AI That Works in Both the Digital & Physical World

Autonomous front-desk reception with visitor management, wayfinding, and multi-language conversation.

Contactless delivery of documents, samples, and supplies across floors with smart elevator integration.

Perimeter patrol, anomaly detection, and real-time alerting with live video and thermal sensing.

Engages students with adaptive lessons, attendance tracking, and interactive Q&A for classrooms.

Guides guests, answers questions, and handles requests for hotels, offices, and retail spaces.

AGIBOT A2 Ultra is the industry's first full-sized humanoid robot deployed commercially at scale. With 4 major international certifications (CR, CE-MD, CE-RED, FCC), it has been applied in over 20 leading enterprises.

AGIBOT A2 Lite is a full-size, cost-effective humanoid robot for the entertainment and commercial performance sector. Featuring multi-robot fleet control and unrestricted choreography capabilities, it is leading a new fashion trend in performance art.

AGIBOT A2-W is a wheeled general-purpose robot designed to depalletize/palletize, handle, and load/unload totes in flexible manufacturing scenarios. It features proprietary embodied intelligence algorithms, with open APIs and SDK for easy customization and secondary development.

AGIBOT G2 is a general-purpose humanoid robot built to industrial-grade standards. It boasts exceptional motion, perception, and interaction capabilities, making it suitable for scenarios including industry, commerce, households, and scientific research. Equipped with high-performance joint actuators, multiple types of sensors, and a high-performance domain controller, G2 enables full-scenario omnidirectional obstacle avoidance, high-precision force-controlled operations, and real-time intelligent interaction with multiple people. When paired with a data collection & teleoperation kit and a charging pile, it can realize extended functions such as data collection, beyond-visual-range teleoperation, and autonomous recharging. Additionally, AGIBOT G2 provides a rich set of SDK secondary development interfaces, supporting function expansion and customized development.

AGIBOT X2 is a half-size humanoid robot engineered for the entertainment and commercial performance sector. It supports a wide variety of full-body motion transitions and possesses a rich set of motion skills and preset motions, offering exceptional cost effectiveness. It features powerful multimodal capabilities in multimodal, proactive, and customizable interaction. Furthermore, its construction incorporates a flexible material shell and a compact, lightweight structure to ensure safety and reliability.

AGIBOT X2 Ultra possesses powerful capabilities in motion, interaction, and task intelligence. It can serve as an exhibition guide, in-store receptionist, cultural & entertainment tourism ambassador, or research & education advocate, with a variety of optional configurations for you to explore its applications and expand its capabilities.

AGIBOT D1 MaxPro is a quadruped robot with superior payload capacity and exceptional locomotion capabilities. Powered by an embedded reinforcement learning motion algorithm, it possesses true all-terrain adaptability. The robot also features built-in modules for autonomous patrol and environmental perception, enabling it to effortlessly handle industrial inspection and emergency response.

AGIBOT D1 Max is lightweight with high payload capacity, long battery life, robust protection, and agile yet stable locomotion. Powered by an embedded reinforcement learning motion model, the robot demonstrates exceptional robustness with capabilities such as impact resistance, disturbance rejection, self-righting after falls, and dynamic self-adaptation. It is equipped with a comprehensive perception suite, including vision, LiDAR, ultrasonic, and IMU sensors, which enables advanced functions like environmental reconnaissance, autonomous navigation, and target recognition.

AGIBOT D1 Ultra is a compact, swift, and highly agile robot. Powered by an embedded reinforcement learning motion algorithm, it autonomously adapts to various types of ground surfaces, achieving true all-terrain locomotion. It has a wide range of applications in various sectors, including security patrols, research & education, and interactive entertainment.

AGIBOT D1 Edu is a compact, swift, and highly agile robot. Powered by an embedded reinforcement learning motion algorithm, it autonomously adapts to various types of ground surfaces, achieving true all-terrain locomotion, and supports secondary development and customization.

AGIBOT D1 Pro is a compact, swift, and highly agile robot. Powered by an embedded reinforcement learning motion algorithm, it autonomously adapts to various types of ground surfaces, achieving true all-terrain locomotion.

AGIBOT C5 is our first intelligent cleaning robot for mid-to-large scale indoor environments, integrating sweeping, scrubbing, and dry mopping into a single, versatile unit. It comes with an advanced multi-sensor system that fuses LiDAR and visual perception, enabling it to effortlessly navigate diverse and complex environments. The fully automated station supports Auto Charging, Auto Refill & Drain, and Dirty Water Tank Self-Cleaning, drastically reducing maintenance efforts. AGIBOT C5 delivers a higher quality clean while lowering your labor costs, brings data-driven insights to your operations, and provides a smart, effortless experience—perfectly supporting your move towards smart property management.

Compact high-DOF interactive dexterous hand with small form factor and total compatibility. As the industry's only compact, high-DOF dexterous hand, OmniHand 2025 delivers universal compatibility across humanoid robots and greatly enhances interactive intelligence.

Highly integrated all-round dexterous hand with powerful sensing and exceptional capabilities. Representing a new class of high-DOF commercial dexterous hands, it combines a compact, lightweight form factor with impressive load capacity, precision, speed, and multi-modal tactile sensing to enable intelligent task execution.