The EBO X is a mobile home robot designed for security monitoring, family interaction, and remote communication. It utilizes V-SLAM navigation to map residential spaces, allowing for autonomous movement throughout a home. Equipped with a 4K stabilized camera and Harman AudioEFX, the device provides high-resolution visual monitoring and clear two-way audio. It includes integrated fall and crying detection, along with built-in Alexa voice control for managing connected smart home devices. The unit features an auto-charging function, ensuring it remains powered for continuous operation as a mobile guardian.

The EMO GO HOME is a dedicated charging base and home station for the EMO robot. It integrates AI recognition technology and navigation algorithms to facilitate autonomous return-to-base functionality for self-charging. The station features a dynamic LED matrix display and supports the creation of a virtual fence to manage the robot's activity range. This hardware provides a stable power environment and spatial boundaries for the EMO unit.

The Changhong Smart Kitchen Robot C8 is an automated cooking appliance designed for commercial environments such as small-to-medium-sized cafeterias, fast-food outlets, and hotels. It provides consistent, high-quality food preparation by automating complex cooking techniques. Equipped with a 20kW electric heating system, the C8 supports a variety of cooking methods including stir-frying, deep-frying, braising, and stewing. It is built for high-volume output, capable of processing between 2kg and 8kg of food per cycle with a cooking time ranging from 4 to 24 minutes, helping kitchens maintain standardized output quality.

LattePanda is an x86 single-board computer developed by DFRobot. It provides a compact, standard x86 computing architecture suitable for developers and makers requiring desktop-grade compatibility in a small-form-factor board. This platform supports various hardware integration projects, offering the flexibility of a traditional PC environment for embedded applications and custom computing tasks.

The 4G Smart Robot YST-Y4 is a connected robotic device developed by Shenzhen Hengbida Electronic Technology Co., Ltd. It utilizes 4G cellular connectivity to support its smart functionality. This product is part of a broader portfolio of electronic solutions from a manufacturer with ISO9001 certification and recognition as a Shenzhen high-tech enterprise. It is intended for integration into environments requiring mobile, network-enabled robotic hardware.

The Miko Chess Grand is an AI-powered robotic chessboard featuring self-moving pieces. It provides an interactive platform for learning and playing chess, designed to engage users through automated physical gameplay. This system integrates AI technology to manage piece movement, offering a tactile experience for players. It is built with a focus on interactive play and educational engagement, providing a modern approach to traditional board games.

Miko Mini is an AI-powered robot serving as an interactive learning partner for children. It focuses on facilitating educational engagement and entertainment through a secure, monitored platform. The device prioritizes safety and privacy, featuring robust parental controls and content moderation to ensure an age-appropriate experience. Managed via the Miko Parent App, the robot provides a controlled environment for children to explore, learn, and play.

DexVerse is an embodied AI engine developed by Kuawei for humanoid robots. It provides a specialized framework for training and deploying robotic intelligence through advanced simulation and data generation techniques. The platform utilizes a Sim2Real simulation engine and an end-to-end VLA (Vision-Language-Action) model framework. By leveraging 100% synthetic data training, DexVerse enables the development of physical world models that allow robots to interpret and interact with complex environments. This software-driven approach supports the transition from virtual training to real-world robotic execution.

The DexForce W1 Pro is a general-purpose humanoid robot equipped with the DexVerse™ embodied intelligence engine. It is built for commercial services, industrial manufacturing, and autonomous data collection tasks. Featuring a Sim2Real VLA architecture and dual-PC hardware, the system delivers 300 TOPS of total computing power. It supports high-precision operations with 1000Hz joint control and a 99.9% task success rate, providing a scalable platform for businesses to deploy autonomous, vision-guided robotic labor in complex environments.

