ALICE product profile
ALICE is AeiROBOT humanoid robot series for physical-AI, research and industrial task development. The platform uses in-house linear actuators, arms and hands for manipulation, navigation and factory-oriented evaluation.
Facts
- Company: AeiROBOT
- Product type: Humanoid
- Status: prototype
- Website: https://www.arobot4all.com
Profile sections
- Summary
- Overview
- Market context
- Audience
- Workflow
- Capability
- Deployment environment
- Positioning tags
- Specifications
- Tags
- Record / Articles
- Comparable Systems
- Sources
Summary
ALICE is AeiROBOT humanoid robot series for physical-AI, research and industrial task development. The platform uses in-house linear actuators, arms and hands for manipulation, navigation and factory-oriented evaluation.
Overview
ALICE is AeiROBOT humanoid robot series for physical-AI, research and industrial task development. The platform uses in-house linear actuators, arms and hands for manipulation, navigation and factory-oriented evaluation.
Market context
Full-sized bipedal humanoid robot platform built around proprietary gearless linear actuators, enabling precise, quiet, and force-controlled movement for real-world interaction and industrial tasks.
- Target environment: Humanoid robotics labs, industrial pilots, manipulation demonstrations and embodied-AI development environments.
- Workflow context: Bipedal mobility, force-controlled movement, manipulation research, actuator validation and human-scale interaction.
- Customer context: Research teams, industrial partners and robotics developers evaluating humanoid hardware and actuator design.
- Deployment model: Early-stage humanoid platform model centered on proprietary hardware and controlled demonstrations.
- Commercial maturity: Emerging platform with public hardware positioning rather than broad commercial deployment.
- Adoption constraints: Adoption depends on task reliability, safety, actuator durability, integration tooling and service support.
- Market position: Korean humanoid platform differentiated by actuator architecture and quiet force-controlled movement.
- Adjacent products: AIDOL Walking Robot, AgiBot Expedition A3, Galbot G1, Unitree G1
Workflow
Bipedal mobility, force-controlled movement, manipulation research, actuator validation and human-scale interaction.
Capability
Whole-body control, Force control
Deployment environment
Humanoid robotics labs, industrial pilots, manipulation demonstrations and embodied-AI development environments.
Positioning tags
- Audience: Developers
- Workflow: Bipedal mobility, force-controlled movement, manipulation research, actuator validation and human-scale interaction.
- Capability: Whole-body control, Force control
- Deployment environment: Humanoid robotics labs, industrial pilots, manipulation demonstrations and embodied-AI development environments.
Specifications
- Height: 160 cm
- Terrain: Stairs, narrow spaces, and uneven terrain
Tags
- Peer Group: Industrial humanoid platform, Humanoid robot platform
- Capability: Whole-body control, Force control
- Stack Layer: Finished robot platform
- Commercial Stage: Commercial product
Record / Articles
- 2026-01-06 - Article - AeiROBOT demonstrates ALICE at CES 2026 as Jensen Huang cites its robot pairing in NVIDIA keynote
Comparable Systems
- Walker S1 - UBTECH Robotics - Humanoid Platform
- Walker S - UBTECH Robotics - Humanoid Platform
- PUDU D9 - Pudu Robotics - Anthropomorphic Biped
- IRON - XPeng Inc. - Humanoid
- Walker C - UBTECH Robotics - Humanoid Platform
- Vanar Generation-1 - Vanar Robots - Humanoid
- Kepler K2 - Kepler Robotics - Humanoid
- Apollo - Apptronik - Humanoid
ALICE canonical Korthos profile