A specialized skill for AI agents to integrate audited OpenZeppelin security patterns and token standards into blockchain projects.
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1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install develop-secure-contracts
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
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Help me install develop-secure-contracts using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
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What is Develop Secure Smart Contracts with OpenZeppelin?
This skill enables AI coding agents to build robust and secure decentralized applications by leveraging the OpenZeppelin Contracts library. It focuses on a library-first approach, ensuring that developers use battle-tested implementations of ERC20, ERC721, and advanced access control systems rather than writing custom, error-prone logic. By incorporating these Openclaw Skills into your workflow, you ensure that your smart contracts adhere to industry best practices across multiple ecosystems including Solidity, Cairo, Stylus, and Stellar.
The skill prioritizes pattern discovery from actual library source code, allowing the agent to understand the specific requirements of the installed dependency version. This methodology guarantees that security updates and architectural changes in the libraries are correctly reflected in the generated or modified code, making it an essential tool for production-grade blockchain development.
Develop Secure Smart Contracts with OpenZeppelin Use Cases
- Implementing standard tokens such as ERC20 for fungible assets or ERC721/ERC1155 for NFTs.
- Adding security primitives like ReentrancyGuard, Pausable, and Ownable to prevent common vulnerabilities.
- Configuring complex governance frameworks, including Governor contracts and timelocks.
- Enabling account abstraction and multisig capabilities using secure account components.
- Upgrading existing contracts with new features through modular library integration using Openclaw Skills.
How Develop Secure Smart Contracts with OpenZeppelin Works
- The agent performs a global search of the project to identify existing contracts and current library dependencies.
- It locates the installed OpenZeppelin source code within the project directory (e.g., node_modules, lib, or cargo cache).
- The agent analyzes the library source and documentation to identify the correct integration patterns, such as required imports, inheritance, and storage variables.
- If MCP generator tools are available, the agent uses them to create comparative baselines to verify the necessary code diffs.
- The agent extracts the minimal set of changes required to satisfy the user's request.
- Finally, it applies the updates directly to the existing contract files using precision editing tools to maintain the user's custom business logic.
Develop Secure Smart Contracts with OpenZeppelin Setup
To utilize this skill effectively within your Openclaw Skills setup, ensure the OpenZeppelin library is installed in your project. For Solidity projects using Hardhat or Foundry, run:
npm install @openzeppelin/contracts
# OR
forge install OpenZeppelin/openzeppelin-contracts
For Cairo (Starknet) or Stylus (Arbitrum) projects, ensure your Scarb.toml or Cargo.toml file includes the appropriate OpenZeppelin dependency. The agent requires read access to these dependency directories to perform source-based pattern discovery.
Develop Secure Smart Contracts with OpenZeppelin Data Schema & Taxonomy
The skill organizes its technical analysis based on the following metadata and file taxonomy:
| Data Category | Target Files | Taxonomy Details |
|---|---|---|
| Source Contracts | .sol, .cairo, .rs |
Analyzed for existing logic and import structures. |
| Dependency Source | node_modules/, lib/, target/ |
Traversed to find library component definitions. |
| MCP Tool Schema | JSON RPC / Tool Definitions | Inspected for available feature toggles like pausable or upgradeable. |
| Documentation | NatSpec, Doc Comments | Parsed to identify virtual functions and integration hooks. |
Develop Secure Smart Contracts with OpenZeppelin Advanced Features
- Library-first decision engine that prevents redundant code by forcing usage of existing audited components.
- Cross-ecosystem support covering Ethereum, Starknet, Arbitrum, and Stellar development environments.
- Automated pattern discovery that adapts to different library versions by reading the local source code directly.
- Integration with MCP generators for generate-compare-apply workflows to ensure high-fidelity code modifications.
- Deep analysis of inheritance trees to resolve conflicts in access control and function overrides.
SKILL.md
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