Introduction:VibeKit is an open-source SDK that allows developers to safely embed and run AI coding agents (Codex, Claude) within their applications or workflows using secure sandbox environments.
Recorded in:6/9/2025
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VibeKit screenshot

What is VibeKit?

VibeKit is an open-source (MIT licensed) Software Development Kit (SDK) designed for developers and teams who want to integrate powerful AI coding agents like OpenAI's Codex or Anthropic's Claude directly into their applications or internal tools. Its core value proposition lies in providing a secure and private sandbox environment for executing the code generated by these AI models, mitigating security risks. It allows for customization of the execution environment, installation of packages, and supports various sandbox providers (e.g., E2B, Daytona, Modal, Fly.io), making it flexible for different deployment and security needs.

How to use VibeKit

Users interact with VibeKit by installing its SDK via npm (`npm i @vibe-kit/sdk`). Developers then configure the SDK with their chosen AI agent (e.g., Codex) and a compatible sandbox provider. They can use the SDK's methods, such as `generateCode`, to send prompts to the AI agent and receive generated code or answers, with support for streaming output. The SDK itself is open-source and MIT licensed, implying no direct cost for the SDK, but users would likely incur costs from their chosen AI models and sandbox providers.

VibeKit's core features

Secure Sandbox Execution

Private Sandbox Environment

Customizable Environment

Support for Any AI Model (Codex, Claude)

Streaming Agent Output

Code Generation and Q&A Modes

GitHub Integration (work on codebase, create PRs)

Support for Multiple Sandbox Providers (E2B, Daytona, Modal, Fly.io)

Use cases of VibeKit

Internal Tools (support debugging, refactoring, automation, onboarding helpers, CI bots)

App Features (add code generation or code Q&A to products, enable users to scaffold apps, generate components, or explore code)

Prototyping Workflows (scaffold features, generate boilerplate, explore different implementation paths for iterating on ideas)

Integrations (handle common setup tasks like adding analytics, wiring up authentication, or configuring SDKs to skip boilerplate)