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
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📱✨ Watch the fascinating process of mobile phone assembly! On the production line, the front portion glides smoothly along the conveyor belt, ready for the next operation. ⚙️🔧 A perfect mix of precision, speed, and automation—this is how innovation comes to life in modern mass manufacturing! 🚀💡 ⚠No ©Copyright infringement intended ❌ #Technology #Manufacturing #Automation #Innovation #Engineering #TechProcess #MassProduction #Smartphones #FactoryLife #FutureTech #HighTech
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Tire pressure monitoring plays a vital role in aircraft maintenance, helping to prevent failure events caused by improper inflation. Our breakthrough long-range wireless sensing technology, iPRESS, lets users stand in front of the aircraft, open a dedicated app on a smartphone or tablet, and instantly read the tire pressure of each wheel. Watch as @Steve Rorebeck, Vice President - Strategic Account Management (Americas), explains why iPRESS is a game-changer for the industry. #AircraftTires #TirePressureSensor #AerospaceEngineering
Tire pressure monitoring plays a vital role in aircraft maintenance, helping to prevent failure events caused by improper inflation. Our breakthrough long-range wireless sensing technology, iPRESS, lets users stand in front of the aircraft, open a dedicated app on a smartphone or tablet, and instantly read the tire pressure of each wheel. Watch as Steve Rorebeck, Vice President - Strategic Account Management (Americas), explains why iPRESS is a game-changer for the industry. #AircraftTires #TirePressureSensor #AerospaceEngineering
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Wow, Android Central Labs must be busy testing devices while the rest of us are just trying to find a usable charger. This article dives into Android Central's dedicated lab work, exploring new devices, testing features, and keeping an eye on upcoming tech trends, with a focus on how software and hardware innovations are shaping the user experience. As a product manager, I see valuable insights into how thorough testing and user feedback loops are critical to releasing refined products during a time when consumers demand innovation and reliability amidst global uncertainties. Thanks to Nicholas Sutrich for the insightful breakdown—your detailed exploration keeps us all in the loop with the latest tech intel. #Android #TechTrends #Innovation #ProductManagement First published: August 2025
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Solving smartphone heat challenges with material innovation. SK hynix has developed and begun supplying the industry’s first high-thermal mobile DRAM using #HighKEMC packaging material. With 3.5× higher thermal conductivity and 47% lower thermal resistance, this solution addresses on-device #AI heating issues, enhancing smartphone performance and battery life. Driven by material innovation, SK hynix continues to strengthen its leadership in next-gen #MobileDRAM. #SKhynix #Innovation
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🦾🤖 Life Sciences Robotics | 🚀Pharma, Medical & Lab | 🗓️Tech Blogger | 🗣️ Public Conference Speaker
🦾 𝐒𝐦𝐚𝐫𝐭𝐩𝐡𝐨𝐧𝐞 𝐀𝐬𝐬𝐞𝐦𝐛𝐥𝐲 – 𝐋𝐨𝐭 𝐒𝐢𝐳𝐞 𝟏 🦾 👇 Read More Below 👇 Yaskawa demonstrates how flexible lot size 1 production can be achieved in smartphone assembly — from bare board to finished case — with precision, speed, and automation. 𝐊𝐞𝐲 𝐅𝐚𝐜𝐭𝐬: ✅ Bare board and case assembly produced in lot size 1 ✅ Short cycle time through synchronized motion between robot and gantry ✅ Quality inspection of assembled smartphones with robot and vision system ✅ Laser marking tailored to each customer order ✅ Finished parts transported and added directly to stock This solution highlights how robotics and vision systems enable mass customization and efficient handling, even at lot size 1. 🎥 Video edited and cut by me, based on original content by YASKAWA Europe #yaskawa #robot #smartphone #assembly #production #technology
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Hardware or software? Why not both. Listen, Inc. has introduced the AudioConnect 8×8. This is its first 8-in, 8-out audio measurement interface, designed for precision audio testing. ✅ Scales up to 32 channels over USB-C ✅ Built-in power for SCM & IEPE microphones ✅ Seamless integration with SoundCheck Perfect for high-channel count applications like microphone arrays, loudspeaker directivity, and automotive acoustics. Read the full article here: http://bit.ly/4n1bnpl #AudioTesting #Acoustics #SoundMeasurement #Innovation
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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.
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Ever thought about controlling a robotic arm just by moving your phone? With the built-in IMU sensors of a smartphone, we've made it possible to steer our robotic arm in real time — smooth, intuitive, and fun to try. 🚀 This demo shows how simple tools can unlock powerful ways to interact with robots, from research labs to classrooms. ✨ We're also planning to open-source this demo soon — stay tuned, fork our GitHub, and follow the updates here: 👉 github.com/agilexrobotics Check out more at 🌐 https://lnkd.in/epichVDi #AgileXRobotics #RoboticsDemo #Teleoperation #research #engineer #HumanRobotInteraction #EmbodiedIntelligence #OpenSource #robotics #VLA #phone #iphone
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Business Analyst | 10+ Years of Experience in Consumer Electronics and Technology | PSM I | PMI | ITIL Certified | Data-Driven Innovation | Empowering Business Transformation Through Technology
🚀 The new A19 Pro chip, featured in the iPhone 17 Air and Pro, introduces a notable architectural update: Neural Accelerators embedded directly into each GPU core. Previously, Apple relied on dedicated Neural Engines to power features like Siri, image processing, and other on-device intelligence. This new GPU-level integration marks a shift toward enabling more demanding, fully local AI workloads. Apple claims up to a 4x performance boost for GPU-intensive tasks. 🔍 This unlocks possibilities such as: - Running larger LLMs directly on-device - Advanced image and video generation - Faster, more private AI interactions - Greater flexibility for edge AI developers - Smoother, more intelligent mobile gaming experiences 🔥 To support the added performance, Apple introduced a vapor chamber cooling system — a notable move in smartphone thermal design. It’s a strong step forward for high-performance, privacy-preserving AI at the edge — and could influence how future apps and mobile workflows are built. #OnDeviceAI #EdgeAI #A19Pro #NeuralAccelerators #LLM #TechInnovation #AIInference #MobileComputing #iPhone17 #SiliconDesign
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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.
