What is true on Sensing?

On this layer

NVIDIA12 Eka Robotics6 Hugging Face5 Physical Intelligence5 Unitree5 Anthropic4 Google4 Luxonis4 MIT4 PrismaX4 RealSense4 Seeed Studio4 Lumentum3 Ropedia3 Stanford3 Tesla3 a16z2 Claude Code2 FANUC2 Fourier2Fremont2Intel2 KAIST2 NOETIX2 Raspberry Pi2 ABB1 Advanced Navigation1 Ahead Form1 Ai21 Airwise1 Aitu1 Alpamayo1 Amazon1 Analog Devices1 Antigravity1 Arduino1Austin Fab1AVerMedia1 Bernstein1 Bosideng1 Boston Dynamics1 Broadcom1 Clearpath1 CoreWeave1 Curtiss-Wright1 D-Fend Solutions1 Dexory1 DJI1 F-Prime Capital1 Flexiv1 Foxconn1 GA Robotics1 Harvest CROO1 IEEE1 Jack Technology1Japan’s Ministry of Land, Infrastructure, Transport and Tourism (MLIT1Jinki Ittai1 JR West1 JX Advanced Metals1 Knightscope1Knightscope Headquarters1Lantronix1 LeRobot1 LiveU1 LZ Tech1 Marvell1Megafactory Texas1Mercedes-Benz1 Meta1 MetrologX41 Micron1 MicroVision1 Mundane Bot1 Murata1 Nebius1 Nippon Signal1 Nomura1 OpenClaw1 Optivolt1 Phantom Neuro1 Pollen Robotics1 Renishaw1 Robinson Unmanned1 ROBO-HI1 Robotiq1 Rockchip1 Rockwell Automation1 RuggON1 Samsung1 Seeed1 Sharpa1 Simpulse1 Skygauge Robotics1 Stereolabs1 STMicroelectronics1 Sumitomo Electric1 Sungho SI1 Taiyo Yuden1 TDK1 Techman Robot1 Tokai Clarion1 Toyo Sharyo1 TU Delft1 Tuesday Labs1U.S. Army1UCLA1 UMag Solutions1US Army1Vantage Robotics1 Voyis1 Western Digital1 xAI1 Yageo1 YellowScan1 Zeroth1 東海クラリオン1

Who captures

Anthropic4NVIDIA4RealSense4Luxonis4@smsehy4Tesla3Physical Intelligence3Eka Robotics3@pulkitology2Lumentum2FANUC2Ropedia2KAIST2Unitree1ABB1Samsung1TU Delft1Optivolt1@UnmannedSystem1Flexiv1Boston Dynamics1D-Fend Solutions1Robotiq1Simpulse1Voyis1YellowScan1Techman Robot1ROBO-HI1GA Robotics1@AGkorthos1Sungho SI1@DrJimFan1IEEE1Tuesday Labs1Skygauge Robotics1Seeed Studio1Sharpa1Phantom Neuro1Curtiss-Wright1Harvest CROO1Pollen Robotics1Vantage Robotics1Nomura1Nebius1Arduino1RuggON1LiveU1Renishaw1Dexory1東海クラリオン1Broadcom1NOETIX1Seeed1Mundane Bot1LZ Tech1Aitu1Ai21Clearpath1Ahead Form1Raspberry Pi1Advanced Navigation1Knightscope1MicroVision1UMag Solutions1UCLA1STMicroelectronics1MIT1JR West1JX Advanced Metals1

Sourced numbers

Unitree8 hrs“Battery endurance: Unitree advertises approximately 8 hours.”@techniahqrobot on X

Stanford0.317 hrs“Endurance: 19 minutes of walking before motor heating affects stability”@techniahqrobot on X

Eka Robotics$150M“Eka Robotics has raised $150M to teach robots to handle the physical world through vision and force feedback.”@humanoidsdaily on X

Eka Robotics$150M“@EkaRobotics just raised $150M in Series A funding at a $1.45 billion valuation, led by a16z and F-Prime Capital.”@lukas_m_ziegler on X

← pulse .md twin

Published	Source	Entity	Captured intelligence	Topic
45m ago	@theworldlabs	World Labs	@theworldlabs45m agoWorld Labs @theworldlabs on X Atlas lets you build out large 3D environments starting from a single input image. You can then define a camera path through the world and generate a video along it. Here’s how the 3D structure, camera path and final flythrough connect.…
8h ago	@techniahqrobot	Rockchip	@techniahqrobot8h agoRockchip @techniahqrobot on X MicroDuck looks like a cute desk toy. The hardware tells a different story. At just 25 cm tall and around 780 g, this small robotic duck packs a surprising amount of engineering into its body. Here’s what’s inside: • 15 motors controlling… @techniahqrobot· Oct 22, 2026 How do you teach a humanoid robot to walk without programming every move? Reinforcement learning step by step 1. Build a simulation (MuJoCo or NVIDIA Isaac Lab) with joints motors sensors and a physics model. 2. Define the task: walk forward while keeping balance. 3. Write a reward function points for moving toward the target staying upright and matching the desired speed. Penalties for falls, wasted energy and unstable movements. 4. A neural network, the policy, reads the robot's state (joint positions, joint velocities, body orientation) and outputs target positions or torques for each joint. 5. An algorithm like PPO updates the policy over many episodes and millions of simulated time steps. 6. Close the sim-to-real gap with domain randomization, then test carefully in the real world.	Compute
