miravelle

@Sabrine_dz_ بلادنا الجميلة 🤍

Basilique Saint Augustin d'Annaba, Algérie 🇩🇿

@ErenChenAI يهبلو

At the Beijing Robot Marathon, some aim for speed, while others aim to be cute. And we got Booster too :)

🔴انجازات الصين للبشرية 🤖 روبوتات متخصصة 🛠 طوّر مهندسون صينيون روبوتات تعمل بدل البشر في البيئات الخطرة؛ منها روبوت متسلق للأسطح العمودية يقوم باللحام وفحص العيوب وإزالة الصدأ دون بطاريات، وآخر للمهام الأرضية قادر على مكافحة الحرائق والتعامل مع تسرب الغازات وكشفها حتى مسافة 2 كم.

Humanoids are taking center stage. Your imagination is the only ceiling.

@sciencegirl يهبل

A Penguin jumped on a boat to escape a Seal, so they took him to the iceberg where his friends were waiting for him

The Self-Manufacturing Future: Humanoid #Robots Building Robots by @Robo_Tuo #Robotics #Engineering #ArtificialIntelligence #Innovation #Technology

Japan plans to mass-deploy humanoid caregiving robots👵🤖 Enactic Robotic has developed a humanoid assistance robot called "Ena." (Built upon the OpenArm platform, 600 units have already been sold.) But,it is not designed to replace human caregivers, nor will it be directly responsible for the personal care of the elderly. Instead, its primary role is to handle repetitive daily chores, such as: 👔Doing laundry 🥣Clearing dishes 🥡Replenishing supplies 🧹General cleaning 📦Moving items … This enables caregivers to be relieved of tedious chores, allowing them to devote more energy to the actual care of the elderly and those undergoing rehabilitation, as well as to spending time in their company. Currently, the company has established partnerships with over 80 care facilities across Japan (including several major care chains). Field testing is set to officially launch this summer, establishing a closed-loop cycle of "demand->development->validation." In the future, the collaboration between humans and humanoid robots may well make elderly care both less physically demanding and more compassionate.

@ReflexRobot ❤️

LET HIM COOK

American startup Reflex Robotics makes warehouses faster, smarter, and more efficient.

XPeng Humanoid #Robot Hosts a Real-World HQ Walkthrough by @fredlambert #AI #Robotics #EmergingTech #Innovation #Technology

Researchers trained humanoid robots to climb and vault obstacles, testing AI systems designed to improve how quickly robots understand and react to their environment.

✨🇨🇳On the streets of China, many humanoid robots are doing marathon training on the roads, preparing for the Beijing Yizhuang Robot Marathon. Look how fast they run! 🤖

A Polish startup just built a 1,000 muscle robot that moves exactly like a human and it’s terrifying. 📹 Nic Conley

@Rainmaker1973 ❤️

Grass sledding on the Grassland in Inner Mongolia

@ErenChenAI ههههه

World’s first robot autonomously kicking human 😂 K1 probably recognized my white shoes as soccer ball. Reminder: only activate K1 autonomous soccer mode in the soccer field!

A single sentence can now become a full song. Lyrics. Vocals. Instruments. Tempo. All generated in seconds. Even a photo can be turned into a soundtrack. This new system from @Google turns ideas into music instantly. We are entering an era where ideas become music instantly. Here is what that means for creativity and AI.

Foundation models are getting "smarter," but we’re still stuck in the "demo era." A smooth video doesn't mean a robot is ready for the real world. How is the industry tackling this "Validation Gap"? 🧵 This is gonna be a long one ❗️❗️ [Save this so you can find it when you need it]

I’ve never seen this much progress in robotics In the lab, we’re watching AI capabilities emerge that we didn’t even know were possible I’ll show you tomorrow 9am pt

This is looking amazing

Bioinspired robot Fly - Roll - Walk - Crawl Multi-Modal Mobility Morphobot (M4), a revolutionary robot inspired by nature's most adaptable creatures. > Capable of multiple forms of movement: flying, rolling, crawling, and more. > Features adaptive appendages that function as wheels, thrusters, and legs. > Equipped with advanced sensors and autonomous capabilities for navigating complex terrains. M4 exemplifies the future of robotic locomotion, seamlessly adapting to diverse environments. Credit: Eric Sihite, Arash Kalantari, Reza Nemovi, Alireza Ramezani & Morteza Gharib Paper: nature.com/articles/s4146… Caltech: caltech.edu/about/news/new… Funded by NASA Jet Propulsion Laboratory