Led by academicians and a team of postdoctoral researchers, we're advancing AI-driven humanoid robots through cutting-edge machine learning and engineering.
Our research pushes the boundaries of AI, creating intelligent systems that enable humanoid robots to learn, adapt, and interact naturally with the world.
Backed by enterprise investment, we translate groundbreaking research into practical humanoid robot solutions that transform industries.
We are a leading AI research company specializing in humanoid robotics, backed by strategic enterprise investment and led by world-renowned academicians.
TCKO AI was founded with a clear mission: to advance the frontiers of humanoid robotics through groundbreaking AI research and engineering excellence. Our vision is to create intelligent robots that augment human capabilities and address some of the world's most pressing challenges.
World-renowned experts
Elite researchers
Strategic backing
Cutting-edge research
We specialize in four key areas of humanoid robotics research and development, pushing the boundaries of what's possible with AI.
Developing advanced humanoid robot platforms with natural movement capabilities, dexterous manipulation, and human-like interaction.
Explore ResearchCreating cutting-edge ML algorithms for robot perception, decision-making, and adaptation to dynamic environments.
Explore ResearchSpecialized tools and methodologies for optimizing robot performance, reliability, and safety through rigorous testing.
Explore ResearchDesigning and implementing new capabilities for humanoid robots, from locomotion to object manipulation and human-robot interaction.
Explore ResearchResearch Papers
Patented Technologies
Team Members
Active Projects
Led by distinguished academicians and composed of top postdoctoral researchers, our team represents the best in AI and robotics research.
Our groundbreaking research projects demonstrate the cutting-edge capabilities of our humanoid robots and AI technologies.
Developing AI-driven locomotion algorithms that enable humanoid robots to adapt to various terrains and environments in real-time.
Creating advanced interaction systems that allow humanoid robots to understand and respond to natural language and gestures.
Advancing robotic hand technology with AI-powered control systems for precise object manipulation and handling.
Developing self-navigation systems for humanoid robots to move safely and efficiently in complex environments.
Backed by leading enterprises and research institutions, we collaborate with industry leaders to advance humanoid robotics.
Series A Lead Investor
Research Collaboration
Strategic Partner
Seed Investor
Academic Partner
Technology Partner
Growth Investor
Research Partner
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