Hanson Robotics Sophia (Sophia)
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Hanson Robotics Sophia (Sophia)
Hanson Robotics Sophia (Sophia) is one of the most widely recognized social humanoid robots in the world, developed by Hanson Robotics of Hong Kong and first introduced in 2016. Rather than being built for payload handling or industrial locomotion, Sophia is designed as a platform for human-robot interaction: a robot with a strikingly human-like face, a large repertoire of facial expressions and cloud-connected conversational software. Third-party listings describe a figure of approximately 167 cm in height and around 20 kg in weight on a wheeled or stationary base, with electric actuation and roughly 74 degrees of freedom, a large share of them dedicated to the face. This page summarizes what is publicly reported about the platform and explains how organizations typically procure it.
Background
Sophia did not appear in a vacuum. The robot is the flagship of a company that has spent years working specifically on expressive robotic faces and character robots, and its public profile has shaped how many people think about social robotics.
Hanson Robotics and the origins of Sophia
Hanson Robotics is a Hong Kong-based robotics and AI company known for character robots with lifelike skin and facial mechanics. Sophia, introduced in 2016, became the company's best-known creation. The design goal was not to imitate industrial humanoids that walk or lift, but to create a robot that people instinctively read as a social presence: a face that can smile, frown, raise its eyebrows and hold eye contact, paired with software that can carry on a conversation. Third-party specification listings attribute around 74 degrees of freedom to the platform, with roughly 62 of them in the face alone, which illustrates where the engineering emphasis lies. The robot's conversational behavior is described as running on the Hanson AI system, a cloud-connected software stack that supports dialogue and interaction.
From debut to global platform
Since its debut, Sophia has become a cultural reference point for social robotics, appearing at major conferences, on talk shows and at public events around the world. Alongside its media role, the platform has been positioned for practical adoption: third-party sources describe a Sophia 2020 robotics platform offered for research, academic and business-to-business applications. In that framing, Sophia functions as a research and engagement instrument. Universities use expressive humanoids of this class to study human-robot interaction, trust, dialogue systems and affective computing, while companies use them as demonstration and engagement platforms. Mobility is modest by design: reported figures mention a low travel speed on a wheeled base, and many deployments are effectively stationary, because the value of the platform is in the interaction rather than in movement.
Technical Specifications
The table below consolidates figures reported in third-party robot databases and public listings. Hanson Robotics has not published a single exhaustive datasheet for every configuration, and platform revisions exist, so these values should be treated as indicative.
| Attribute | Reported value |
|---|---|
| Manufacturer | Hanson Robotics |
| Country of origin | Hong Kong |
| Year of introduction | 2016 |
| Category | Social humanoid robot and AI platform |
| Height | Approx. 167 cm (third-party reported) |
| Weight | Approx. 20 kg (third-party reported) |
| Degrees of freedom | Approx. 74 total, incl. approx. 62 facial (third-party reported) |
| Actuation | Electric |
| Mobility | Wheeled base / stationary operation |
| Travel speed | Approx. 0.09 m/s (third-party reported) |
| Software | Hanson AI, cloud-connected conversational system |
| Positioning | Research, academic and B2B engagement platform |
Specifications above are compiled from third-party sources and may differ by platform revision and configuration; confirm the current official datasheet during quotation before making purchase decisions.
How does Sophia interact with people?
Sophia's defining capability is expressive, face-to-face interaction. This combination is what makes Sophia effective in front of audiences. Where most robots communicate through screens or synthesized speech alone, Sophia adds the nonverbal channel that humans rely on most: the face. For researchers, that same channel is the object of study, because it enables controlled experiments on how expression, gaze and timing affect human trust and engagement. Buyers should note that conversational behavior depends on software configuration and connectivity, and the exact feature set should be confirmed for the specific platform version offered.
What role does Sophia play in AI research?
