KORTHOS / ECOSYSTEM / PRODUCT

Ameca

About

About Ameca

Ameca is Engineered Arts’ social humanoid robot, coordinating facial expression, gaze, head movement and arm gestures for conversation and presentations. Eye-mounted cameras and spatial microphones supply visual and audio input. Its modular construction allows separate hardware sections to be serviced, and head lights indicate the current operating mode.

Tritium connects the robot’s movements with speech recognition, language processing and voice generation. The software includes a browser-based interface, cloud-connected AI services and a robot operating system. Developers can write Python behavior scripts in the browser and integrate external applications, supporting research, exhibitions and customer-facing interaction.

Capabilities

Source-backed capabilities

  • Operating environments: Heinz Nixdorf MuseumsForum
  • Natural-language interaction

    Customer-site use - Converse with museum visitors through the installed ChatGPT system. - environment: Heinz Nixdorf MuseumsForum

    Source
  • Expressive interaction

    Customer-site use - Use facial expressions and upper-body gestures during museum interactions. - environment: Heinz Nixdorf MuseumsForum

    Source

Research

  • SensHRPS: Sensing Comfortable Human-Robot Proxemics and Personal Space With Eye-Tracking

    2025-12-09 - Research Publication - The paper studies human comfort and proxemics around Engineered Arts Ameca using mobile eye tracking and subjective reporting.

    Source
  • Beyond Attention: Investigating the Threshold Where Objective Robot Exclusion Becomes Subjective

    2025-04-22 - Research Publication - The paper uses Ameca in a controlled robot-led group interview study of perceived social exclusion and attention allocation.

    Source
  • UGotMe: An Embodied System for Affective Human-Robot Interaction

    2024-10-24 - Research Publication - Equipping humanoid robots with the capability to understand emotional states of human interactants and express emotions appropriately according to situations is essential for affective human-robot interaction.

    Source

Resources

Media library

Official product and operator documentation, exact Ameca diagrams and a verified Engineered Arts demonstration video.

Timeline

  • Engineered Arts Ameca robots enter Altus Schools classroom pilot

    2026-06-24 - Deployment - The observed Tierrasanta session used a robot portraying Nikola Tesla; interruptions and speaking speed complicated the lesson. Altus had no firm end date for the pilot and had not established improved learning outcomes; staff supervised student interactions.

    Source
  • UGotMe study tests Ameca affective responses

    2024-10-24 - Research Publication - Head pose and the left-eye camera followed the active speaker to reduce distraction from other faces; the robot selected expressions from seven predefined emotions. Emotion models ran on a local RTX 4090 server, with GPT-4o used as an auxiliary vision model in the comparison experiments.

    Source
  • Engineered Arts supplies Ameca to the National Robotarium

    2024-04-17 - Commercial Order - The Edinburgh facility described itself as the first UK home for an Ameca, with visits and workshops planned across Scotland and beyond. The robotics centre is based at Heriot-Watt University in partnership with the University of Edinburgh.

    Source
  • Engineered Arts presents Ameca to CES visitors

    2022-01-09 - Demonstration - The head used 17 motors to animate movement and expressions; the grey face was deliberately designed without a specific gender. The demonstrated robot could not walk, and the company described walking as future development.

    Source
  • Engineered Arts announces Ameca humanoid platform

    2021-12-03 - Product Launch - A cloud-managed API toolkit was intended to let developers customize interaction software and integrate computer vision. The company offered ownership and event rentals and scheduled Ameca for the January 5–8 CES exhibition in Las Vegas.

    Source

Context

Market context

Ameca is Engineered Arts' fixed-base social robot for conversation, expressive animation and human-robot interaction.

  • Target environment: Exhibitions, entertainment venues, research labs and public interaction spaces.
  • Workflow context: Human-robot interaction, conversation, expressive animation and programmable communication in public-facing or research settings.
  • Customer context: Entertainment venues, research labs, educational institutions and AI interaction developers.
  • Deployment model: Commercial product sold to entertainment, research and educational customers.
  • Commercial maturity: Commercially available platform with wide visibility as an interaction benchmark.
  • Adoption constraints: Stationary base limits mobility. Designed for interaction rather than physical manipulation or workplace tasks.
  • Market position: Full-size expressive social robot for programmed interaction, entertainment, education and AI development.
  • Adjacent products: Ameca Desktop, social robot platforms

Comparable Systems

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    Engineered Arts - Service Robot

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