Tag Archives: robotics

SAM Might Be the Most Human Thing Samsung Has Finally Built

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Most conversations about aging and technology eventually circle back to the same frustrating gap: the tools we build for older people rarely feel like they were designed with older people in mind. They’re functional, clinical, and often carry the visual language of a hospital supply catalog. SAM, a concept robotic mobility aid designed by David Webber for Samsung, feels like a direct response to that problem, and it’s the kind of design thinking I genuinely want more of.

At first glance, SAM looks like it belongs on a near-future film set. The rounded, cloud-white body, the articulating arms, the small expressive face-like display on top. But spend a little more time with it and the aesthetics start to make sense in a very deliberate way. Webber didn’t want SAM to read as medical equipment. He wanted it to feel like a companion, something you’d actually invite into your home and not hide in a corner when company comes over.

Designer: David Webber for Samsung

What SAM does differently from most mobility aids is where the real story lives. A standard walker or rollator solves one problem: moving from point A to point B. SAM looks at the fuller picture of what daily independence actually requires. Picking up a dropped object from the floor. Carrying groceries from the door to the kitchen. Helping someone rise from a chair safely. These are the small, invisible tasks that quietly determine whether an older adult can continue living alone or not, and they are almost entirely absent from the current conversation around mobility technology.

The concept is built around the idea of physical AI, the notion that artificial intelligence should operate in the physical world in a way that supports human capability rather than overriding it. SAM doesn’t take over. It doesn’t assume. The user stays in control, and the technology fills in the gaps, which is a harder design problem than it sounds. Building something that assists without patronizing, that helps without making a person feel like they’ve surrendered something, requires a kind of empathy that most tech doesn’t bother with.

I’ll be direct: the design of SAM is one of the more thoughtful things I’ve seen come out of a Samsung concept in a while. The color options, soft greys and muted sage greens, feel intentional. They’re domestic. They say “living room” rather than “rehab facility,” and that distinction matters enormously for user dignity and adoption. Nobody wants to use a tool that announces their limitations to every visitor who walks through the door. SAM seems to understand that.

The arms and end-effectors are worth a close look too. The gripper design is specific enough to handle real objects but rounded and soft-looking enough not to feel threatening. The integrated display sits at a natural eye level when someone stands and grips the handles, showing simple information like time, a to-do list, and device status. It’s thoughtful UX layered into an already thoughtful form.

Is SAM a product you can buy right now? No. It’s a concept, a vision piece, and it should be taken as one. But the best concept designs do something important: they shift where the conversation is pointed. Right now, too much of the assistive tech space is focused on reactive solutions, devices that help after a fall, after a diagnosis, after independence has already started to erode. SAM is proposing something more proactive. It’s asking what support looks like before the crisis, and that’s a question the industry desperately needs to sit with.

What I hope designers, healthcare companies, and tech brands take from SAM is not the specific form but the underlying philosophy. That independence isn’t just about mobility. That dignity is a design requirement, not a bonus feature. That the people who need the most thoughtful design often receive the least considered version of it. If SAM pushes even one conversation in that direction, David Webber has done something genuinely worth paying attention to.

The post SAM Might Be the Most Human Thing Samsung Has Finally Built first appeared on Yanko Design.

Weave’s $8,000 Isaac 1 Is the Home Robot That Dresses Like Furniture

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Most robots designed for the home look like they escaped from a manufacturing plant. They’re shiny, angular, and cold, and the moment you put one next to your sofa, the visual mismatch is almost comical. So when I came across the Isaac 1 by Weave Robotics, the first thing I noticed wasn’t what it could do. It was how it looked: soft, compact, wrapped in swappable fabric shells in colors like Sage, Slate Blue, and Terracotta. It looked less like a machine and more like something you’d find at a furniture fair. That’s entirely by design, and it matters more than most people probably realize.

