France Just Built a Humanoid Robot for Professional Life
Korben Aura E is a humanoid service robot with 42 degrees of freedom and dual AI processors, built for hotels, hospitals, airports, and retail environments.
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korbenforpeople
The Robot That Was Built to Work Alongside People, Not Replace Them
Most robots in professional environments look
like machines. They roll on wheels, operate behind barriers, and signal clearly
that they belong to a different world from the humans working around them.
Korben For People built Aura E around a different premise entirely. At 172
centimeters tall and weighing 75 kilograms, Aura E is a humanoid service robot
designed to move, interact, and operate in the same physical spaces that humans
were built for, not a warehouse or a factory floor, but a hotel lobby, a hospital
corridor, an airport terminal, or a retail store. The goal, as Korben frames
it, is to offer technology that serves people, not the other way around.
So, what makes a robot genuinely suited to
those environments? It starts with the body. Aura E has 42 degrees of freedom
across its joints, the same number of independent movement axes that allow a
human body to gesture naturally, reach around obstacles, and move through a
crowded room without knocking anything over. A maximum torque of 300 Nm gives
those movements real physical capability, while a top speed of 10 km/h means
the robot keeps pace with a brisk human walk without lagging behind or blocking
traffic flow in a busy corridor or terminal.
How Aura E Sees, Thinks, and Moves Through Real Spaces
A humanoid service robot is only as useful as
its ability to navigate real, unpredictable environments without constant
supervision, and this is where Aura E's sensing and processing architecture
does its work. The robot is equipped with a 3D vision system and LiDAR that
together map the environment in real time, detecting obstacles, tracking
movement, and building a spatial understanding of the space it's operating in.
That perception feeds into dual NVIDIA Jetson Orin processors delivering a
combined 550 TOPS of AI computing power, enough to run real-time inference on
complex scenes while simultaneously managing locomotion, interaction, and task
execution.
Aura E's hands are worth noting specifically. The robot features two five-fingered hands with 12 degrees of freedom each, meaning it can manipulate objects, press buttons, hand over documents, and perform the kind of fine-motor interactions that most professional environments actually require. In addition, the robot runs on ROS2, the open-source Robot Operating System that allows developers and operators to extend its capabilities, integrate it into existing facility management systems, and customize its behavior for specific deployment contexts. Furthermore, Aura E is CE certified, meaning it has passed European safety standards for commercial operation, and it carries an IP54 protection rating, making it dust- and splash-resistant for real-world use across a variety of professional settings.
The Many Professional Environments Aura E Was Built For
The range of environments Korben has designed
Aura E for is one of the most important things to understand about the robot.
Hotels, hospitals, airports, retail stores, corporate offices, and high-traffic
public spaces all share a specific challenge: they require consistent,
high-quality human interaction at scale, often across hours and shifts where
staff availability fluctuates. Aura E is designed to handle reception and
welcome tasks, information and guidance services, assistance and accompaniment
through large spaces, basic maintenance checks, and logistical support tasks,
covering the repetitive, high-volume interaction work that consumes significant
staff time without requiring the judgment and empathy that human workers bring
to complex situations.
The robot communicates in multiple languages,
removing a practical barrier in international environments where staff
multilingualism is always in demand but rarely guaranteed for every shift. In a
hospital corridor, it can guide a visitor to the right ward. In an airport
terminal, it can answer passenger queries in the traveler's own language. In a
retail environment, it can direct customers to products, freeing staff for
higher-value interactions. In a corporate reception, it can manage visitor
check-ins with consistency across every hour of the working day. Its
human-scale form factor matters across all these contexts too. A robot that
looks like a machine signals "query the screen." A robot at human
height, with hands, a head, and recognizable proportions, signals "ask
me," and that difference in how people approach the interaction shapes the
entire user experience. As Korben puts it, Aura E is built for a world where
technology and humanity advance together, with the robot's purpose explicitly
framed around enhancing the human experience rather than automating it away.
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