ⓘ “The Global Leader in Social Humanoid Robotics” / “Engineering the world’s most advanced social humanoid robots.”

Engineered Arts develops and builds humanoid robots for social interaction, entertainment, education, research, events, and public installations. The flagship Ameca is a full-scale, interactive, and programmable humanoid robot equipped with cameras, microphones, speakers, and 61 degrees of freedom. All current robots are operated via the Tritium software platform. Engineered Arts

Target audience

Engineered Arts is primarily aimed at organizations that wish to use humanoid robots as a visible, interactive interface between humans and AI. Typical target groups include museums, science centers, research institutes, universities, corporate innovation labs, trade show organizers, brand and event agencies, leisure attractions, visitor centers, and companies with a high demand for spectacular customer interaction. Due to hardware requirements, security standards, installation complexity, and data protection obligations, the solution is suitable for private individuals or traditional office users only in exceptional cases.

Outstanding features

Engineered Arts’ greatest strength lies in its combination of lifelike humanoid design, expressive facial expressions, audiovisual dialogue, and a proprietary control platform. Ameca offers 61 degrees of freedom, cameras, microphones, and speakers for direct human-robot interaction. The Tritium platform combines the Robot Operating System, browser-based operation, and cloud services; according to the manufacturer, Tritium AI supports speaking, listening, translating, and generative responses via integrated AI technologies.

Ameca, developed by Engineered Arts, is considered an advanced platform for humanoid robotics, artificial intelligence, and natural human-robot interaction. The humanoid robot was designed for research, development, events, education, and high-impact public demonstrations. With 61 degrees of freedom, Ameca produces exceptionally fluid head, arm, hand, and facial movements. Movable eyebrows, eyes, cheeks, and mouth allow for expressive, human-like communication. Cameras, microphones, spatial audio capture, and the Tritium software platform support environmental perception as well as the integration of external AI and language models. Ameca can hold conversations, respond to people, and convey content clearly. Safety features such as emergency stop switches and LiDAR sensors support controlled operation in various environments. The modular design facilitates maintenance, further development, and customer-specific customizations. Developers can test new applications, dialogue systems, and interactive scenarios with a high degree of flexibility and integrate them into existing presentation or research environments. This makes Ameca particularly well-suited as a modern research robot, demonstration platform, digital brand ambassador, and interactive humanoid robot for innovative projects.

Mesmer by Engineered Arts is a highly realistic humanoid robot designed for entertainment, presentations, exhibitions, and interactive brand experiences. Its human-like facial expressions, precise movements, and customizable appearance make it a striking eye-catcher at trade shows, in museums, amusement parks, or interactive experiences. With 61 degrees of freedom, Mesmer can perform natural facial movements, postures, and gestures. A preconfigured animation library offers more than 70 realistic facial expressions, poses, and motion sequences. Via microphones, spatial audio capture, and the Tritium software platform, the robot can be connected to voice systems and AI applications. This allows Mesmer to address visitors, answer questions, and react to its surroundings. Its external appearance can be customized to resemble specific people, characters, or brands. Operators can specifically configure movements, dialogues, and presentation sequences to develop recognizable scenarios for different target audiences. This makes the humanoid robot particularly suitable for companies, research institutions, and event organizers who wish to present emotional, credible, and technically sophisticated human-robot interactions.