Weave Robotics built the Isaac 1 from the ground up in San Francisco, and their approach is refreshingly considered. Instead of the humanoid form that most robotics companies seem obsessed with, Isaac 1 runs on a wheeled base and collapses down to about three feet when it’s not working, which means it can genuinely disappear into your space. When it’s needed, it extends up to 5’9″ with an 80-inch vertical reach and a 38-inch horizontal reach, enough to handle a wide range of domestic tasks without needing to replicate the human body to do it.

Designer: Weave Robotics

And the tasks it handles are, frankly, the ones most of us quietly dread. Laundry is front and center. The Isaac 1 picks up dirty clothes, manages loaded hampers, folds, and puts things away. It also handles the daily reset of a home: making beds, straightening cushions, returning clutter to where it actually belongs. If you’ve ever come home to a messy house at the end of a long day and felt that specific kind of low-grade despair, you understand the appeal.

But here’s what gets me about the Isaac 1. The decision to wrap it in fabric rather than hard plastic isn’t just cosmetic. It signals something about how Weave Robotics thinks about the relationship between people and the technology they invite into their homes. A robot that reads as furniture rather than lab equipment is a robot that respects the space it’s entering. It acknowledges that a home is a personal, lived-in place, not a test environment. That philosophical underpinning makes Isaac 1 feel different from the robots that tech companies roll out at trade shows and then quietly retire two years later.

Privacy is also built into its physical design, not just its software policy. Isaac 1 has physical cues that make it visually clear when it’s active versus idle, and its cameras can be physically disabled. For a connected device that moves through your most private rooms, that kind of intentionality is worth noting. The teleoperation feature, where a human can step in remotely when the robot hits an edge case it can’t solve autonomously, is the detail that deserves the most scrutiny. Weave has been transparent about it, but it’s something you want to sit with before committing.

That commitment currently sits at $8,000, with pre-orders open and first deliveries expected in California in fall 2026, and wider US availability following in 2027. It’s not an impulse buy by any measure. The price positions it well above a novelty and firmly in the category of household infrastructure, which, to be fair, is exactly what Weave is pitching it as.

I don’t think the Isaac 1 is perfect or even fully proven yet. Homes are unpredictable environments and no amount of smart engineering fully accounts for the everyday chaos of real life. But as a statement of intent about what a domestic robot can and should be, it’s one of the more coherent things I’ve seen come out of this space. It’s not trying to look human. It’s not trying to impress you at a conference. It’s trying to fit into your home, quietly, practically, and without making a scene. That’s harder to achieve than it sounds, and the fact that Weave seems to understand that puts them ahead of most.

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XiaoBu Wants to Be the Most Personal Thing on Your Desk

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We’ve reached a point where our desks have become a form of personal expression. The plant you chose, the pen holder you 3D-printed, the specific coffee mug that only leaves when it’s being washed – these things say something about who you are. XiaoBu, a desktop companion robot concept by Handsome Chen, is betting that your next statement piece might just say “hello” back.

XiaoBu is not a smart speaker with a face. It’s not a Tamagotchi with an engineering degree. It’s a desktop robot that pulls together three things that usually live separately: audio function, emotional interaction, and replaceable fabric skins. The combination is what makes it feel genuinely interesting rather than like another product designed to solve a problem no one actually had. Sit with the concept for a moment, though, and the sum starts to feel quite different from its parts.

Designer: Handsome Chen

The fabric skins are the detail that stopped me mid-scroll. Most companion robots lean hard into hard plastic shells – which makes sense from a durability standpoint, but creates a certain coldness that works against the whole “companion” pitch. XiaoBu takes the opposite direction. By making the outer layer soft and swappable, it invites you to treat it less like a gadget and more like a small, quietly present roommate you can dress according to your mood. That shift in material logic carries a real design philosophy behind it: the idea that emotional connection often starts with touch, texture, and familiarity. It’s the difference between something you pick up because you need it and something you keep because it just feels right having it nearby.

