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This article evaluates server-side code execution tools from major providers and OpenRouter, focusing on their sandboxing capabilities for running Python commands within AI agent workflows. It provides a critical comparison of runtime constraints, isolation levels, and costs, distinguishing when to rely on provider sandboxes versus self-hosted platforms like E2B or Modal for long-running tasks.
Server-Side Code Execution Tools for AI Agents, Compared

A server-side code execution tool runs the model's commands in the provider's sandbox during your API request, so you don't provision or secure a container. OpenAI, Anthropic, and Google run code for their own models. Our openrouter:shell tool runs commands for any model on the Responses and Messages APIs, and our openrouter:bash tool does the same on the Messages API. This article compares the four on runtime, isolation, persistence, and cost, shows a complete request against our sandbox with the output it returned, and describes the jobs that still need a sandbox platform of your own.
Say you’re building an agent that answers questions about a CSV a customer uploaded. The model needs to run Python to get the answer. Where does that code run? One option is to run it yourself. That means a sandbox platform such as E2B or Modal, or your own container on Docker, plus the work of keeping it away from your database and the internet, capping its runtime, and patching the image. A server-side code execution tool is the other option. You add the tool to your API request, the model decides when it needs to run something, and the provider runs the commands in its own sandbox and returns the output to the model inside the same request. A sandbox here means an isolated Linux container with its own filesystem, a time limit, and no network access by default. This article covers four providers that offer server-side code execution today, what each sandbox can and can’t do, what it costs in latency and money, and the jobs that still need a sandbox you operate yourself. A server-side code execution tool runs the model’s commands in the provider’s sandbox during your API request. You don’t provision, patch, or secure a…
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