Humanoid Bots

[image] 🚨 Breaking! Tesla Reportedly Issues New Batch Production Orders for Optimus V3 Robot! 🔥 This week, Tesla has reportedly sent the first firm volume production orders for Optimus V3 to its core suppliers, officially moving the project from the PPA framework stage into SOP mass

[image] We're building Asimov, an open-source humanoid robot you can hack and build on top of. @asimovinc is a humanoid robot built by Menlo Research, an applied R&D lab in Singapore. We've been sharing our building journey on socials. More than 50 people on X told us they'd be

[video] This is what excites me about @Auki beyond the robots. The posemesh is not built for one sector. It is built for any machine that needs to understand and navigate physical space. Drones. Already happening. Alpha AI - a licensed autonomous drone operator in Hong Kong is using

[video] Autonomous robotics is entering a new phase. Machines following fixed commands and systems that can perceive, decide and act dynamically in real world environments From environmental scanning to real time path generation and precision navigation, mobile manipulation is becoming

[video] Andromeda Robotics brought Abi, an emotional companion robot, to the US after 2 years in Australian care homes. 1000s hours of companionship, speaks 90 languages. Remembers every resident and helps offset staffing shortages. But here's the thing nobody is talking about: How

[video] A 300kg semi-humanoid robot just arrived at the @Auki HQ. The Galbot S1. Strongest semi-humanoid on the market right now. 20kg lift per arm. One of the first units to ever leave China. And the Auki team already has it doing anomaly detection, live robot feeds and navigating to

[video] Let me tell you what is actually happening at the base:0xf9569cfb8fd265e91aa478d86ae8c78b8af55df4 | @Auki HQ right now and why I have been saying the market has not woken up yet. A large Asian retailer with 800 stores in a single country just issued a formal Request for

[text] Let me explain something that most people are still missing about base:0xf9569cfb8fd265e91aa478d86ae8c78b8af55df4. Robots needs to understand the space it is walking into. The layout. The shelves. The products. The workflow. Without that context the robot is just expensive

[video] This is bigger than scanning two QR codes. The real breakthrough is removing the headache from robot deployment. Traditionally, getting a robot into a new environment can mean mapping, configuration, localization, technical setup and probably finding the one engineer who

[image] That screenshot just broke my brain a little. Four robots. Online. Live. Managed from a single dashboard inside Cactus. ✅Booster-k1. ✅Galbot. ✅Bracketbot. All sitting in the same fleet view like it is the most normal thing in the world. Stop and think about what that

[text] The robotics race isn't just about who builds the best robot. It's about who builds the learning loop around the physical world. Unitree: robots → real-world deployment → feedback → better robots. @Auki : robots → mapped environments → spatial intelligence →

[text] This is how I think about @Auki too. The market can look at Auki today and see Cactus, retail scanning and spatial computing. I’m looking at what can potentially be built on top of the infrastructure underneath it. AI already understands the digital world. The next massive

[video] Let me explain why I’m so convicted on base:0xf9569cfb8fd265e91aa478d86ae8c78b8af55df4 because I think the market is still looking at the wrong part of the story. Everyone is watching the robot race. Who builds the best humanoid. Who ships the most units. Who gets the biggest

[video] Most people think robots are about execution. Nils just explained why that is only 25% of the picture. Every business runs on a loop, capture information about your environment, analyze it, make decisions, then execute. Most robotics companies jumped straight to execution and

[video] Everyone talks about how impressive a robot is. I’m starting to care more about how easily you can deploy 1,000 of them. Because a robot that needs engineers on-site, custom setup and constant babysitting doesn't scale. This is where $AUKI gets interesting. @Auki is working

[video] The Next Wave of AI is PHYSICAL and base:0xf9569cfb8fd265e91aa478d86ae8c78b8af55df4 is Building Its Nervous System NVIDIA shared their vision for the future of artificial intelligence: Physical AI We have officially moved past Software 1.0 (CPUs) and Software 2.0 (Generative AI