8h ago	@WevolverApp	MIPS	@WevolverApp8h agoMIPS @WevolverApp on X Physical AI is pushing computing beyond the cloud, where systems must process perception, inference, and control in real time. But building these systems requires more than capable hardware. This article explores how open standards,…
10h ago	@UnmannedSystem	Epson	@UnmannedSystem10h agoEpson @UnmannedSystem on X AMCORIS highlights how Epson IMUs and accelerometers support robotic motion control through direct motion feedback, vibration suppression, navigation and sensor options for safety-related functions. Read more: https://t.co/DD4qJGJjOF
14h ago	@TheHumanoidHub	Origami Robotics	@TheHumanoidHub14h agoOrigami Robotics @TheHumanoidHub on X Origami Robotics launches S1, a skill-capture glove built for high-quality dexterous data. It records 20 finger joint angles via encoders, fingertip and palm pressure, and wrist-camera video on one timeline, so it keeps measuring even when…
7:06 PM ET	@techniahqrobot	Tesla	@techniahqrobot7:06 PM ETTesla @techniahqrobot on X You're not ready for this. One of the most human-like humanoid robots has just entered production. Tesla says Optimus production has started on its high volume manufacturing lines in Fremont with the first production quality units coming… @techniahqrobot· Oct 21, 2026 Most people just saw a humanoid robot throwing kicks and flipping off cars. But the H2-X has some technical details worth looking at. Here’s what the footage and the available specifications tell us about Unitree’s Kung Fu Legend Guardian. ▪️ Height: approximately 170 cm, according to the H2-X booth panel. ▪️ Weight: approximately 65 kg, according to the same panel. ▪️ Degrees of freedom: 31, covering the robot’s articulated body. ▪️ Joint layout: 6 DOF per leg, 7 per arm, 3 at the waist and 2 at the head. This breakdown is reported for the H2 and has not been independently confirmed for the H2-X. ▪️ Battery endurance: Unitree advertises approximately 8 hours. The operating conditions and runtime during intense movement have not been published. ▪️ Battery design: two battery modules are visible on the robot’s back. Their capacity has not been disclosed. ▪️ Joint torque: figures of up to 360 N·m for the legs and 120 N·m for the arms are associated with the H2. They are not confirmed H2-X specifications. ▪️ Computing power: up to 2,070 TOPS is reported for a high-end H2 configuration. Its use in the H2-X remains unconfirmed. ▪️ Sensors: binocular wide-angle vision, an inertial measurement unit and joint sensors are listed for the H2. The H2-X sensor package has not been fully documented. ▪️ Speed and payload: figures below 2 m/s, 7 kg continuous payload and 21 kg short-duration payload are reported for the H2, not confirmed H2-X ratings. ▪️ Recovery: the demonstration shows the robot getting back up after a vehicle runs over it. No standardized recovery test results have been published. ▪️ Autonomy: no detailed explanation of teleoperation, preprogrammed sequences or onboard decision-making has been released. One detail deserves attention: the booth lists the H2-X at around 170 cm and 65 kg, while many reports quote 182 cm and 70 kg from the older H2. The distinction matters when comparing the hardware. Unitree has yet to publish a complete H2-X datasheet covering torque, computing hardware, payload, battery capacity and autonomous operation. Which specification would you want Unitree to publish first? #Unitree #HumanoidRobots #Robotics #PhysicalAI #AI	Humanoids
