And GPT

And GPT is a meta AI automation tool. And-GPT is an early access Android agent that uses GPT-4 to turn a goal into sub-tasks, then opens apps and searches, taps and types to carry them out.

And-GPT is an Android-focused AI agent built on GPT-4 that takes a stated goal and converts it into a sequence of smaller steps. Rather than answering a question in a chat window, it works through the plan by opening apps on the device and operating them on the user's behalf. The homepage frames the product as a Copilot for Android, positioned as one of the first attempts to let a GPT model directly manipulate an Android phone. The mechanics are straightforward in concept. A user describes what they want done, the agent decomposes that goal into sub-tasks, and then decides which app to launch for each stage. From there it handles the interaction itself: searching inside an app, tapping interface elements, and typing text as needed. The user does not script each action in advance; the model chooses the app and the operation for the next step at runtime. This puts And-GPT in the emerging category of device-level task automation, closer to a mobile agent than to a writing or image assistant. It suits Android users who want to hand off multi-step routines that cross app boundaries, and tinkerers curious about how far model-driven OS control has come. Anyone expecting a polished, fully autonomous assistant should treat it as an early access experiment, since the site itself describes the approach as boundary pushing rather than finished. The product is delivered by download, and access is handled through an early access signup form rather than open registration. A Telegram group serves as the community channel. The homepage does not publish pricing tiers, plan limits, or a list of supported apps, so the practical scope of automation is something a prospective user has to establish through early access. Against conventional mobile automation tools that rely on fixed rules and recorded macros, And-GPT's differentiator is model-driven planning, which trades predictability for flexibility.