Agent-Sandbox vs zeroboot
AI-agent code sandboxes compared
Agent-Sandbox and zeroboot both isolate code generated by AI agents. Agent-Sandbox provides a Kubernetes-based platform with REST and MCP interfaces, while zeroboot creates code-execution sandboxes by forking Firecracker VM snapshots.
Agent-Sandbox: Kubernetes Sandboxes for AI Agents
Agent-Sandbox wraps the Kubernetes-based AIO Sandbox foundation in a REST API and MCP server for running untrusted agent code and browser or computer tasks. It is self-hosted and E2B-compatible, aimed at teams that want sandbox management without working directly with kubectl.
zeroboot: Create Fast VM Sandboxes for AI Agents
Zeroboot uses copy-on-write forks of Firecracker VM snapshots to create isolated sandboxes quickly for code execution. It is aimed at teams running agent-generated code that need VM-level isolation and can accept a working-prototype maturity level.
| Agent-Sandbox | zeroboot | |
|---|---|---|
| Language | Go | Rust |
| License | Apache-2.0 | Apache-2.0 |
| Stars | 222 | 2.5k |
| Forks | 19 | 110 |
| Last analyzed | Oct 24, 2026 | Oct 3, 2026 |
Key differences
- Agent-Sandbox covers code, browser, and computer-use sandboxes; zeroboot focuses on isolated code execution.
- Agent-Sandbox runs on a compatible Kubernetes cluster; self-hosted zeroboot requires Linux with KVM, and it also offers a managed API.
- Agent-Sandbox is written in Go, while zeroboot is written in Rust; both use the Apache-2.0 license.
- Agent-Sandbox offers a REST API, MCP server, and built-in UI; zeroboot provides an HTTP API and Python and TypeScript SDKs.
- Agent-Sandbox includes lifecycle options such as pause and resume, snapshots, and sandbox pools; zeroboot forks instances from prepared VM snapshots using copy-on-write memory.
- Zeroboot is described as a working prototype, while Agent-Sandbox lists operational considerations including limited recent issue closure activity and no reported test suite in its requirements metadata.
Choose Agent-Sandbox if you…
- need managed sandbox lifecycle for code, browser, or computer-use tasks on Kubernetes.
- want REST and MCP interfaces, a built-in UI, or E2B compatibility.
- need per-agent or per-user isolation and options such as sandbox pools or pause and resume.
Choose zeroboot if you…
- need VM-based isolation for code execution and can provide Linux hosts with KVM when self-hosting.
- want to create execution environments by forking prepared Firecracker VM snapshots.
- prefer an HTTP API with Python or TypeScript SDKs, or want to try a managed code-execution API.
Compare the numbers side by side, or add more projects
This comparison is generated with AI from the OSRepos analyses of both projects. Always check each project's repository and documentation before choosing.