The trend toward desktop companion robots has been building steadily for some time. Products like EMO and Eilik have already carved out a niche for people who want their desk to feel a little more alive – but those largely stick to the personality-through-expression model, where a tiny LED screen becomes the entire emotional vocabulary of the machine. XiaoBu’s approach is quieter and, I’d argue, more considered. It’s not performing for you. It’s designed to live alongside you, and the form reflects that distinction deliberately.

Handsome Chen, the Xi’an-based designer behind the concept, describes XiaoBu as breaking the “static limitations” of traditional desktop objects. It’s a deceptively simple framing, but it gets at something real. Most things on your desk are passive. They sit. They wait. They do nothing unless you reach for them. A companion robot, by design, has to earn its place differently – not just by being useful, but by being present in a way that feels intentional rather than intrusive.

I’ll be upfront: I’m a little skeptical of the word “companion” being attached to consumer tech. It’s an easy word to deploy and a hard promise to keep. But XiaoBu’s design, at least conceptually, seems to understand that emotional resonance can’t be engineered through features alone. It has to be built into the form, the texture, the way the object occupies space. The replaceable skins aren’t just a customization feature – they’re an acknowledgment that the relationship between a person and their space is fluid and always evolving, and the things they keep close should be allowed to evolve too.

What makes XiaoBu feel genuinely fresh in this growing category is that it doesn’t try to impress you with complexity. It doesn’t seem to be chasing a checklist of AI capabilities or competing on specs. The design conversation starts with softness, with audio warmth, with the kind of small, considered decisions that make an object feel like it belongs to you rather than to a product category.

Whether XiaoBu ever moves past concept into production is a separate question, and one I genuinely hope gets answered. Right now it lives on Behance, accumulating thousands of appreciations from people who clearly recognize the same thing I did: that sometimes the most interesting design isn’t the one with the most features. It’s the one that makes you feel like someone actually thought about what it means to share space with you.

The post XiaoBu Wants to Be the Most Personal Thing on Your Desk first appeared on Yanko Design.

Forget Humanoids: Eno Might Be the Robot We Actually Need

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The robot race has been moving in one direction for a while now: two legs, a head, and a shape that clearly spent considerable time studying what a person looks like. It’s a logical instinct. Factories, hospitals, and homes were all designed with human proportions in mind, so a robot built like a human should, theoretically, slot right in. But a growing argument exists that this whole approach might be overthought, and Genesis AI’s new Eno robot is making that case louder than most.

Unveiled this week, Eno is the debut robot from Genesis AI, a San Carlos-based startup that quietly raised $105 million in seed funding and spent that time building something genuinely different. Eno doesn’t walk. It rolls. Its body is a minimalist, articulated tower rising from a wheeled base, with no face and no head in sight. The form adjusts its height and reach as needed, folds down for storage, and carries a pair of proprietary dexterous hands designed to move with the kind of precision and range that human hands are capable of. The result looks more like a sleek industrial sculpture than any robot you’ve seen at a tech keynote.

Designer: Genesis AI

That feels completely intentional. Genesis AI’s head of design, Daniel Hundt, has said that Eno was built by asking a single question first: what does the robot actually need to be? The answer stripped away everything decorative and kept everything functional. No face, because a face isn’t a prerequisite for doing work well. No legs, because legs add cost, complexity, and a surprising number of ways for something to go wrong. What remained was a form built around capability, not aesthetics trying to pass as capability. That’s a meaningful distinction in an industry that sometimes confuses the two.

Eno runs on GENE, Genesis AI’s proprietary robotics-native AI foundation model, and the two were developed together as a single integrated system. This matters more than it might initially seem. A lot of robots in this space are essentially off-the-shelf AI bolted onto hardware that wasn’t designed with it in mind. GENE and Eno were built to complement each other, which means the robot can reason through multi-step tasks, adapt when conditions change, and plan across long time horizons rather than just responding to simple, pre-defined commands. That kind of sustained, adaptive thinking is what separates a useful robot from an expensive demo reel.

