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Official websiteTuriX
Product information, use cases, and access for TuriX.
AI agentsAI assistantsGeneral agentsChat assistantsWorkflow automationFree plan
Plans and pricing
- Access
- Free plan
- Paid plans from
- ¥0
- Billing
- Subscription + credits
¥0 /月
¥0
¥79 /月
¥79
¥129 /月
¥129
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What is TuriX?
TuriX is an AI assistant that combines a general-purpose Agent with CUA (Computer Use Agent) for tasks that require both planning and hands-on computer interaction. It is positioned for office work, coding, and web automation, allowing users to describe a goal in natural language while the Agent reasons about the task and CUA reads interface elements, buttons, and input fields to carry out actions across applications.
The product offers conversational and office-oriented interaction for everyday users, while also exposing terminal, code, and model capabilities that developers can use to extend workflows. TuriX is suited to individuals and teams who want to move from a task description to an executed result, with key actions presented for visibility, confirmation, and later review.
Key features of TuriX
Natural-language task planning
Users can describe an intended outcome in natural language, and TuriX uses the Agent to understand, reason about, and plan the work. This helps turn a broad request into an executable direction for people who want to automate tasks without designing the workflow manually.
Cross-application interface control
The CUA component interprets visible interfaces, including buttons and input fields, and performs actions in browsers and other real application interfaces. This makes it useful for web and enterprise-system workflows where a dedicated API is not available.
Chat, office, and coding modes
TuriX presents chat, office, and coding as distinct work modes for different kinds of tasks. They cover conversational assistance and information handling, office planning and organization, and work involving local code repositories and terminal environments, including writing, debugging, running, and continued code repair.
Controlled task execution
During execution, important actions can be made visible to the user and confirmed before proceeding, while the process can also be reviewed afterward. This interaction model fits automation involving files, web pages, or enterprise applications when users need a balance between execution efficiency and operational control.