[video] The LimX Oli humanoid showing off some dance moves. 🤖💃 According to the representative, Oli can continuously perform dance routines for up to two minutes. Beyond entertainment, demonstrations like this highlight balance, motion control, and whole-body coordination working

[video] This demo is worth watching twice Fam! Galbot receiving a scan job from the network, executing it, sending the data to a reconstruction node. Clean. Autonomous. No human in the loop. But the real story is not the demo. It is what it represents. Robots are now a native node

[image] People are looking at NVIDIA’s Physical AI thesis and thinking: “Robots are going to be huge.” I think there’s a second-order opportunity being missed. If Physical AI becomes a $100B+ business, the valuable layer won't stop at the robot. Every machine operating in the real

[text] 7 humanoid robot makers are pushing robots out of the lab and into real world factories Figure AI AgiBot Unitree Tesla UBTech Apptronik Boston Dynamics Humanoid robots still have a lot of work to do Today’s humanoids cannot match humans at handling unpredictable situations or

[text] Auki really got people fired up with this demo 😂 I can understand the reaction though. A CCTV view with person-shaped outlines looks a lot like tracking at first glance. They're not trying to track the people. They're trying to derive where attention lands on the shelves, so

[video] Good staff get burned out doing the dumbest part of the job: searching. Not selling. Not helping. Searching. Cactus kills that loop. Products get found, tasks get routed, the floor stays mapped. Keep your best people on work that actually matters.

[video] Boston Dynamics' Spot climbs the stairs facing forward—but when it's time to come down, it doesn't turn around. Instead, it walks backward down the stairs while maintaining its balance. A fascinating example of AI-powered robotic mobility. #BostonDynamics #Spot #AI #Robotics

[video] Parts with features around different sides can become more time-consuming when each new direction requires extra handling. 4-axis CNC machining adds controlled rotation, allowing more sides to be machined in a more continuous process for suitable geometries. #4AxisCNC

[video] Beijing just put on humanoid robot games. Robots competing in public. In front of crowds. Like it is already the new normal. Back in March Nils laid out exactly why this moment was coming. China broke more humanoids this year than America produced. The gap is not about GPUs or

[video]

[video] Title: Oli by LimX Joins the Robot Dance Battle! 🤖💃 First came AgiBot X2. Then AgiBot A3 joined the dance. Now Oli by LimX has had enough of watching from the sidelines and jumps in with its own moves! 😄 Of course, it's all in good fun—but it's amazing how expressive

[video] Complex medical parts often require machining from several directions, making repeated repositioning part of the challenge. 5-axis CNC machining reaches more geometry in fewer setups, helping reduce handling while keeping related features under better control. #5AxisCNC

[video] A look inside Chimelong Spaceship Park, where AGIBOT is bringing embodied AI into a large-scale visitor experience. More than 300 AGIBOT robots are being deployed across entertainment, education, visitor services, hospitality, and sports activities. Here’s a slideshow of images

[video] Complex robot parts can require machining from several directions, adding extra handling as geometry becomes more demanding. 5-axis CNC machining allows more of the part to be machined through coordinated movement, reducing repeated repositioning for suitable geometries. #5Axis

[video] This is such a smart way to use what stores already have. You don't need to redesign the whole environment to make it more intelligent.

[video] If this AgiBot A3 dance doesn't make you laugh, I have to wonder why. 😂🤖 Robots aren't just becoming more capable—they're becoming surprisingly entertaining. #AgiBot #A3 #HumanoidRobot #AI #Robotics

[video] Watch Galbot S1 carefully place a lidless plastic box on the table, release it, and immediately turn toward its next task. 🤖 Simple movement—but precise object placement and controlled manipulation are important steps toward robots working reliably in real-world environments.