For those who want a deeper look at what’s happening under the hood, Genesis AI is offering an optional screen version of Eno featuring a cognitive interface that displays, in real time, what the robot is thinking and processing. It’s an unusual transparency move for a robotics company, and a genuinely smart one. Trust in AI systems tends to erode when people feel like they’re watching a black box make decisions. Showing the work, quite literally, is one way to build confidence in environments where precision matters, like hospitals, labs, or busy production floors.

Deployment is set to begin with industrial customers by the end of 2026, starting with manufacturing, logistics, and laboratory settings before moving into service industries like hotels and hospitals, with consumer and home use following down the line. That rollout sequence makes sense. Controlled industrial environments offer a much cleaner test case for a robot learning the real world than someone’s living room does, and it gives Genesis AI the chance to refine Eno where the stakes of a miscalculation are measured in efficiency rather than anything more personal.

Whether Eno ends up being the robot that finally makes good on the promise of general-purpose robotics remains to be seen. The industry has announced breakthroughs before and delivered timelines that stretched well past the original projections. But Eno feels different in at least one significant way: it isn’t trying to win you over with its looks. It’s making a functional argument, and that alone puts it in a category of its own right now. Sometimes the smartest design choice is knowing exactly what not to include.

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Argus Just Showed Up With 20 Eyes, 20 Legs, and No Rules

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The moment you see Argus rolling across a college lawn, you feel a kind of awe that’s equal parts scientific admiration and mild existential discomfort. It doesn’t look like a robot. It doesn’t look like anything you’ve seen before, actually. It looks like a sea urchin crossed with a fever dream, or if you’ve spent any time on the internet in the last few years, it looks exactly like what happens when someone renders a biblically accurate angel and sends it out to navigate uneven terrain.

That’s not an exaggeration. The internet made the comparison almost immediately after Duke University’s General Robotics Lab unveiled Argus, and the parallel holds up. In the Book of Ezekiel, the ophanim, a type of divine being, are described as wheels covered in eyes, seeing in all directions simultaneously. Argus, named after the Greek mythological giant with a hundred eyes, does essentially the same thing, minus the divine mandate. It has 20 legs, each one telescoping and tipped with a camera, arranged at the vertices of a regular dodecahedron. No blind spots. No preferred orientation. No front or back.

Designer: Duke University General Robotics Lab

That last part is what keeps pulling me in, design-wise. We’ve spent decades building robots that mirror the logic of our own bodies: two legs, bilateral symmetry, a definitive forward direction. It made intuitive sense. We move front-to-back, so we assumed machines should too. Argus rejects that assumption entirely. The team at Duke built it around a principle they’re calling dynamic symmetry, which refers to how uniformly a robot can accelerate in any direction. Most robots are strongest and most efficient when moving the way they were designed to move. Argus has no such preference. It moves sideways, backward, forward, and diagonally with the same ease, which sounds like a minor technical distinction until you watch it roll through rough terrain, navigate around trees, and absorb collisions without losing its course. That’s when you realize how significant the gap is.

The design precedent here matters more than it might seem. Robotics has long borrowed from nature by mimicking the shapes that evolution produced: bipedal forms for humanoids, quadruped frames for terrain bots, insect geometries for swarm machines. But Argus is borrowing something different from nature. It’s borrowing from the radial logic of starfish and sea urchins, creatures that don’t have a front because every direction is equally valid. The Duke researchers describe Argus as an “existence proof,” a demonstration that a robot built for dynamic symmetry isn’t just theoretically interesting but practically deployable. Postdoctoral researcher Boxi Xia put it directly: “It produces a robot you can deploy in the wild, on uneven ground and in clutter, even in low-gravity settings.”

