Our Research Focus
At Neura Robotics, we're focused on biomimetic robotics that authentically replicate human movement, sensing, and interaction capabilities.
Biomimetic Design
Developing robotic structures that mimic human musculoskeletal systems for natural movement and flexibility.
Neural Control Systems
Creating control systems inspired by the human nervous system for more adaptive and responsive movement.
Tactile Sensing
Advancing tactile sensing technologies to enable robots to interact physically with their environment with human-like dexterity.
Human-Robot Interaction
Researching natural and intuitive ways for humans and robots to communicate and work together seamlessly.
Materials Science
Exploring new materials and manufacturing techniques to create more lifelike and functional robotic components.
Ethics & Implementation
Studying the ethical implications and societal impact of widespread humanoid robot deployment.
Neoclone Development
Our vision involves developing increasingly advanced androids capable of complex dexterity, social awareness, and adaptive learning. The Neoclone project represents our most ambitious effort to create a truly viable humanoid system.
Join Our Research Program
Neura Robotics offers various ways for researchers, institutions, and industry partners to collaborate with our team on cutting-edge robotics research.
Access to our advanced robotics platforms and technical documentation
Collaboration opportunities with our research team
Early testing of prototype systems and features
Co-publishing research findings and technical papers
Potential funding for promising research directions
Research Publications
Biomimetic Tactile Sensing for Robotic Hand Systems
Chen, A., Williams, M., Rodriguez, S.
Journal of Robotics and Automation, 2024
Real-time Neural Network Control for Dynamic Bipedal Movement
Kim, D., Muller, E., Chen, J.
IEEE Transactions on Robotics, 2023
Novel Composite Materials for Anthropomorphic Joint Mechanisms
Williams, M., Chen, A., Muller, E.
Advanced Materials for Robotics, 2023