7:00 PM ET	@PrismaXai	Anthropic	@PrismaXai7:00 PM ETAnthropic @PrismaXai on X We cut π0.5 inference from 230 ms to 87 ms on a laptop GPU, without pruning or distillation. The rollout code from our IROS demo is open source: https://t.co/Syfh1SiQfJ https://t.co/vBzcG5BSsU @PrismaXai· Oct 21, 2026 A Python pipe buffer was holding camera frames until 64 KB had piled up. That quietly added hundreds of milliseconds to our π0.5 rollouts. New from @castorhat: how we found it, and what changed on the robot once it was gone. https://t.co/xTAueR4wOV	Physical AI
5:13 PM ET	@techniahqrobot	Unitree	@techniahqrobot5:13 PM ETUnitree @techniahqrobot on X Most people just saw a humanoid robot throwing kicks and flipping off cars. But the H2-X has some technical details worth looking at. Here’s what the footage and the available specifications tell us about Unitree’s Kung Fu Legend Guardian.… @techniahqrobot· Oct 21, 2026 Why is nobody talking about this? ToddlerBot is a 0.56 m, 3.4 kg humanoid robot built at Stanford by Haochen Shi, Weizhuo Wang, Shuran Song and C. Karen Liu. Its goal is to make robot learning cheap and easy to reproduce. The full hardware costs under 6,000 USD. Hardware - 30 active degrees of freedom: 7 per arm, 6 per leg, 2 in the neck, 2 in the waist - Dynamixel servos (XC330, XC430, 2XC430, 2XL430 and XM430 in the current open-source configuration) - 3D-printed structure: a full repair takes about 21 minutes of printing and 14 minutes of assembly - Jetson Orin NX 16 GB, two fisheye cameras, an IMU, two microphones and a speaker Sim-to-real - Zero-point calibration and motor system identification produce a digital twin of the robot - Walking: an RL policy trained in MuJoCo MJX and transferred to the real robot with no extra training, up to 0.25 m/s in any direction and 1 rad/s in place - Push-ups and pull-ups: keyframed motions, also transferred with no extra training Manipulation - RGB diffusion policies trained on 60 teleoperated demonstrations per task - Real-time onboard depth estimation at 10 Hz from the stereo fisheye cameras - A policy trained on one robot runs on another, and two robots tidied a room together Measured limits - Payload: 1,484 g, about 40% of its body weight - Endurance: 19 minutes of walking before motor heating affects stability - Durability: up to 7 falls before a part breaks - The cartwheel works, but its success rate is still low	Humanoids
4:52 PM ET	@pulkitology		@pulkitology4:52 PM ET @pulkitology on X Tactile sensor for any body, now open source that you can build and configure. https://t.co/LKo19DyTgy @arikslep· Oct 21, 2026 We present OpenTac, an open, full-stack ecosystem for 3D tactile sensing on any robot surface. Anyone can design and fabricate high-density tactile skins for any part of their robot, then read them out, simulate them, and share data across different sensors. https://t.co/9Vagl9nAf9	Sensing
