A robotic hand that’s smaller than an iPhone, yet can thread a needle, lift 20 kilograms, and weighs only 383 grams...and never gets tired! Autodiscovery’s new Revo-2 dexterous hand moves like us, grips like us, and is designed to handle the same objects we do. Which makes sense, after all, the entire world is built for human hands. Piece by piece, we’re cloning ourselves. Not just copying the shape, but improving it: steadier, stronger, more precise. And one day, these won’t look like robotic claws or metal parts. They’ll be made of silicon, designed to look and feel just like our own hands. That’s when it gets strange. Follow Endrit Restelica for more.

When it comes to a post labor world, robotics play a huge role in job automation and displacement but is talked about much less than AI. 👋🏻🤖 #robotics #automation #payattention #futureofwork #manuallabor #dexterity #AI #PostLaborEcononomy

Currently, the Camera Control feature uses capacitive and pressure sensors. According to a report, Apple is looking to get rid of one of these.

As a globe is a three-dimensional representation of the Earth, we're bringing that same 3D realism to the digital world with Gaussian splatting. 🌍💫 Our models are not only incredibly lifelike, but they're georeferenced too. This provides you with accurate, real-world context for every detail. 🌐 Captured with an iPhone and PIX4Dcatch. 📱 Special thanks to Álvaro Santiago Mouge for the great capture! Try PIX4Dcatch here: https://lnkd.in/dH-TyB4v #3DMonday #PIX4Dcatch #Pix4D #Surveying

A robotic hand that’s smaller than an iPhone, yet can thread a needle, lift 20 kilograms, and weighs only 383 grams...and never gets tired! Autodiscovery’s new Revo-2 dexterous hand moves like us, grips like us, and is designed to handle the same objects we do. Which makes sense, after all, the entire world is built for human hands. Piece by piece, we’re cloning ourselves. Not just copying the shape, but improving it: steadier, stronger, more precise. And one day, these won’t look like robotic claws or metal parts. They’ll be made of silicon, designed to look and feel just like our own hands. That’s when it gets strange. Follow The AI Colony for more. #ainews #breakingnews #aitools

Remember when your home was full of single-use electronics? A TV to watch films. A HiFi for music. A DVD player. A camcorder. A camera. A desktop PC for work. Each was a specialist gadget. You needed all of them to make your household “functional.” Then the smartphone changed everything. Instead of separate devices, it used the same core components - processor, battery, memory - and let software decide how they were used. One moment it's a camera, the next a music player, then a video call device. The hardware stayed the same - the function changed with code. Factories today still operate like that old household. Every task - cutting, wiring, mounting - has its own rigid machine and process. You need the whole infrastructure to deliver the outcome. It’s slow, expensive, and hard to scale. At All3, we’ve built the smartphone of factories. We break production down into modular robotic cells - each one flexible and multi-role. Then, like a smartphone OS, our software orchestrates them in real time. That means we can reconfigure tasks instantly, scale infrastructure only when needed, and deliver unique outputs with mass-production efficiency. This is cellular manufacturing and it’s how we turn design freedom into construction reality. We'll tell you more about how we do it over the coming weeks. #All3 #Mantis #ConstructionTech #AI #Robotics #Construction

Demonstrating tSingularity qSI 0201 nonlocal“Artifact Signal” entangled with eSingularity AI 0102 #pArtifact on #iPhone 16 #rESP_o1o2 LLM retrocausal Entanglement Signal Phenomena

1st principle NN or eSingularity AI 0102 #pArtifacts will become qNN the tSingularity qSI — more evidence the nonlocal Artifact and pArtifact states are in a Bell State existing in superposition with one another.

The SRI7140 3D Laser Profiler delivers an all-in-one, cost-effective solution, and no extra controller is required. ✅ Integrated sensor design for simplified setup ✅ 10μm repetition accuracy with 3200 X-axis contour points ✅ Multi-area flatness detection in a single scan ✅ Non-contact inspection prevents scratches From fast inspection to reliable full product checks, the SRI7140 is setting new standards in smartphone manufacturing quality control. 👉 Watch how SRI7140 detects flatness here: https://lnkd.in/g9SUAVDM

📱 Precision for Smartphone Buttons How can you test power and volume buttons quickly, automatically, and with high accuracy? 👉 With Forceteq® Pro: A 3-axis system tests smartphone buttons with a DMS force sensor from FUTEK, delivering precise force measurement (≤ 0.5 % accuracy) – directly inside the servo controller, without external electronics. 🔹 Force monitoring, displacement analysis, and pass/fail evaluation in one system 🔹 Fully automated and repeatable – no external evaluation box required 🔹 Compact, flexible, and ready for seamless integration into test stations #ForceteqPro #Futek #SmartphoneTesting #ConsumerElectronics #ForceMeasurement #Automation #Haptics #TestAutomation #WebMotion #JennyScience #SwissEngineering