit
  • Generated code is a starting point, not final product
  • Always test thoroughly on testnets

Next Steps ​

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