

UI TARS
Overview :
Developed by ByteDance, UI-TARS is a novel GUI agent model that focuses on seamless interactions with graphical user interfaces through human-like perception, reasoning, and action capabilities. This model integrates key components such as perception, reasoning, positioning, and memory into a single visual language model, enabling end-to-end task automation without predefined workflows or manual rules. Its primary advantages include robust cross-platform interaction capabilities, multi-step task execution, and the ability to learn from both synthetic and real data, making it suitable for a variety of automation scenarios like desktop, mobile, and web environments.
Target Users :
UI-TARS is designed for developers, enterprises, and research institutions that require automated GUI interactions, such as in software testing, office automation, web automation, and intelligent customer service. It helps users reduce manual tasks, enhance work efficiency, and automate complex tasks through powerful reasoning and positioning capabilities.
Use Cases
In software testing, UI-TARS can automatically detect and fix issues in the GUI.
In office automation scenarios, UI-TARS can autonomously handle document processing, data entry, and other tasks.
In web automation, UI-TARS can automatically perform web browsing, form filling, and information extraction.
Features
Unified action framework supporting desktop, mobile, and web environments for cross-platform interaction.
Capable of handling complex tasks through multi-step trajectories and reasoning training.
Enhanced generalization and robustness through large-scale annotated and synthetic datasets.
Real-time interaction capability allowing dynamic monitoring of GUIs and immediate response to changes.
Supports System 1 and System 2 reasoning, combining intuitive responses with advanced planning.
Offers task decomposition and reflection features, supporting multi-step planning and error correction.
Equipped with short-term and long-term memory for situational awareness and decision support.
Provides various evaluation metrics for reasoning and positioning capabilities, outperforming existing models.
How to Use
1. Access [Hugging Face Inference Endpoints](https://huggingface.co/inference-endpoints) or deploy the model locally.
2. Use the provided prompt templates (for mobile or desktop scenarios) to construct input commands.
3. Encode local screenshots in Base64 and send them along with the commands to the model interface.
4. The model returns inference results, including action summaries and specific operations.
5. Execute the actions on the target device as instructed.
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