4:49 PM ET	@elonmusk	Tesla	@elonmusk4:49 PM ETTesla @elonmusk on X Great progress by the Tesla team! https://t.co/87bCDKyzOB @Tesla· Oct 21, 2026 Q3 Shareholder Update → https://t.co/u0UcDOuMNa Highlights – FSD Supervised attach rate grew to over 75% of new vehicle deliveries in NA – Unveiled the next-gen Roadster – Record deliveries in Canada, Australia, Japan & Taiwan – Tesla Semi now in volume production. Top variant can go up to 500 miles at a full 82,000 lbs while achieving efficiency of 1.7 kWh/mile – about a third of the energy a comparable diesel truck burns for the same load – Ended the quarter with the largest backlog for our passenger vehicles in 4 years! FSD Supervised – 4 new approvals since Q2 (Croatia, Slovenia, Czech Republic, Slovakia) – FSD is now live in nine EU countries & used by over 100,000 customers logging more than 160 million kilometers since initial approval Robotaxi – Deployed Cybercab into our Austin fleet – Hit nearly 2 million cumulative unsupervised miles, 8x growth in the quarter – Austin service now runs 6 am to midnight, with wait times continuing to come down as we add cars & improve the orchestration algorithms – Added Grok to Cybercab with Grok Bot & Connectors, letting you interface with your inbox, calendar, files, chats and tasks, all by voice. Transport, office & living room in one Robotics – Started production of @Tesla_Optimus on our high-volume lines in Fremont. These are the first production-quality bots we've built, proving that the current manufacturing process for Optimus is suitable for a commercial product SI Compute – On track for 400 MW of training compute by year end, feeding both vehicle & humanoid autonomy – Austin Fab construction continues, equipment commissioning planned for 2027 Battery – Battery supply is still the limiter on how fast we ramp vehicles globally, so we're expanding on every front: pack capacity in Berlin, cathode and lithium refining in Texas, LFP cells in Nevada – Shipped the first Megapacks built entirely with our own LFP cells – Increasing 4680 output to support ramp of Cybercab, Semi & Model Y Energy – Megafactory Texas is up & running, with Megapack 3 production started – Highest-ever order rate & backlog for energy storage Grid constraints & power availability are making Megapack the answer for SI infrastructure demand: it excels at supplying large data center loads, smooths out demand spikes, helps new projects meet grid connection rules & makes the grid itself more stable All with less local fossil fuel generation Supporting Infrastructure – Added 2,100+ net new Supercharger stalls, up 14% year over year	Humanoids
4:37 PM ET	@PrismaXai	Physical Intelligence	@PrismaXai4:37 PM ETPhysical Intelligence @PrismaXai on X A Python pipe buffer was holding camera frames until 64 KB had piled up. That quietly added hundreds of milliseconds to our π0.5 rollouts. New from @castorhat: how we found it, and what changed on the robot once it was gone.…	Physical AI
4:28 PM ET	@techniahqrobot	NVIDIA	@techniahqrobot4:28 PM ETNVIDIA @techniahqrobot on X Why is nobody talking about this? ToddlerBot is a 0.56 m, 3.4 kg humanoid robot built at Stanford by Haochen Shi, Weizhuo Wang, Shuran Song and C. Karen Liu. Its goal is to make robot learning cheap and easy to reproduce. The full hardware… @techniahqrobot· Oct 21, 2026 This might be one of the most minimalist snake robots ever built. • One motor. • No dozens of actuated joints. • Crawls, climbs between walls and swims. It's called SAW (Single Actuator Wave-like robot), developed by Dr. David Zarrouk's Bio-Inspired and Medical Robotics Lab at Ben-Gurion University of the Negev. How it works • A single motor rotates a helix inside the robot's body. • 3D-printed links follow the helix to create a continuous wave. • The links push against the surrounding surface to propel the robot. • Front wheels handle steering. The numbers • 57 cm/s on flat ground • Around 5× faster than similar wave robots • Around 8 cm/s in a tunnel, with contact against both walls • Around 6 cm/s