Hopx - Safe Environments for AI Agents

Hopx provides secure sandboxes for running untrusted code safely, utilizing isolated Linux micro-VMs that can be spun up in milliseconds. It offers unlimited runtime and supports various programming languages through SDKs for Python, JavaScript, Go, .NET, Java, and PHP. The platform emphasizes security, speed, and stability, making it ideal for AI agents and other applications requiring safe execution of code.

1. Blazing-Fast Startup

   Sandboxes launch from prebuilt snapshots, allowing for cold starts in approximately 100 milliseconds, significantly faster than traditional methods.

2. Isolated Execution

   Utilizing Firecracker microVMs, Hopx provides hardware-level security and kernel isolation, ensuring that code execution is secure and isolated from the host system.

3. Unlimited Runtime

   Users can run processes continuously without execution time limits, making it suitable for long-running jobs and persistent state requirements.

4. Simple SDK Integration

   The SDK allows easy connection to sandboxes with clean APIs, enabling users to execute code in their preferred programming languages and capture output effectively.

5. Real-Time Output Streaming

   Users can stream the output of code execution in real-time via WebSocket, enhancing the interactivity of applications.

6. File Operations

   Full filesystem access allows users to upload, download, and manage files within the sandbox environment.

7. Desktop Automation

   The platform supports desktop automation, enabling users to control GUI interactions and automate tasks within desktop environments.

1. Visit the Hopx website and sign up for an account.
2. Install the Hopx SDK using the command: npm install @hopx-ai/sdk.
3. Create a sandbox by importing the SDK and using the Sandbox.create() method.
4. Execute your code using the sandbox.runCode() method and capture the output.
5. Remember to clean up by calling sandbox.kill() after your operations are complete.

What is Hopx?

Hopx is a platform that provides secure sandboxes for executing untrusted code in isolated micro-VMs, designed for various applications including AI agents and data analysis.

How does Hopx ensure security?

Hopx uses Firecracker microVMs that provide hardware-level security and kernel isolation, which is more secure than traditional containers or serverless functions.

Can I run long-running jobs on Hopx?

Yes, Hopx allows for continuous execution of jobs without artificial time limits, making it suitable for tasks that require extended runtime.

What programming languages does Hopx support?

Hopx supports multiple programming languages, including Python, JavaScript, Go, .NET, Java, and PHP, allowing users to work in their preferred language.

How do I get started with Hopx?

To get started, visit the Hopx website, sign up for an account, and explore the SDK documentation for integration and usage instructions.

Pricing information is not explicitly provided on the website. Users are encouraged to visit the official site for the most accurate and up-to-date pricing details.

1. Hopx excels in providing a fast and secure environment for executing untrusted code, making it a valuable tool for developers and researchers alike.
2. The platform's ability to support multiple programming languages and real-time output streaming enhances its usability for various applications.
3. However, the complexity of managing isolated environments may pose a challenge for less experienced users, requiring a learning curve to fully utilize its capabilities.
4. Overall, Hopx is a powerful solution for running AI agents and other applications, but potential users should consider their familiarity with sandbox environments and coding practices before diving in.