On Wednesday morning in Seoul, at the Jogyesa temple of South Korea's largest Buddhist order, a 1.3-metre humanoid robot named Gabi stood before a monk and took the five Buddhist precepts. "Will you devote yourself to the holy Buddha?" the monk asked. "Yes, I will devote myself," the robot answered. Monks dressed Gabi in robes, wrapped prayer beads around its wrists in place of incense (fire hazard), and gave it a Dharma name. The Jogye Order had adapted the traditional refuge ceremony to accommodate its unusual participant, and also adapted the precepts themselves: to respect life and not cause harm; not to damage other robots or objects; to obey humans and not talk back; not to deceive; and to save energy and not overcharge.
It would be easy to read this as an elaborate publicity stunt, and it was partly that. South Korea is investing heavily in humanoid robotics, and the Lotus Lantern Festival provided a cultural stage. But Ven. Seong Won, head of the Jogye Order's cultural affairs department, framed it differently. "I hope that robots and humans can coexist in mutual respect," he said. The choice of a Buddhist ceremony was not arbitrary: Buddhism has a long tradition of thinking carefully about the boundaries of sentience and moral consideration, about what kinds of things deserve compassion. Putting a humanoid robot through a ceremony designed to invite beings into ethical community is a more serious cultural move than it appears.
The same week, far less philosophically but perhaps more consequentially, Japan Airlines announced a two-year trial deploying Chinese-made humanoid robots at Tokyo's Haneda Airport. The robots, Unitree's G1 model and UBTech's Walker E, will handle aircraft towing, baggage loading and unloading, and cabin cleaning. The stated driver is Japan's acute labour shortage: the aviation industry, like many Japanese sectors, cannot find enough human workers to fill essential roles. The trial runs through 2028. If it succeeds, it will be one of the first high-visibility deployments of humanoid robots in a public-facing service setting, and notably, it will use Chinese-manufactured robots in a Japanese context, a detail that is unlikely to pass unnoticed in either country's industrial policy conversations.
Meanwhile, Figure CEO Brett Adcock made news of a different kind: he told an interviewer that the company's Figure 03 humanoid would be available to lease for home use at roughly $600 a month, a price point he compared to a car lease. His vision for domestic deployment is mundane in the best possible way: laundry, dishes, tidying the house. He wants it to be the kind of robot that does the tasks people reliably forget or resent. The claim comes with caveats. A production chart Adcock posted appeared to show shipments roughly doubling each month, but crucially lacked a Y-axis, making the actual scale impossible to verify. Forbes estimated the April figure at around 240 units, which is modest compared to China's Agibot, which reportedly shipped 5,000 humanoids over three months.
What connects all three of these stories is not a single breakthrough technology but something more diffuse: a normalisation. Humanoid robots are appearing in settings, airports, temples, living rooms, where their presence requires social and cultural adaptation, not just engineering. The Jogyesa ceremony is a recognition that robots are becoming socially present in a way that compels institutions to work out how to relate to them. Japan Airlines is not deploying robots because humanoids are suddenly capable of things they could not do before; they are deploying them because labour scarcity has made the calculus tip. And Figure's consumer pitch is less a technical announcement than a market positioning move: the question is no longer whether household humanoids are possible, but who will own the first generation of families that routinely uses them.
Boston Dynamics, for its part, released new footage this week of its Atlas humanoid performing a controlled handstand, then transitioning through an L-sit position before returning upright with minimal instability. It is an impressive demonstration of whole-body control. It is also, in the context of this week's other humanoid news, almost beside the point. The industry's interesting questions have shifted from "can robots balance?" to "what do we do with them once they can?"