while swimming in its waterproof version One gait, multiple environments • Gravel, sand and grass • Obstacles and narrow passages • Pipes, tunnels and water The same wave-like motion works across these environments without changing the gait. Why use one motor? Traditional snake robots often rely on 10, 20 or 30 motors. SAW uses a single actuator, reducing the number of moving parts and making the design lighter, simpler to manufacture and suitable for 3D printing. Possible applications • Search and rescue in collapsed buildings • Inspection of pipes and tunnels • Medical imaging and biopsies inside the digestive tract, with a miniaturized version around 1 cm wide or less The research was published in Bioinspiration & Biomimetics under the title Single actuator wavelike robot (SAW): design modeling, and experiments. What caught my attention is how the helical mechanism generates the motion with just one motor. The mechanical design does most of the work	Humanoids
3:00 PM ET	@lukas_m_ziegler	ABB	@lukas_m_ziegler3:00 PM ETABB @lukas_m_ziegler on X Walked out of the NVIDIA keynote at GTC Berlin still chewing on the simulation piece! 🇩🇪 Physical AI is going strong. The world will be full of robots very soon. One of the most important things to create better robotics applications is……	Physical AI
2:22 PM ET	@MilkRoadAI	Samsung	@MilkRoadAI2:22 PM ETSamsung @MilkRoadAI on X Another major shortage is starting to develop across the AI supply chain. We're talking about multilayer ceramic capacitors, or MLCCs, which are tiny components used in everything from AI servers and GPUs to smartphones, networking…	Compute
2:00 PM ET	@SciRobotics	TU Delft	@SciRobotics2:00 PM ETTU Delft @SciRobotics on X A new Science #Robotics study shares the AI drone racing approach developed by TU Delft researchers that made MonoRace a winner at the 2025 Abu Dhabi Autonomous Drone Racing Competition. https://t.co/cY3eYthm1n https://t.co/du6pXm7dDs	Physical AI
1:51 PM ET	@UnmannedSystem	NVIDIA	@UnmannedSystem1:51 PM ETNVIDIA @UnmannedSystem on X By pairing unified driver architecture with NVIDIA JetPack 7.2, @AVerMedia and Stereolabs streamline edge vision deployment, delivering optimized memory usage, hardware compatibility, and faster production timelines for autonomous robotics…	Physical AI
1:38 PM ET	@boxcardavid	Optivolt	@boxcardavid1:38 PM ETOptivolt @boxcardavid on X Rohit and I first met up in 2019 on Mercer Island, I was working with actuators for self-balancing bikes, he was working on super efficient solar for shared scooters In 2026 some of the best founders are micromobility veterans who kept… @rohit_kalyanpur· Oct 21, 2026 Today I’m excited to share that Optivolt is unstealthing with a $32M Series A. Solar growth continues to outpace all other forms of energy production, but the granularity of control we get from deployed systems hasn’t changed in decades. So we’ve added a brain inside solar panels, opening the door for a new unit of optimization and control.	Energy
1:26 PM ET	@chrismatthieu	RealSense	@chrismatthieu1:26 PM ETRealSense @chrismatthieu on X Hacking on a @RealSenseai multi-camera GMSL pointcloud sync demo running on the new @intel Robinson Bay RDK. Stay tuned... https://t.co/1OtaMhTO67	Sensing
12:45 PM ET	@UnmannedSystem		@UnmannedSystem12:45 PM ET @UnmannedSystem on X Orchestrating USVs and multi-domain sensor networks under unified command, a new autonomous maritime surveillance architecture from Exail delivers persistent operational intelligence while safeguarding naval crews across critical missions…	Physical AI