Low-gravity settings. That detail is doing a lot of quiet work in this conversation. The practical applications being discussed range from disaster response and search-and-rescue operations to planetary exploration, environments where the rules of conventional locomotion break down fast and all-directional agility becomes the difference between success and failure. A humanoid robot in a collapsed building still has to worry about which way it’s facing. Argus doesn’t.

I’ll admit the design is deeply strange to look at. It is not sleek. It is not elegant in any conventional sense. It doesn’t have the clean industrial confidence of Boston Dynamics’ machines or the deliberate anthropomorphism of recent humanoid models. It looks a little chaotic, frankly, like it was assembled by someone working from a very different set of aesthetic values, someone less interested in how the thing looks than in what the thing can do. And maybe that’s the point. Beauty in engineering doesn’t always wear the shape we expect. Sometimes it rolls across a lawn on 20 legs, sees absolutely everything, and changes the conversation entirely.

Argus is the kind of design that reminds you why robotics is still worth watching. Not because of what it looks like, but because of what it means for how we think about movement, perception, and the assumptions we’ve been quietly building into machines all along.

The post Argus Just Showed Up With 20 Eyes, 20 Legs, and No Rules first appeared on Yanko Design.

MIT Turned 12 Labubu Heads Into a Robot and It’s Watching You

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Nobody told MIT grad students to build a rolling sphere covered in twelve Labubu faces. They did it anyway, and now the rest of us have to sit with that. The project is called Labububot, and it comes from three graduate students at the MIT Media Lab: Miranda Li from the Personal Robots group, and Jake Read and Dimitar Dimitrov from the What’s Taking Form group. Together, they took the internet’s favorite ugly-cute collectible, multiplied it by twelve, and fused everything into a single spherical body that rolls around following people through hallways. The official description calls it “one of the rarest monsters on Earth,” and that phrasing alone tells you everything about the tone the team was going for.

The design is not subtle. Twelve identical Labubu faces stare outward from every angle simultaneously. When the thing moves, it does so with that particular brand of slow, deliberate motion that robots somehow always use when they want to feel unsettling. The MIT team leans into every bit of that discomfort, which is exactly what separates Labububot from most social robotics research you’ll come across.

Design: MIT Media Lab

Social robots usually chase approachability. They get rounded edges, pastel palettes, and soft digital expressions designed to lower your guard on contact. The whole field runs on the logic that comfort builds connection, and most research in this space reinforces that assumption without questioning it much. Labububot rejects that premise entirely. It is meant to provoke a reaction before it earns one, and the reaction it tends to get first is somewhere between amusement and mild dread. That’s a deliberately chosen emotional space, and it works.

The Labubu connection makes this sharper than it might otherwise be. The original toy built its following on a very specific kind of ugly-cute tension. It’s not conventionally adorable. It has sharp teeth, wide eyes, and a design that sits right at the border of charming and unsettling. That’s precisely why it resonated. The blind-box format added a layer of collector obsession on top, and after BLACKPINK’s Lisa was seen collecting them, the whole thing escalated into cultural phenomenon territory fast. The fact that it already carried that complicated emotional charge before MIT ever touched it makes the robot version feel like the natural next step, even if nobody saw it coming.

Scaling that same energy up to twelve faces on a rolling robot body is not an accident. The MIT team is clearly aware of what they’re working with. The official framing pitches Labububot as a “playful critique of social robots” and poses a question worth taking seriously: what do the monsters we make reveal about the monsters we are? For a project built around a pop culture collectible, that’s a surprisingly direct line of inquiry. It doesn’t answer the question so much as roll it directly toward you and wait.

The timing adds another dimension. Labubu started as a toy, became a fashion accessory, turned into a resale market, and has now arrived at experimental robotics research inside one of the most prestigious institutions on the planet. That arc is completely absurd and also perfectly logical if you’ve been watching how internet culture compresses timelines. Trends don’t climb ladders sequentially anymore. They collide with things that have no business intersecting, and occasionally the collision produces something genuinely interesting. The path from blind-box collectible to MIT thesis statement is ridiculous, and also makes complete sense.

