exe.dev provides persistent Linux virtual machines and sandboxes for developers and AI agents.

Who should use exe.dev?

It is best for developers and teams that need persistent cloud machines for coding and agent workloads.

What does exe.dev help with?

It supports agent sandboxes, cloud development, long running services, browser workflows, and parallel coding tasks.

How is exe.dev priced?

It offers pool and usage pricing, with Personal at $20 monthly and Team at $25 per user monthly.

What makes exe.dev different?

Its agent environments are real persistent Linux VMs with root, networking, storage, and system services.

What should buyers check?

Check compute, memory, disk, transfer, model, and connected service costs before scaling agent workloads.

exe.dev

Persistent Linux VMs and sandboxes built for developers and AI agents.

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What is exe.dev?

TL;DR

Persistent Linux VM sandboxes
Shelley web coding agent
SSH, HTTPS, root, and system access

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About

exe.dev provides persistent Linux virtual machines designed for developers and AI agents. Instead of offering only short lived code execution containers, it gives agents a real computer with root access, system services, persistent storage, networking, and a public hostname. The platform also includes Shelley, a web based coding agent, while allowing users to run other coding agents such as Claude Code, Codex, and pi inside the same environments. Developers can create sandboxes over SSH or HTTPS, run long lived services, build prototypes, host applications, and give autonomous agents isolated machines where they can install software and keep state between runs. Its sandbox model can be used for parallel agent work, testing, browser automation, and development tasks. Integrations can also attach credentials through a proxy so secrets do not need to enter an agent context. The main differentiator is that exe.dev treats an agent sandbox as a real persistent computer rather than a disposable container. It supports KVM isolated virtual machines, root access, persistent disks, public HTTPS endpoints, cloning, scoped tokens, and secret handling through integrations. Pricing can be pool based or usage based, and model usage through its LLM integration can create additional costs. Buyers should understand compute, storage, transfer, and model billing before scaling many agents. For FutureStack, exe.dev belongs in Developer Tools because its primary buyer intent is providing compute and development environments for agents and developers. It is best for persistent agent sandboxes, cloud development boxes, parallel coding tasks, and workloads that need a real Linux machine.

Use Cases

Persistent agent sandboxes

Give AI coding agents real Linux machines with persistent storage, networking, system services, and root access.

Cloud development

Use persistent remote development boxes for coding, prototypes, services, and workflows that survive local shutdowns.

Parallel agent work

Create isolated environments where multiple agents can work on separate coding or testing tasks simultaneously.

Agent-hosted services

Run long-lived applications, browser workflows, and development services from persistent cloud virtual machines.

Key Features

Persistent Linux VM sandboxes
Shelley web coding agent
SSH, HTTPS, root, and system access
Scoped tokens and secret proxy integrations

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