12:30 PM ET	@FlexivRobotics	Flexiv	@FlexivRobotics12:30 PM ETFlexiv @FlexivRobotics on X Can robots grasp objects without vision? In a study by MIT’s Biomimetic Robotics Lab and collaborators, Flexiv’s Rizon 4 supported blind grasping research, achieving 96% success on YCB and 95% on GraspXL in simulation. 🦾 #Flexiv #Robotics…	Physical AI
11:24 AM ET	@chrismatthieu	RealSense	@chrismatthieu11:24 AM ETRealSense @chrismatthieu on X 🤖💬 The new @RealSenseai SDK has an AI Chat assistant! 👀🚀 🎛️ Adjust camera settings 📷 Choose cameras & placement 💻 Generate sample code 🔧 Debug issues I recorded a quick demo showing it in action! Less searching. More building. 🔥…	Sensing
11:18 AM ET	@CyberRobooo	Anthropic	@CyberRobooo11:18 AM ETAnthropic @CyberRobooo on X Imagine AMRs moving parts through a factory while humanoid robots handle components or tend machines. In a shared workspace, a robot needs to make sense of more than what’s in front of it. It has to connect what it sees now with what it… @ropedia_ai· Oct 21, 2026 Ropedia Super Week, Day 3 \| S-Agent 2.0: Give a Coding Agent Spatial Perception, and It Beats GPT-6	Physical AI
10:31 AM ET	@BostonDynamics	Boston Dynamics	@BostonDynamics10:31 AM ETBoston Dynamics @BostonDynamics on X When is a robot the right tool for the job? Comparing manual, fixed, and automated inspection strategies, robotics can drive impact in data availability, accuracy, worker safety, and cost. Discover the best sensing fit for your…	Physical AI
9:30 AM ET	@UnmannedSystem	D-Fend Solutions	@UnmannedSystem9:30 AM ETD-Fend Solutions @UnmannedSystem on X D-Fend Solutions explores how accurate drone identification supports counter-UAS operations, enabling operators to distinguish authorized aircraft, assess potential threats, and prioritize responses. Read more: https://t.co/uZkUBKcHZv…	Deployments
9:22 AM ET	@luxonis	Luxonis	@luxonis9:22 AM ETLuxonis @luxonis on X October 27th, 2026. https://t.co/d2EjQ8lyn6	Sensing
8:00 AM ET	@lukas_m_ziegler	Robotiq	@lukas_m_ziegler8:00 AM ETRobotiq @lukas_m_ziegler on X Tactile sensing in robotics is not new. What is new is a gripper that interprets contact itself, on the tool, at the moment it happens. The industry is instrumenting vision, demonstrations and simulation. All three miss the moment that…	Hands
7:29 AM ET	@UnmannedSystem	Simpulse	@UnmannedSystem7:29 AM ETSimpulse @UnmannedSystem on X Simpulse introduces the new SL300-R data link modem, combining dual-band operation, anti-jamming, and mesh networking for long-range video, telemetry, and control communications in unmanned systems. Read more: https://t.co/oYknZtOkXj	Physical AI
6:00 AM ET	@UnmannedSystem	Voyis	@UnmannedSystem6:00 AM ETVoyis @UnmannedSystem on X Voyis has demonstrated how inspection-grade underwater stereo cameras can support high-quality 3D modeling in challenging, turbid water conditions, where low visibility and suspended particulates can affect image clarity and feature…	Sensing
5:57 AM ET	@UnmannedSystem	YellowScan	@UnmannedSystem5:57 AM ETYellowScan @UnmannedSystem on X .@YellowScan has introduced new integration solutions for the DJI Matrice 400, enabling operators to deploy the company’s full range of LiDAR payloads from a single drone platform. https://t.co/TU8QTvgt5r	Sensing
1:20 AM ET	@techmanrobot	Techman Robot	@techmanrobot1:20 AM ETTechman Robot @techmanrobot on X At Jinpao Precision, Techman Robot’s TM12S automates pre-polishing for aerospace controller housings. Its force-torque sensor helps create finer, more consistent surface patterns while operators focus on final finishing. 📺Watch Video:…	Hands
10:25 PM ET	@logi_today	ROBO-HI	@logi_today10:25 PM ETROBO-HI @logi_today on X ROBO-HI、倉庫作業員の配置・進捗を一元管理-https://t.co/fT0rdV6yKe ROBO-HIは、物流倉庫や工場向け「ROBO-HI スタッフサービス」の受注を開始。AIで作業員の位置や進捗を把握し、作業指示や人員配置を最適化する。転倒検知や多言語支援も備え、現場の効率化と安全管理を支援する。 https://t.co/LyCBRVwOaA	Deployments