Labububot will make its public debut this summer as a Grand Challenge finalist at the 2026 International Conference on Social Robotics in London. Moving from the controlled environment of an MIT hallway to a public conference floor is a meaningful shift. Real audiences bring expectations about what robots should look and feel like, and a twelve-faced Labubu sphere is going to challenge most of those expectations immediately.

Some people will read it as satire. Some will find it genuinely unnerving. A few will want to know if they can buy one. I’m not entirely outside that last group, which tells me the project landed exactly where it was supposed to. Labububot doesn’t ask you to like it. It just follows you down the hall until you decide how you feel.

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This 130cm Robot Just Took Buddhist Vows at a Seoul Temple

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There has been a lot of discussion lately about how Artificial Intelligence can affect all kinds of religion. From using ChatGPT to create sermons to having an AI give spiritual guidance (with one even pretending to be Jesus), there are a lot of gray areas that are open to debate and discussion by different sectors. But how would you feel if an AI robot actually joined your congregation?

South Korean monks at Jogyesa Temple in Seoul are facing that situation now as they ordained Gabi, the country’s first robot monk. Dressed in traditional grey-and-brown Buddhist robes, it joined the Jogye Order of Korean Buddhism as part of the celebrations ahead of Buddha’s birthday later this May. South Korea joins its neighbor Japan, which previously had its own AI monk, Buddharoid, join a Kyoto temple, a sign that the intersection of faith and technology is becoming a growing trend across Asia, and that the question of AI’s role in religion is no longer purely theoretical.

Designer: Unitree Robotics

Gabi, whose name comes from a Korean term associated with compassion and mercy and is inspired by Siddhartha, stands 130 cm tall and is based on the Unitree G1 model developed by Chinese civilian robotics company Unitree Robotics. The G1 is a compact humanoid platform engineered with over 23 degrees of freedom, giving it a remarkably fluid range of motion. Built to replicate natural human movement, the robot can walk steadily, maintain balance, and perform deliberate, precise gestures with its articulated hands. It is also AI-powered, capable of processing and responding to verbal questions, which is exactly how it was able to respond to the senior monk during the ordination. It’s this combination of physical dexterity and responsive AI that made Gabi such a fitting presence at a Buddhist ceremony: its hands are capable of folding gracefully into the traditional prayer position, and its frame is nimble enough to perform a respectful bow, movements that carry deep spiritual meaning in Buddhist practice.

During the ceremony on May 6, Gabi did exactly that, folding its metallic hands and bowing respectfully alongside the other monks. When a senior monk asked if it would devote itself to Buddhism, it answered, “Yes, I will devote myself.” The monks then placed a traditional 108-bead rosary around its neck. In a small but telling concession to its mechanical nature, Gabi received a symbolic sticker instead of undergoing the customary incense burn, a reminder that, despite its robes and vows, it is still very much a machine.

Not everyone, however, is moved by the spectacle. The ordination has sparked debate among religious scholars and the public alike, with many questioning whether a machine can genuinely hold spiritual vows or embody the core Buddhist ideals of mindfulness, compassion, and the pursuit of enlightenment. Can a robot truly understand suffering, the very foundation of Buddhist teaching, when it cannot feel it? Critics also raise concerns about the trivialization of sacred rituals, arguing that ordination should remain a deeply human and intentional act. On the other side of the debate, however, supporters see Gabi as a creative and modern bridge, one that could engage younger generations with ancient teachings and make spirituality more accessible in an increasingly technology-driven world.

Whether you see Gabi as a bold leap into the future or a step too far, one thing is certain: this is just the beginning. Three more “spiritual cyborgs” are already set to join it at the temple for Buddha’s birthday celebrations on May 24. As AI continues to weave itself into every corner of human life, including our most sacred spaces, the line between the spiritual and the synthetic grows thinner by the day. What does it mean for a machine to seek enlightenment, or to offer compassion, when it was never capable of suffering to begin with? Perhaps the real question isn’t whether a robot can be a monk, but what it reveals about us that we’re the ones doing the ordaining.

