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.

The HOVERAir X1 PROMAX is a self-flying camera designed for creators and action sports enthusiasts. It features autonomous flight capabilities, precision tracking, and 8K imaging to capture high-quality aerial footage. The device offers three distinct operational modes: Auto Follow for hands-free tracking, Assisted Control for creative guidance, and Manual Mode for full pilot command. Constructed from magnesium alloy and aerospace-grade materials, it is built for durability in active environments. The system utilizes a 7-layer lens and combined mechanical and electronic stabilization to ensure steady, cinematic results.

The HOVERAir X1 PRO is a compact, self-flying action camera drone designed for hands-free aerial photography and videography. Weighing 192g, it features 8K resolution and advanced trajectory algorithms to maintain subject tracking during movement. Built for portability and stability, the drone includes Level 5 wind resistance and rear collision detection. It supports specialized flight modes, such as cycling, to capture high-quality footage without manual piloting. The device is intended for users who need a portable, automated solution for documenting action-oriented activities or travel.

The HOVERAir X1 is a self-flying camera designed to capture video content during activities such as travel, sports, and everyday moments. It utilizes automated flight modes to record footage without requiring manual piloting. Users can initiate flight directly from their palm and control camera movement through gesture-based commands. The system supports various automated flight paths, including Orbit and Zoom Out modes, to produce specific cinematic effects. It is compatible with a range of accessories, including the Beacon and JoySticks, to provide additional control and preview capabilities for the user.

The EBO SE FamilyBot is a mobile home monitoring robot equipped with a 1080P camera and night vision capabilities. It provides remote surveillance and interaction through app-controlled navigation and two-way voice communication. Designed for consistent home oversight, the device features automated charging to maintain readiness and sends push notifications when it detects abnormal activity. It serves as a practical tool for monitoring pets, children, or the elderly, offering a mobile alternative to fixed security cameras.

The DJI Neo is a 135g compact drone designed for aerial videography and content creation. It features palm takeoff and landing capabilities, eliminating the need for a remote controller in standard operations. Equipped with a 1/2-inch image sensor, the device captures 4K/30fps video supported by RockSteady and HorizonBalancing stabilization. It includes intelligent subject tracking and QuickShots modes for automated flight paths. The drone is built with full-coverage propeller guards and offers an 18-minute flight time, making it suitable for both indoor and outdoor environments.

The DJI Mini 4 Pro is a compact camera drone weighing under 249 grams, designed for high-quality aerial imaging and video production. It features omnidirectional obstacle sensing and 20km FHD video transmission to support reliable flight operations in various conditions. Equipped with a camera capable of 4K/60fps HDR and 4K/100fps recording, the drone enables detailed content capture. It includes automated flight modes like ActiveTrack 360, Waypoint Flight, and True Vertical Shooting to assist with complex shot composition and cinematic production workflows.

The DJI Avata 2 is an FPV (First-Person View) drone built for immersive flight and dynamic aerial maneuvers. It features a 4K/60fps HDR camera and integrated safety systems, including a built-in propeller guard, to support low-altitude filming and complex flight paths. Equipped with intuitive motion controls and automated flight modes, the drone simplifies aerobatic performance. It offers a 23-minute flight time and supports PD fast charging for efficient field operations.