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Mimic x Robotics
At Mimic, we are deeply committed to shaping the future of the robotics industry by creating hyper-realistic animated faces for real-time human-machine interaction. We collaborate with leading robotics companies to develop advanced facial rigging, 3D modeling, and high-fidelity facial animation across both physical and digital platforms. Our expertise enables the creation of some of the most lifelike and expressive humanoid robots in the world.
Mimic has proudly contributed assets to industry pioneers such as Hanson Robotics and Engineered Arts, supporting their development of world-class social robots and next-generation humanoid systems.
AI Robotics Design & Human-Like Interaction Systems
We design advanced AI-driven robotics systems that replicate human-like behavior, emotional intelligence, and natural interaction. Through cognitive modeling, facial animation, expressive motion, and contextual decision-making, we create humanoid robots that respond with realism, clarity, and personality. Our AI robotics design process blends neural networks, behavioral simulation, and conversational logic to ensure every robot feels intuitive, adaptive, and built for real-world human-robot communication.
Digital Twin Robotics for Testing, Training & Simulation
Our digital twin technology creates highly accurate virtual replicas of physical robots, enabling real-time behavioral testing, performance optimization, and safe simulation-based training. These digital twins allow robotics teams to validate mechanics, evaluate interaction scenarios, and refine AI logic long before production. By building and iterating in a simulation-first environment, we reduce development cost, accelerate prototyping, and deliver more consistent, reliable robotic systems for commercial and research applications.
Custom Humanoid Robotics Development & Mechanical Engineering
Mimic Robotics builds complete humanoid robots from concept to prototype, combining 3D modeling, mechanical engineering, motion systems, and physical fabrication. Every robot is designed with precision hardware, robust structures, and expressive surfaces that support natural movement and real-time performance. Our engineering approach emphasizes accuracy, modularity, and scalability, allowing clients to develop humanoid robots for entertainment, education, research, retail experiences, or advanced human-robot interaction studies.
RECENT ROBOTIC PROJECTS