9:12 PM ET	@pequityresearch	Lumentum	@pequityresearch9:12 PM ETLumentum @pequityresearch on X Update on Lumentum: > Projected requirement is roughly 72,000 OCS units in 2028, valued at $4.8–$5.0 billion. > Lumentum is fully booked and oversubscribed through 2028. > As of mid-April, Lumentum has stopped accepting new orders due to…	Compute
8:39 PM ET	@logi_today	GA Robotics	@logi_today8:39 PM ETGA Robotics @logi_today on X GA Robotics、倉庫搬送担うヒューマノイド実演-https://t.co/9IUju0HTaB GA Roboticsは11月11～13日、幕張メッセの「ヒューマノイドロボットEXPO」に出展。車輪型ヒューマノイド「Cruzr S2」で荷物搬送や部品挿入を実演し、工場・倉庫での搬送やピッキングなどの活用を紹介する。 https://t.co/G9qYfGfSVc	Humanoids
3:56 PM ET	@AGkorthos		@AGkorthos3:56 PM ET @AGkorthos on X Hard to keep up with everything happening in robotics; it's been a particularly busy 24 hours. https://t.co/XOu6QLnqhj	Humanoids
2:53 PM ET	@spaceandtech_	Sungho SI	@spaceandtech_2:53 PM ETSungho SI @spaceandtech_ on X South Korean company Sungho SI has developed Eve Clever, an AI-powered agricultural robot for automated crop monitoring and harvesting. Using RGB-D cameras, AI vision, and a robotic arm, it identifies ripe produce and harvests…	Physical AI
1:53 PM ET	@humanoidsdaily	Eka Robotics	@humanoidsdaily1:53 PM ETEka Robotics @humanoidsdaily on X Eka Robotics has raised $150M to teach robots to handle the physical world through vision and force feedback. The speed in this demo is striking. But watch the missed grasps, too. The robot quickly adjusts and tries again. Eka reports…	Sensing
1:31 PM ET	@DrJimFan		@DrJimFan1:31 PM ET @DrJimFan on X We built a robotics data engine with Astra-level performance at 125x lower cost. And we are open-sourcing the weights today! Introducing Flora, a suite of open models to parse the physical world and turn raw footage into rich training…	Physical AI
1:12 PM ET	@ParadisLabs	Lumentum	@ParadisLabs1:12 PM ETLumentum @ParadisLabs on X Bernstein on $LITE: Recent drawdowns are due to softer AI lab revenues, $CRWV financing, and macro overhangs. Not weaker infra demand. Bernstein say that the real debate is whether 2028 CPO bandwidth math holds, with bandwidth scale-up…	Compute
12:38 PM ET	@FANUCAmerica	FANUC	@FANUCAmerica12:38 PM ETFANUC @FANUCAmerica on X It's Day 3️⃣ of #PACKEXPOInternational! Visit Booth N-5117 and explore technologies to address your #packaging process needs: 🤖The new FANUC SR-9𝓲A/R SCARA #Robot 📦The FANUC M-710/50-26D #Food Option Robot 🟢The FANUC CRX #Cobot Series…	Hands
12:36 PM ET	@ADI_News	IEEE	@ADI_News12:36 PM ETIEEE @ADI_News on X The future of phased arrays depends on more than advances in individual components. ADSY2301 introduces a modular antenna-to-bits platform designed to help reduce complexity and accelerate deployment. See it for the first time this week at…	Sensing
12:33 PM ET	@CyberRobooo	Tuesday Labs	@CyberRobooo12:33 PM ETTuesday Labs @CyberRobooo on X A very cute Z-legged home humanoid. NYC-based Tuesday Labs’ Voxel is designed for everyday household tasks--tidying up, finding lost items, fetching things, and watering plants… I love the design choices. The bright orange makes it feel… @make_robot_go· Oct 20, 2026 Introducing Voxel, a droid butler made by Tuesday Labs. https://t.co/Mq2wTtE8cz	Humanoids
12:18 PM ET	@luxonis	Luxonis	@luxonis12:18 PM ETLuxonis @luxonis on X Test with a prompt, a link to the release, and our MCP installed https://t.co/ewKYIpRVZM @MaxMclaughlin16· Oct 20, 2026 Don't want to spend $20k+ to capture accurate point clouds of the items in your bin? Instead, deploy a few OAK 4s running our large Neural Stereo model and fuse their point clouds Full release: https://t.co/BUHGqwTuIY https://t.co/J6YPMimYOr	Sensing
