A Cambridge-based startup led by a former Boston Dynamics engineer has introduced a new class of humanoid robots designed for interaction in public spaces such as theme parks, hotels, and retail environments, rather than traditional industrial settings.

Dynamic Creatures, which collaborates closely with Boston Dynamics and leverages some of its technology, unveiled a prototype robot named Hugo. The company released a video on Tuesday showing Hugo—a large, furry robot with oversized eyes—navigating the corridors of its Boston headquarters, engaging playfully with engineers and children by giving high-fives and hugs.

Marc Theermann, chief executive of Dynamic Creatures, described the company’s ambition as aiming to transform the way humans and robots interact. Hugo is intended to be the first model in a planned series of robots equipped with artificial intelligence. This AI is designed to enable the robot to move through unfamiliar physical environments independently, requiring minimal or no prior training. Additionally, the startup is developing software to allow Hugo to respond to human queries in real time, enhancing its interactive capabilities.

The demonstration is notable given that humanoid robots rarely have direct contact with the public due to the risk posed by their mechanical actuators, which can cause injury if uncontrolled. Currently, Hugo operates through teleoperation, meaning a human remotely controls its movements. The system does not yet support fully autonomous operation during physical interactions with people, reflecting a cautious approach to safety.

The concept of animatronic or robotic mascots has been a popular cultural motif, often depicted with a more ominous tone in media such as “The Simpsons” episode featuring “Itchy & Scratchy Land” or the horror game series “Five Nights at Freddy’s,” where robots become dangerous. Dynamic Creatures’ approach emphasizes a more friendly and controlled interaction to avoid such scenarios.

As Dynamic Creatures continues development, Hugo represents an early step toward creating robots that can safely and effectively engage with humans in everyday social settings. The company’s ongoing work focuses on advancing both the mechanical design and the AI necessary for autonomous and responsive behavior in complex environments.