Against the record
Keenon delivery robots (T-series, DINERBOT, XMAN), from Keenon Robotics, is at stage 5 of 5 on our ladder: regulator-cleared or mass market. Cleared where approval applies, or widely sold. The latest milestone on its record is from 18 July 2026: At the World Artificial Intelligence Conference in Shanghai, Keenon showed its XMAN-R1 humanoid making drinks with NOWWA Coffee. It said the tasks ran on their own, without remote control.
This video comes from the maker's own channel, and makers show their robots at their best. The stage above comes from dated public records, not from the video.
From the video's description
Large shopping malls are embracing intelligent automation to elevate both operational efficiency and visitor experience. KEENON integrates specialized service robotics—the DINERBOT and KLEENBOT series, into key mall touchpoints, building a connected ecosystem that streamlines guidance, promotion, and maintenance. From flagship mega malls to sprawling regional retail centers, KEENON robots excel in the daily operations. Together, they form a complete service loop: greet visitors and direct them to stores, broadcast real-time deals and events, and perform floor maintenance with minimal human intervention, both inside the shopping mall and in the underground parking lot. The value of smart shopping mall is not about how impressive the technology looks, but lies in how much it relieves staff from repetitive questions and physical strain—so they can redirect their efforts toward authentic, …
Written by KEENON Robotics on YouTube.
More videos of Keenon delivery robots (T-series, DINERBOT, XMAN)
KLEENBOT C40 at Skeidar: Autonomous Cleaning Across 6,000 m² Large Space, Day and Night
KLEENBOT C40 at easyApotheke: Efficient and Versatile Cleaning in Retail Spaces such as Drugstores
A New Approach to Supermarket & Retail Operations: KEENON Multi-Robot Collaboration
Pudong Airport × KEENON C55 Cleaning Robot: Efficiency in Action
Humanoid Robots Built for Real-World work
Leading Benchmark of Humanoid Robots: Fully Autonomous Operation Across Multiple Scenarios