Magma
M
Magma
Overview :
Magma, developed by Microsoft Research, is a multimodal foundational model designed to enable complex task planning and execution through the combination of vision, language, and action. Pre-trained on large-scale visual-language data, it possesses capabilities in language understanding, spatial intelligence, and action planning, allowing it to excel in tasks such as UI navigation and robot operation. This model provides a powerful foundation framework for multimodal AI agent tasks, with broad application prospects.
Target Users :
Magma is suitable for scenarios requiring multimodal interaction and intelligent agents, such as robot operation, UI automation, and complex task planning. It is particularly well-suited for researchers, developers, and enterprises needing efficient automation solutions.
Total Visits: 934.0K
Top Region: US(19.93%)
Website Views : 56.3K
Use Cases
In UI navigation tasks, Magma can automatically complete operations on websites or mobile applications based on instructions.
In robot operation tasks, Magma can plan robot actions through visual input to complete pick-and-place tasks.
In video question answering tasks, Magma can understand video content and answer related questions.
Features
Supports multimodal inputs, including images, videos, and language.
Enables action planning and execution in visual spaces, such as robot operation.
Achieves efficient action understanding and planning through Set-of-Mark (SoM) and Trace-of-Mark (ToM) technologies.
Demonstrates excellent performance in UI navigation and robot operation tasks, surpassing models specifically designed for these tasks.
Possesses zero-shot learning capabilities, enabling rapid adaptation to unseen tasks.
Supports multimodal understanding, such as video question answering and spatial reasoning.
Allows for few-shot fine-tuning on real robots for reliable performance.
Provides open-source code and models for ease of use by researchers and developers.
How to Use
1. Access the official Magma website or GitHub repository to obtain the model and code.
2. Select the appropriate pre-trained model version based on task requirements.
3. For specific tasks, such as UI navigation or robot operation, fine-tune the model using a small amount of labeled data.
4. In practical applications, pass inputs (such as images, videos, or text instructions) to the model.
5. The model will output action plans or language responses. Execute corresponding actions based on the output.
6. For complex tasks, combine multimodal inputs for zero-shot inference.
7. Leverage the open-source code and model for secondary development or extension to meet specific needs.
AIbase
Empowering the Future, Your AI Solution Knowledge Base
© 2025AIbase