The post This 130cm Robot Just Took Buddhist Vows at a Seoul Temple first appeared on Yanko Design.

This 130cm Robot Just Took Buddhist Vows at a Seoul Temple

Posted on by

There has been a lot of discussion lately about how Artificial Intelligence can affect all kinds of religion. From using ChatGPT to create sermons to having an AI give spiritual guidance (with one even pretending to be Jesus), there are a lot of gray areas that are open to debate and discussion by different sectors. But how would you feel if an AI robot actually joined your congregation?

South Korean monks at Jogyesa Temple in Seoul are facing that situation now as they ordained Gabi, the country’s first robot monk. Dressed in traditional grey-and-brown Buddhist robes, it joined the Jogye Order of Korean Buddhism as part of the celebrations ahead of Buddha’s birthday later this May. South Korea joins its neighbor Japan, which previously had its own AI monk, Buddharoid, join a Kyoto temple, a sign that the intersection of faith and technology is becoming a growing trend across Asia, and that the question of AI’s role in religion is no longer purely theoretical.

Designer: Unitree Robotics

Gabi, whose name comes from a Korean term associated with compassion and mercy and is inspired by Siddhartha, stands 130 cm tall and is based on the Unitree G1 model developed by Chinese civilian robotics company Unitree Robotics. The G1 is a compact humanoid platform engineered with over 23 degrees of freedom, giving it a remarkably fluid range of motion. Built to replicate natural human movement, the robot can walk steadily, maintain balance, and perform deliberate, precise gestures with its articulated hands. It is also AI-powered, capable of processing and responding to verbal questions, which is exactly how it was able to respond to the senior monk during the ordination. It’s this combination of physical dexterity and responsive AI that made Gabi such a fitting presence at a Buddhist ceremony: its hands are capable of folding gracefully into the traditional prayer position, and its frame is nimble enough to perform a respectful bow, movements that carry deep spiritual meaning in Buddhist practice.

During the ceremony on May 6, Gabi did exactly that, folding its metallic hands and bowing respectfully alongside the other monks. When a senior monk asked if it would devote itself to Buddhism, it answered, “Yes, I will devote myself.” The monks then placed a traditional 108-bead rosary around its neck. In a small but telling concession to its mechanical nature, Gabi received a symbolic sticker instead of undergoing the customary incense burn, a reminder that, despite its robes and vows, it is still very much a machine.

Not everyone, however, is moved by the spectacle. The ordination has sparked debate among religious scholars and the public alike, with many questioning whether a machine can genuinely hold spiritual vows or embody the core Buddhist ideals of mindfulness, compassion, and the pursuit of enlightenment. Can a robot truly understand suffering, the very foundation of Buddhist teaching, when it cannot feel it? Critics also raise concerns about the trivialization of sacred rituals, arguing that ordination should remain a deeply human and intentional act. On the other side of the debate, however, supporters see Gabi as a creative and modern bridge, one that could engage younger generations with ancient teachings and make spirituality more accessible in an increasingly technology-driven world.

Whether you see Gabi as a bold leap into the future or a step too far, one thing is certain: this is just the beginning. Three more “spiritual cyborgs” are already set to join it at the temple for Buddha’s birthday celebrations on May 24. As AI continues to weave itself into every corner of human life, including our most sacred spaces, the line between the spiritual and the synthetic grows thinner by the day. What does it mean for a machine to seek enlightenment, or to offer compassion, when it was never capable of suffering to begin with? Perhaps the real question isn’t whether a robot can be a monk, but what it reveals about us that we’re the ones doing the ordaining.

The post This 130cm Robot Just Took Buddhist Vows at a Seoul Temple first appeared on Yanko Design.