ix provides sandbox infrastructure for AI agents with git-like branching semantics. Fork and snapshot full environments — databases, files, processes — in 26ms. Every mutation creates a commit, branches point to the tip, and you can diff against any prior state. Idle branches cost almost nothing with memory reclamation and deduplication. Scales to 3 TB RAM, 384 vCPUs, 1 PB storage.
Best for agent capabilities
Useful in agent tasks
Overview
When to use ix
ix is listed for Sandbox, Code Execution workflows. ix provides sandbox infrastructure for AI agents with git-like branching semantics. Fork and snapshot full environments — databases, files, processes — in 26ms. Every mutation creates a commit, branches point to the tip, and you can diff against any prior state. Idle branches cost almost nothing with memory reclamation and deduplication. Scales to 3 TB RAM, 384 vCPUs, 1 PB storage. Consider it when an agent needs this capability through a documented service boundary instead of custom infrastructure maintained inside the application.
In 4agent's task model, the product maps to code execution. That makes it a candidate for workflows that build and deploy software.
Integration checklist
- Access: confirm the api key authentication flow, credential scope, rotation process, and whether calls can be attributed to a user or service identity.
- Client support: official or documented clients are listed for typescript, python, rust, swift.
- Automation: OpenAPI is not currently recorded, MCP is not currently recorded, and CLI support is not currently recorded. Confirm each requirement in the provider's current documentation.
- Operations: test rate limits, timeouts, retry safety, error payloads, logs, data retention, and the current free-tier and paid pricing model with production-like volume.
Sources and verification
Use these primary sources to verify current behavior before making an implementation or purchasing decision. Product capabilities, limits, and prices can change after a 4agent listing is reviewed.