EVE

EVE is a versatile wheeled humanoid robot by 1X Technologies, designed for industrial and commercial tasks with advanced AI, dexterity, and autonomous navigation capabilities.
Software Type
Closed Source
Software Package
Actuators
1X Technologies Revo1 quasi direct-drive technology
Compiute
Intel i7 for real-time control, Nvidia Xavier for AI inference
Sensors
High-resolution HDR cameras (panoramic view: two front, one rear)
Max Op. time
240
mins

Robot Brief

EVE, developed by 1X Technologies, is a wheeled humanoid robot designed to perform  a wide range of industrial and commercial tasks autonomously. It combines  advanced sensors, cameras, and proprietary actuators to navigate complex  environments, manipulate objects, and collaborate safely alongside humans. EVE leverages embodied AI to learn from human demonstrations, improving its  task performance over time. Its design prioritizes safety and adaptability, making it suitable for logistics, security, manufacturing, and healthcare  applications worldwide.

Use Cases

  • Navigates  autonomously in buildings
  • Opens doors, tidies shelves, and interacts with people
  • Performs various physical tasks in industrial and office settings

Industries

  • Healthcare
  • Office and Corporate Logistics
  • Retail and Customer Service
  • Home Automation
  • Warehousing and Distribution
  • Industrial and Manufacturing Support

Specifications

Length
600
mm
Width
600
mm
Height (ResT)
1830
mm
Height (Stand)
1830
mm
Height (Min)
1830
mm
Height (Max)
1830
mm
Weight (With Batt.)
kg
Weight (NO Batt.)
83
kg
Max Step Height
mm
Max Slope
+/-
°
Op. Temp (min)
°C
Op. Temp (Max)
°C
Ingress Rating
No items found.

Intro

EVE features a humanoid torso with two arms and a head equipped with sensors, mounted on a wheeled mobile platform. The design prioritizes functional task execution and safe coexistence with humans over strict human biomimicry. Its wheeled base allows for faster and more energy-efficient movement on prepared surfaces compared to bipedal locomotion.

Connectivity

  • Custom Linux-based OS
  • Supports ROS2, OpenCV, and other open-source packages
  • Java, C++, and Python-based applications

Capabilities

  • Autonomously navigate complex indoor environments without human intervention
  • Perform manipulation tasks such as moving heavy boxes and handling delicate objects
  • Open doors and operate elevators to access different facility areas
  • Learn new tasks through embodied AI by observing human operators and expert demonstrations
  • Execute voice commands via a natural language interface for multitasking and chained activities
  • Operate safely alongside humans with built-in safeguards and soft mechanics
  • Be remotely controlled for complex or critical tasks beyond autonomous capabilities