E2B — Secure Environment for AI-Generated Code Execution
Overview
E2B is an open-source infrastructure designed to run AI-generated code securely in isolated sandboxes within the cloud. It offers SDKs for both JavaScript and Python, enabling developers to start and control sandboxes with ease. E2B stands out for its focus on security and the ability to integrate with various AI frameworks and LLMs.
Key Features
- Secure sandbox environment for AI-generated code execution
- JavaScript and Python SDKs for easy integration
- Supports various AI frameworks and LLMs
- Self-hosting capabilities with Terraform deployment
Use Cases
- Enterprises needing to execute untrusted code securely
- Developers integrating AI-generated code into their applications
- Researchers testing AI models in a controlled environment
Advantages
- Enhanced security through isolated execution environments
- Flexibility with support for multiple programming languages and AI frameworks
- Scalability to handle various workloads in the cloud
Limitations / Considerations
- Requires an E2B API key for operation
- Currently supports GCP and AWS, with Azure and general Linux machine support pending
- May have limitations depending on the specific cloud provider's features and restrictions
Similar / Related Projects
- OpenAI Codex: A code-generating AI model, but without the sandbox execution feature.
- Google Cloud Sandbox: Provides a sandbox environment, but not specifically tailored for AI-generated code.
- AWS CodeGuru: Offers code reviews and performance optimization, lacking the sandbox execution aspect.
Basic Information
- GitHub: https://github.com/e2b-dev/E2B
- Stars: 9,597
- License: Unknown
- Last Commit: 2025-10-01
📊 Project Information
- Project Name: E2B
- GitHub URL: https://github.com/e2b-dev/E2B
- Programming Language: MDX
- ⭐ Stars: 9,597
- 🍴 Forks: 669
- 📅 Created: 2023-03-04
- 🔄 Last Updated: 2025-10-01
🏷️ Project Topics
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🔗 Related Resource Links
📚 Documentation
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This article is automatically generated by AI based on GitHub project information and README content analysis