[video] had the opportunity to film the Ghost Robotics Vision 60 showcased by KRM. Designed for demanding environments, Vision 60 is a rugged quadruped robot built for autonomous inspection, industrial operations, public safety, and defense applications. Its all-terrain mobility allows

[video] Xiaoyue by Noetix Robotics — a highly lifelike biomimetic robotic head from China. I captured this short interaction showing Xiaoyue speaking Chinese with a representative at the event. Its facial movements, gaze interaction and speech synchronization make for a fascinating

[video] Leonardo da Vinci imagined a machine that could move like a human more than 500 years ago. 🤖 This is the Mechanical Knight, a reconstruction inspired by Leonardo's 1495 designs. From mechanical linkages to today's humanoid robots, the idea of building machines that imitate

[video] Tokyo-based O-ID has raised $1.2 million in pre-seed funding to develop fully modular humanoid robots for industrial manufacturing and logistics. O-ID's approach centers on swappable modules that can be serviced and customized, with the goal of making robots easier to deploy and

[video] This is how the LimX TRON 2 climbs and descends stairs. 🤖 According to LimX, the robot uses visual information for motion planning to navigate stairs step by step. It's another example of how embodied AI is enabling robots to move more naturally in environments designed for

[video] Looks like AgiBot A3 couldn't let AgiBot X2 steal the spotlight! 😄 After watching X2's impressive dance, A3 jumps in with its own hilarious moves. (Just having a little fun—the robots aren't actually competing!) 🤖 Which dance wins your vote? #AgiBot #A3 #X2 #HumanoidRobot

[video] Is that Bruce Lee? No, it's the Unitree G1 performing some martial-arts-inspired movements. Beyond the entertainment, movements like these require precise coordination, balance, timing, and control across multiple joints. It's another fun example of how humanoid robots are

[video] At first, I thought Spot by Boston Dynamics was charging wirelessly because there wasn't a visible power cable. After looking into it, Spot actually uses an autonomous docking station with an integrated electrical connection. Once fully charged, it stands up and continues its

[video] X Post AGIBOT X2 showing off its K-pop-inspired dance moves. The coordination of its arms, legs, waist, and upper body makes this performance fun to watch and also highlights the progress being made in full-body humanoid motion control. Robotics is getting more expressive.

[video] Individual Robot Dance II 🤖🕺 Same robot, different moves! This time, it shows off another part of its dance routine. The coordination and smoothness of the movements continue to surprise me. I’ll share a few more individual moves before we reveal the full group performance.

[video] What could AI-powered safety inspections look like on a real job site? This simulation from LOAS demonstrates how autonomous inspection robots can identify potential hazards, monitor work environments, and assist with incident reporting before problems escalate. #LOAS #AI

[video] One robot becomes two! 🤖🤖 This impressive demonstration from EFLOW shows a modular robotic platform that separates into independent units, each standing up and moving on its own. A fascinating approach to future mobility—where robots can adapt their form to different tasks

[video] A closer look at AGIBOT's OmniHand 3 Ultra-M. This 20-DoF dexterous robotic hand combines direct-drive actuation with tactile sensing to support precise manipulation and embodied AI applications. At just 630 g, it's an impressive example of how much robotic capability can be

[video] A fun human-vs-robot soccer moment at the museum. A young volunteer stepped in as goalkeeper against a Booster T1. The T1 managed to get the ball past him and score. I've mosaiced the volunteer's face to protect his privacy. Robot soccer doesn't always have to be a serious

[video] At first glance, it looks like a beautiful goldfish. 🐟✨ But take a closer look… 👀 This isn't a real fish. It's a robotic fish swimming underwater, designed to mimic the movement of a living fish. Sometimes you just have to watch patiently to see the technology hiding in

[video] This single robotic arm has an unusually number of joints. And it makes one thing very clear: every additional degree of freedom has a price. More joints can mean greater dexterity, range of motion and control. But every joint also brings another actuator, sensors,

[video] AGIBOT G2 at work. The robot picks up individual parts and places them into a square-shaped tray, repeating the task with controlled and precise movements. It may look simple, but reliable pick-and-place is one of the building blocks of real industrial automation. #AGIBOT #G2