Physical AI builders, let’s connect in Pittsburgh! 🤖 Meet Galbot’s founding team and builders from across academia and industry during #IROS 2026. Join us for big ideas, new connections, drinks, and bites. 🥂 📅 Sept. 29 · 5:00–9:00 PM EDT 📍 The Pittsburgh Foundation – The Point #IROS2026 #Pittsburg #PhysicalAI #Galbot #HumanoidRobot

香港に初のロボット売店「Galbot Store」　3カ所へ同時出店 hongkong.keizai.biz/headline…

WATCH: From Cybercabs hitting the streets in Austin, Texas, to robots serving shoppers in Hong Kong, we round up the week's hottest stories in tech. Julian Satterthwaite reports reut.rs/4iWQgFI

Beijing-based company Galbot has launched its first humanoid robot-operated convenience stores in Hong Kong.

Galbot turned its robot family into a live stage show at WRC. 😂 The whole thing played out like a skit, but each robot got to show what it can do: the new ET1 and a G1 played hosts, S1 handled the heavy lifting, while another G1 worked the store counter. A much more fun way to show different robots doing different jobs. We filmed 100+ robotics companies at WRC and came home with 300 GB of footage. Plenty more good stuff to share.

What if humanoid robots could gesture as naturally as they speak? 🤖 Introducing RoboGesture — enabling humanoids to listen, respond, and gesture with meaning. RoboGesture closes the listen → respond → gesture loop in ~2 seconds, bringing us closer to natural human–humanoid interaction. Semantically aligned. Real-time. Safety-aware. 📍 #ECCV2026 · Poster Session 2 · ExHall #178 🗓️ Sep 10 · 16:30–18:30 CEST 🔗 robogesture.github.io #Galbot #EmbodiedAI #HumanoidRobot

200+ PRE-ORDERS IN JUST 24 HOURS! 🚀 #Galbot #ET1 #HumanoidRobot #Robot

Galbot ET1 — the world’s first autonomous learning-capable agentic humanoid robot — is now available for pre-order on JD.com! A Native Agent for the Physical World, ET1 is built to see, think, and act in real time; bringing together multimodal interaction, autonomous learning, and natural whole-body motion. At its core: 🤖 Native Agent for the Physical World. It perceives, reasons, plans, and acts as the world changes. 🧠 100M-Scale Motion Foundation Model. It enables stable, natural, human-like motion, even for entirely new movements. ⚡ Learns Through Interaction. No motion capture. No motion videos. ET1 learns new movement skills directly through human interaction. 👀 Dynamic Reasoning & Action Planning. It sees, thinks, and acts in real time in the physical world. I See. I Think. I Act. This is Galbot ET1. #Galbot #ET1 #HumanoidRobot #EmbodiedAI

See you at #IFA2026 🤖 #Galbot #IFA #HumanoidRobot #EmbodiedAI

A robot played tennis against a Wimbledon semifinalist, got knocked flat on its back, then stood up and kept playing. @GalbotRobotics built it with @Tsinghua_Uni. No remote control, no script. It tracked the ball, predicted where it was going, and moved its whole body to get there in real time, returning serves over 100 kilometers an hour from former world No. 15 Zheng Jie. Galbot says it managed over one hundred consecutive rallies, which they're calling a world record, though that number is still theirs rather than independently confirmed. And it wasn't alone. That same night, @AGIBOTofficial's Expedition A3 traded ping pong rallies with Ding Ning, an Olympic gold medalist. Two world firsts in one evening, both inside the arena China built for the Winter Olympics. What sport do you think a robot masters next?

A new milestone for humanoid robot tennis. Galbot Robotics’s robot completed 100+ consecutive autonomous rallies without a single mistake in a live broadcast. [Video: World Humanoid Robot Games]

🏆 3 GOLD MEDALS. 100% AUTONOMOUS. 100% WIN RATE. Galbot G1 swept the three most challenging scenario competitions at #WHRG: Home, Catering, and Retail. 🏅 Home: household organization, laundry, delivery pickup, and long-horizon tasks with unexpected interruptions 🏅 Catering: understanding voice commands, handling and heating food, preparing drinks, and completing delivery 🏅 Retail: order picking, shelf restocking, store inspection, and returning misplaced products When robots can truly understand, plan, and act autonomously in the physical world, embodied AI’s “ChatGPT moment” may be closer than ever. #Galbot #HumanoidRobot #WHRG #EmbodiedAI

🚨 Beijing inauguró los segundos Juegos Mundiales de Deportes con Robots Humanoides con el primer duelo del mundo entre un ser humano y un robot: el androide de Galbot desafió a la excampeona de tenis Zheng Jie y sus saques superaron los 100 km/h. ¿Qué opinas de este hito? 👇 #Robots #teleSUR #25Ago

ヒューマノイドが元プロテニス選手と263秒間打ち合いました。遠隔操作は使っていません。 中国のGalbot（銀河通用）が公開した二足歩行ロボット「AstraTennis」です。世界ロボット大会の会場で、元プロの鄭潔選手を相手にサーブ、走り込み、ネット際の処理まで自分で判断して動きました。 これまでの球技デモは1回のラリーを見せるものが中心でした。数分続く実際の試合に入ったことで、判断と動作を止めずに回し続けられるかという別の指標に移っています。

THE ROBOT ISN’T JUST STANDING THERE. IT’S TRACKING THE SHUTTLE MID FLIGHT. These clips are from the World Humanoid Robot Games in Beijing, where humanoid robots stepped onto real sports courts against real opponents instead of just performing scripted routines for cameras. What you’re watching is a robot in a live rally, reading the trajectory of the shuttle, adjusting its stance, and positioning itself to return the shot in real time. No pre-programmed sequence, no slow motion, no reset between attempts. Just a robot reacting to something a human just did a fraction of a second earlier. Racket sports are one of the hardest disciplines at these games, harder than sprinting or soccer. Just days ago, Chinese humanoid Galbot stepped onto a tennis court against professional player Zheng Jie, whose serves topped 100 km per hour, leaving the robot fractions of a second to react. It got knocked flat by a high looping shot, but recovered and got back on its feet on its own, and it read her slices and spin, adjusting its body to the angle of attack. That’s exactly why racket sports became the new testing ground in Beijing. You can’t script an opponent’s swing here. The robot has to see it, predict where the shot is going, and move its whole body to intercept it, all within a fraction of a second, with zero room to pause. This is a very different bar than looking impressive in a lab demo. It’s the difference between performing a task and actually competing at one. Watch the match below

Humanoid robots make their debut at a tennis match in Beijing In Beijing, a fully autonomous humanoid robot made its debut as a participant in a tennis tournament, according to CGTN. On Saturday, at the opening of the II World Games of Humanoid Robots, it played an exhibition match in mixed doubles alongside Chinese tennis player Zheng Jie and actor Li Yunrui. The robot was developed by the Beijing-based company Galbot and Tsinghua University. It can recognize flying balls, calculate their trajectory, automatically adjust its position, and hit the ball without using pre-programmed actions or human control. This allows it to react in real-time to changing game situations.

🔴: شركة GALBOT للروبوتات بالصين امس في بطولة WHRG للروبوتات قدموا روبوت عنده مهارات ويلعب التنس!!! وهذي الروبوتات نجحت في تبادل الكرة لأكثر من 100 ضربة متتالية، وحققت رقم قياسي جديد بالنسبه للروبوتات، تخيلو ان اللعبه ذي صعبه وتتطلب ردة فعل سريعه ومشاهدة هدف صغير متحرك وضربه بشكل مباشر، والله شيء مذهل…