The Unitree Go2 is an intelligent bionic quadruped robot designed for autonomous navigation, remote monitoring, and secondary development. It integrates embodied AI with a 4D LiDAR L2 system to provide 360°x96° hemispherical recognition and obstacle avoidance in complex environments. Built for versatility, the robot features an 8-core high-performance CPU and supports continuous OTA software updates to evolve its movement and decision-making capabilities. With a maximum running speed of approximately 5m/s and a battery life of 1 to 4 hours, it provides a stable platform for industrial inspection, research, and specialized field tasks.

The Alpha Mini by UBTECH is a portable, consumer-grade humanoid robot featuring integrated AI technologies. It is built to facilitate interactive experiences and programmable movement within home environments. The robot supports multi-model interactions and provides users with tools for graphical coding, allowing for custom behavior development. Its design focuses on accessibility, making it a practical choice for those exploring robotics and AI-driven automation in a domestic setting.

Chaoji Qiuqiu is an AI emotional companion robot developed by Super Love for adults. It provides a platform for deep conversation and social connection, utilizing integrated emotional empathy to assist users in managing loneliness and internal friction. The device features a specialized healing voice and tactile feedback to facilitate interaction. Additionally, it supports local social networking capabilities within a 1km radius, allowing for proximity-based connectivity.

The AI Teaching Service Robot by iBingo is an educational hardware solution designed to support classroom instruction and student learning. Developed by a team from Tsinghua University, the robot integrates the BINGO GPT large language model to provide AI-assisted teaching and facilitate smart classroom interactions. This system supports dual-teacher classroom models and project-based learning, aiming to enhance instructional efficiency. It is part of a broader educational ecosystem that includes curriculum integration and smart hardware, providing schools with a platform for AI-driven pedagogical support and student engagement.

The Unitree G1 is a humanoid robot featuring 23 to 43 joints and an expanded range of motion for complex movement. It utilizes force-controlled dexterous hands to facilitate object manipulation and is driven by an imitation and reinforcement learning-based robot world model. This unit is available for purchase as a standard configuration and does not support secondary development. It is currently listed as a backordered item.

The Unitree Go2-W is a quadruped robot engineered for all-terrain navigation and industrial inspection tasks. It features an integrated in-wheel motor system paired with 7-inch pneumatic tires, allowing it to traverse complex environments, climb 35-degree inclines, and clear obstacles up to 70cm in height. Designed for operational flexibility, the Go2-W supports various peripheral additions and provides a stable platform for power system maintenance, fire rescue, and repetitive monitoring. With an 8-core high-performance CPU and 3D LIDAR perception, it offers a reliable solution for organizations needing to automate data collection or navigate hazardous areas where traditional wheeled or legged platforms may struggle.

The UBTECH Walker X is a commercial humanoid robot developed for AI research, smart service applications, and human-robot interaction. It features a comprehensive perception system and full-body flexibility to support complex tasks in various environments. The robot is built for autonomous navigation and object manipulation, utilizing U-SLAM technology for path planning. Its physical design allows for stable, human-like gait across structured and diverse terrain, while maintaining self-balancing capabilities and interference resistance during operation.

The Yuanluobo Chess Robot is an AI-powered robotic arm designed for children to facilitate interactive learning and play across four board games: Go, Chinese Chess, International Chess, and Gomoku. It utilizes a binocular camera and proprietary visual recognition algorithms to track physical pieces on a real board, enabling automated piece placement and voice-guided instruction. The system integrates an anti-frustration training module and card-based programming to support cognitive development and logic training. It offers multi-level human-machine play, remote connectivity for matches with peers, and an app-based record-keeping system to track progress and skill development.

The Yuanluobo Chess Robot (Zootopia Judy Edition) is an AI-powered educational robot designed to teach children four classic board games: Gomoku, Chinese Chess, International Chess, and Go. It utilizes a binocular camera and visual recognition algorithms to track physical pieces on a real board, enabling interactive voice-guided lessons and automated robotic arm manipulation. Beyond gameplay, the unit includes a card-based programming system to introduce logic and computational thinking. The robot features an anti-frustration training system that provides verbal encouragement and structured difficulty levels, allowing children to practice independently or compete remotely with peers.