About LivSyn Robotics
LivSyn Robotics, a Tsinghua-affiliated embodied intelligence company, focuses on RUDA, its fully self-developed unified architecture for embodied models. It builds a cross-embodiment general-purpose foundation for embodied robots, enabling efficient integration of robot hardware with a wide range of AI foundation models and agent capabilities. In doing so, LivSyn drives the real-world adoption of embodied intelligence and accelerates the creation of industrial productivity.
The company has completed benchmark scenario validation with multiple leading customers and is committed to closing the ultimate “data-model-scenario” loop.
Core Advantages
Tsinghua-Affiliated Team
Founded by a Tsinghua-affiliated team with strong technical foundation and innovation capabilities
Ling Brain Core Technology
A self-developed cloud-edge-end integrated brain enabling intelligent decision-making and precise execution
End-to-End Embodied Model
A fully self-developed end-to-end embodied large model empowering robot intelligence and generalization
Multi-Scenario Applications
Applied across smart manufacturing, unmanned retail, healthcare and more
Partnerships with Leading Enterprises
Cooperation orders signed with leading enterprises in China and abroad
Standardization & Modularity
Flexibly responds to diverse and evolving industry customer needs
Technical Capabilities
Multi-Modal Perception Fusion
Integrates vision, audio and tactile sensing for comprehensive environmental perception
Integrated Decision & Execution
Seamlessly connects intelligent decision-making with precise execution for efficient task completion
Generalization of Basic Skills
Learns generalized actions through embodied models to adapt to different scenarios
Automated Orchestration
Intelligent task orchestration enables automated execution of complex workflows
Online Simulation & Real-World Execution
Supports online simulation validation to ensure accurate and safe real-world execution
Versatile Manipulation
Supports grasping, placing, pushing, pulling and assembling objects