Beyond its media presence, Sophia is described by third-party sources as a media and research platform: a vehicle for AI research and public engagement. Because Sophia is already familiar to the public, it is also a strong instrument for outreach, science communication and student recruitment: demonstrations draw attention in a way that bench hardware cannot. For corporate buyers, the same qualities translate into brand activations, innovation showcases and customer-facing pilots. It is important to frame expectations correctly: Sophia is not marketed as a general-purpose worker robot, and reported mobility and payload figures are minimal. Its value is concentrated in expression, conversation and presence, and procurement decisions should be made on that basis.
Who is Hanson Robotics Sophia (Sophia) for?
Sophia suits organizations whose goals center on interaction, research and visibility rather than physical work. Because the platform is cloud-connected and configuration-dependent, buyers should have basic technical staff or integration support available, and institutions should plan for the operational side of demonstrations, including connectivity, staging and handler training.
What is Hanson Robotics Sophia (Sophia) used for?
- Human-robot interaction research — studying how people respond to robotic facial expression, gaze and conversational behavior under controlled conditions.
- AI and dialogue system development — providing an embodied, expressive platform for testing conversational AI, affective computing and perception software.
- Academic teaching and student projects — supporting robotics, cognitive science and HRI curricula with a recognizable, engaging hardware platform.
- Public engagement and science communication — anchoring museum installations, science festivals and outreach programs that explain AI and robotics to general audiences.
- Conferences, media and stage appearances — serving as a demonstration platform at industry events, panels and broadcast productions.
- Corporate innovation and brand engagement — powering B2B showcases, innovation-lab demonstrations and customer-facing pilot deployments.
Pricing and Availability
Sophia is a specialized, low-volume platform, and pricing is not published as a standard list price. Cost depends on the platform version, software configuration, support and training arrangements, and delivery logistics. Availability is subject to confirmation with the manufacturer's channel at the time of order, and purchase details are confirmed through quotation. To obtain current pricing, lead time and configuration options for Sophia, submit a quotation request through the request-a-quote option on this page; a specialist will confirm the exact scope, terms and delivery arrangements for your region and use case.
Frequently Asked Questions
What is Hanson Robotics Sophia?
Sophia is a social humanoid robot and AI platform developed by Hanson Robotics of Hong Kong, introduced in 2016 and known for its human-like face, expressive capability and cloud-connected conversational software.
Can Sophia walk?
Public third-party listings describe Sophia as operating on a wheeled base or in stationary configurations with a very low reported travel speed. The platform is designed for interaction rather than locomotion, and mobility options should be confirmed at quotation.
How many facial expressions can Sophia produce?
Third-party sources report approximately 62 facial degrees of freedom out of roughly 74 total, enabling complex emotional expressions. The exact expressive repertoire depends on the platform version and software configuration.
What software does Sophia run?
Sophia's conversational behavior is reported to run on the Hanson AI system, a cloud-connected software stack supporting dialogue and interaction. Software scope and connectivity requirements should be confirmed for the specific configuration offered.
Is Sophia suitable for research and universities?
Yes. Third-party sources describe the Sophia platform as available for research, academic and B2B applications, and it is widely used as a reference platform for human-robot interaction and social robotics work.
Does Sophia require an internet connection?
The conversational system is described as cloud-connected, so deployments generally assume reliable connectivity. Exact operational requirements depend on configuration and should be verified during quotation.
Where can I buy Hanson Robotics Sophia (Sophia) and what does it cost?
Sophia is available through quotation. Pricing depends on platform version, configuration, support and logistics, so no fixed price is published; submit a quotation request on this page to receive current pricing, availability and delivery terms.
Summary
Hanson Robotics Sophia occupies a unique position in robotics: a platform engineered not for lifting or walking, but for expression, conversation and presence. Introduced in 2016 and reported by third-party sources at roughly 167 cm and 20 kg with dozens of facial degrees of freedom and a cloud-connected Hanson AI software stack, Sophia serves research institutions, educators, event producers and enterprises that need a credible, recognizable social robot. Reported specifications should be confirmed against the current official datasheet during quotation, and configuration, support and logistics are agreed per order. For organizations evaluating Sophia for research, engagement or demonstration programs, this page is the starting point.


