Dual-arm platform with Embodied AI

HKCLR aims to address the challenges of intelligent adaptation and operation of robots in dynamic, unstructured environments, expanding the application boundaries of robotics in daily life, logistics, and industrial scenarios.

• Integrates foundation models with robotic perception and control modules, enabling high-level semantic understanding, reasoning, and decision-making in complex environments.
• The system demonstrates strong generalization across tasks and environments, reducing development and customization costs while accelerating practical deployment in diverse fields such as logistics, healthcare, and home assistance.

• Capable of handling complex, dynamic, and uncertain tasks that rule-based or manually programmed systems fail to address, especially in real-world service and industrial scenarios.
• The system demonstrates strong generalization across tasks and environments, reducing development and customization costs while accelerating practical deployment in diverse fields such as logistics, healthcare, and home assistance.

• Domestic assistance, including household support, kitchen operations, and human-robot interaction for smart home environments
• Logistics and warehousing, including intelligent sorting, collaborative handling, and multi-robot coordination in distribution centers and supply chains
• Industrial collaboration, including flexible loading/unloading, precision assembly, and human-robot collaboration in smart manufacturing