Poki

Poki is an open source tool that allows AI agents to interact directly with a physical iPhone. By utilizing the iOS accessibility system and native touch synthesis features, Poki lets software agents perform tasks and control apps on a real device without the need for external hardware or jailbreaking. It works by deploying on a Mac (with Xcode installed), turning the computer and connected iPhone into an automation environment for testing, demonstration, or repetitive action workflows.

The solution includes both a standard MCP (Multi-Channel Platform) server for handling communication and an autonomous Poki Agent that can learn and execute user-defined sequences—compiling verified 'runs' into reusable automation routes. Integrations are available for development-oriented interfaces such as Claude Code or Codex, as well as messaging apps like iMessage, with support for Telegram coming soon. Users can trigger and debug tasks from the terminal or over messaging apps, enabling a range of hands-free or scripted operations on the device.

Poki is ideal for technical teams looking to build, test, or automate iOS workflows without breaching device security protocols or relying on emulators. Its open license, transparent development, and multi-lingual support also encourage community contributions and adaptation for specialized use cases.

Poki is intended for software developers, automation engineers, and technical product teams who need to test, demonstrate, or automate actions on actual iPhones.

Companies building or prototyping mobile apps, especially those interested in automating repetitive QA, UX testing, or integration flows, will find it particularly valuable. Poki also serves independent developers and small startups looking for a secure way to programmatically control iOS devices for research, demonstrations, or productivity tools without breaking Apple's security restrictions.

Its integrations with coding tools and messaging apps cater to users who want to initiate device actions remotely, build complex workflows, or prototype voice- and message-driven automations.