Ethereum is a decentralized blockchain platform that enables smart contracts and decentralized applications.
Enhance your blockchain operations with AI Agents that can autonomously interact with smart contracts, analyze on-chain data, and automate complex transactions.
Ethereum provides secure, decentralized infrastructure for automated transactions and smart contracts. Relevance AI transforms this into intelligent AI agents that can execute complex blockchain operations, analyze data, and automate decision-making at scale.
Automated Workflow Orchestration
Agents can seamlessly trigger smart contracts based on real-time data inputs.
Enhanced Data Integrity
Immutable records ensure that all transactions are secure and trustworthy.
Cost Efficiency Optimization
Elimination of intermediaries reduces transaction costs significantly.
Relevance AI gives you access to Ethereum's blockchain capabilities and smart contract functionality within your AI agent workflows.
What you’ll need
You don't need to be a developer to set up Ethereum with AI integration. Follow this simple guide to get started:
- An Ethereum wallet and some ETH
- A Relevance AI account with API access
- Authorization (connect via Web3 wallet—no private keys stored)
Security & Reliability
The integration leverages secure OAuth authentication to safely interact with Ethereum blockchain data through the Etherscan API. Relevance AI manages complex API operations and smart contract interactions behind the scenes—handling request formatting, gas optimization, and transaction validation automatically.
Built-in data validation and type checking ensure your blockchain workflows execute reliably, even with varying transaction and contract data structures.
No training on your data
Your data remains private and is never utilized for model training purposes.
Security first
We never store anything we don’t need to. The inputs or outputs of your tools are never stored.
Best Practices for Non-Technical Users
To get the most out of the Ethereum + Relevance AI integration without writing code:
- Use proper authentication: Ensure your Etherscan API key is properly configured and secured.
- Optimize API calls: Batch requests when possible to minimize network overhead and gas costs.
- Handle rate limiting: Respect Etherscan's API rate limits and implement appropriate delays.
- Validate addresses: Always verify Ethereum addresses are correctly formatted before making API calls.
- Monitor responses: Check API response status codes and implement error handling for failed requests.
