en.Wedoany.com Reported - On April 15, 2026, at the MODEX 2026 International Logistics Exhibition in Atlanta, USA, Cainiao Group officially launched its first self-developed "Climbing Robot," ZeeBot, and confirmed that the first warehousing project utilizing intelligent operations by climbing robots has been delivered and put into use in Guangdong Province. Test data shows this technology improves warehouse storage and retrieval efficiency by 100%, with the robot capable of climbing a 5-story-high shelf within 10 seconds. Currently, Cainiao's climbing robot is publicly available for sale, with hundreds of ZeeBots already operational in a cross-border logistics warehouse in Dongguan, Guangdong, serving a globally leading cross-border e-commerce platform.
The key innovation of Cainiao's ZeeBot lies in breaking the traditional segregated operation mode in automated warehouses, where horizontal ground transportation and vertical movement in racking systems are separate. The same robot can both move rapidly on the ground and directly climb shelves for storage and retrieval. Bi Jianghua, Vice President of Cainiao Group and General Manager of the Logistics Technology Business Unit, stated that the logistics chain is long, and while traditional automation can significantly improve efficiency at each individual node, there is a lack of connection across the entire chain, resulting in breaks in the automated workflow. As a key product bridging multiple operational segments, ZeeBot will propel warehouses from single-point automation to a new stage of AI-scheduled, multi-robot intelligent collaboration across the entire chain.
According to data released by Cainiao, ZeeBot achieves a horizontal movement speed of 4 meters per second and can climb to a 5-story-high shelf in just 10 seconds, improving storage space utilization by 40%. Its modular design significantly enhances deployment efficiency, giving warehouses greater scalability and flexibility. This robot is a structurally flexible, specialized robot designed for warehouse environments. The core value of its technological approach is eliminating "breakpoints" in the automated workflow, allowing goods to be stored and retrieved without needing to transfer between different equipment, thus creating differentiated advantages in both efficiency and deployment flexibility.
Currently, hundreds of ZeeBots are already operational in a cross-border logistics warehouse located in Dongguan, Guangdong, serving a globally leading cross-border e-commerce platform. Calculations show that the warehouse's storage and retrieval efficiency has doubled compared to traditional automation models. Industry insiders point out that Cainiao's extensive global logistics network provides rich real-world scenarios for its technological products, making them more competitive in terms of stability and adaptability. According to plan, Cainiao will gradually deploy climbing robots in overseas warehouses in regions like Europe and America, bringing this battle-tested intelligent solution to the global market.
From an industry competition perspective, this MODEX exhibition, held from April 13 to 16, is expected to attract over 1,000 exhibitors and approximately 45,000 professionals, making it the largest supply chain industry event in North America. One day before the exhibition opened, Geek+, the world's largest supplier of Autonomous Mobile Robots (AMRs), announced the launch of its embodied intelligence platform, Geek+ Brain, and a new generation of tote-handling system, RoboShuttle V5, for the US market. The company reported a year-on-year increase of over 50% in new orders from the Americas market. Ocado Smart Automation showcased its cloud-based AI software system, Ocado IQ, which supports running two different intelligent picking modes simultaneously within the same warehouse. Traditional industrial automation companies like Honeywell and Comau also displayed their respective warehouse automation solutions at the exhibition. Warehouse automation is at a critical stage of technological path divergence, and cross-brand, cross-system collaborative operations remain a common challenge for the industry.
This article is compiled by Wedoany. All AI citations must indicate the source as "Wedoany". If there is any infringement or other issues, please notify us promptly, and we will modify or delete it accordingly. Email: news@wedoany.com
