Gemini Robotics
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Gemini Robotics
Overview :
Gemini Robotics is an advanced artificial intelligence model from Google DeepMind, designed for robotic applications. Based on the Gemini 2.0 architecture, it fuses vision, language, and action (VLA), enabling robots to perform complex real-world tasks. The importance of this technology lies in its advancement of robots from the laboratory to everyday life and industrial applications, laying the foundation for the future development of intelligent robots. Key advantages of Gemini Robotics include strong generalization capabilities, interactivity, and dexterity, allowing it to adapt to different tasks and environments. Currently, the technology is in the research and development phase, and specific pricing and market positioning have not yet been defined.
Target Users :
Gemini Robotics targets robot manufacturers, research institutions, and businesses. These groups can leverage the model to develop robots with advanced interaction and autonomous operation capabilities for industrial automation, service robotics, medical assistance, and more. It's suitable for scenarios requiring robots to perform diverse tasks in complex environments.
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Use Cases
In a home environment, Gemini Robotics can assist with organizing items and preparing food.
In industrial settings, it can be used for complex assembly tasks on automated production lines.
In the medical field, it can assist with the transfer and operation of surgical instruments.
Features
Strong generalization ability, adaptable to various tasks and new environments
Supports multilingual interaction, understands natural language instructions and responds quickly
Possesses high-precision dexterity, such as origami and precise grasping
Supports various robot morphologies, such as dual-arm robots and humanoid robots
Provides spatial understanding capabilities, enabling 3D object detection and path planning
How to Use
1. Prepare a robot hardware platform that supports Gemini Robotics.
2. Download and install the Gemini Robotics model and related software.
3. Connect the robot hardware to the model and perform initial configuration.
4. Use natural language instructions or a programming interface to give the robot tasks.
5. Observe the robot performing tasks and adjust instructions or model parameters as needed.
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