12:05 PM ET	@lukas_m_ziegler	Eka Robotics	@lukas_m_ziegler12:05 PM ETEka Robotics @lukas_m_ziegler on X 🚨 BREAKING: @EkaRobotics just raised $150M in Series A funding at a $1.45 billion valuation, led by a16z and F-Prime Capital. The founding team is exceptional. @pulkitology is an MIT professor. Tuomas Haarnoja is a former DeepMind…	Hands
11:40 AM ET	@a16z	Eka Robotics	@a16z11:40 AM ETEka Robotics @a16z on X We believe solving dexterous manipulation is one of the largest opportunities in robotics. That’s why we're thrilled to lead Eka Robotics’ Series A. Much of the world's physical economy still depends on people using their hands, and that…	Humanoids
11:24 AM ET	@ZappyZappy7	Skygauge Robotics	@ZappyZappy711:24 AM ETSkygauge Robotics @ZappyZappy7 on X 『高所点検ドローン(接触型非破壊検査)』 https://t.co/sI5NymiRge ローターの推力ベクトルを傾けて飛行。熟練検査員と同等の精度で対象構造物を計測。点検作業の前処理(塗膜・錆や汚れ処理)や後処理(再塗装)も対応可能。 #drone #UAV #industrial #inspection #maintenance #SkygaugeRobotics https://t.co/cNjK4agZ6F	Physical AI
11:11 AM ET	@chrismatthieu	RealSense	@chrismatthieu11:11 AM ETRealSense @chrismatthieu on X 🎙️ New @RealSenseai Podcast! 🤖👀 Alon and I get geeky with new Perception Studio features: 🧭 Visual-Inertial Odometry (VIO) 🤏 Min-Z depth down to 2 cm! 🚶 People Detection 📷 Dual RGB on D401 GMSL More tools for the Visual Cortex of…	Physical AI
11:00 AM ET	@seeedstudio	Seeed Studio	@seeedstudio11:00 AM ETSeeed Studio @seeedstudio on X 🤖📦Did you spot this little robot helping move things between booths at ROSCon 2026 in Toronto? Meet BETL, a personal robotics project by Isaac Doubek (IG: @ rustedfriend), featuring #reSpeakerFlex as its audio input module. From…	Physical AI
10:57 AM ET	@TheHumanoidHub	Ropedia	@TheHumanoidHub10:57 AM ETRopedia @TheHumanoidHub on X Ropedia just released W0, an open world model trained on ~10,000 hours of egocentric human video. One set of weights predicts first-person views for humans, robot arms, and humanoids (Unitree G1, Fourier GR-1) using a shared camera +… @ropedia_ai· Oct 19, 2026 Ropedia Super Week, Day 1 \| Ropedia W0: Different Robots, One World Model	Humanoids
10:50 AM ET	@CyberRobooo	Sharpa	@CyberRobooo10:50 AM ETSharpa @CyberRobooo on X This is really cool an open-source tactile manipulation dataset for humanoid robots Real-robot tactile data is scarce. Sharpa has released SharpaDex v1.0 on Hugging Face: 28,993 real-robot teleoperated demonstrations across 59 bimanual…	Humanoids
10:41 AM ET	@PrismaXai	Physical Intelligence	@PrismaXai10:41 AM ETPhysical Intelligence @PrismaXai on X We nudged the cameras on a π0.5 policy a few degrees and a few centimeters at a time. Lifting barely changed. Placing fell apart. What @castorhat's fine-tuning ablations found about the most overlooked part of a robot rig:…	Physical AI
10:02 AM ET	@luxonis	Luxonis	@luxonis10:02 AM ETLuxonis @luxonis on X Build an OAK app around a VLM in about 15 minutes. One prompt to a coding agent with the Luxonis Agent Toolkit gets you live video, a scene description every 15 seconds from LFM2.5-VL-450M on OAK4, and a searchable history of every frame…	Sensing
10:01 AM ET	@IEEESpectrum	Phantom Neuro	@IEEESpectrum10:01 AM ETPhantom Neuro @IEEESpectrum on X An under-skin EMG implant could make prosthetic arm control more precise and less invasive. The results from two early human trials are promising. https://t.co/cOgZoJyfVX	Sensing
9:51 AM ET	@UnmannedSystem	Curtiss-Wright	@UnmannedSystem9:51 AM ETCurtiss-Wright @UnmannedSystem on X Curtiss-Wright integrates Link 22 and MAVLink protocols into its TCG HUNTR gateway to connect crewed and autonomous defense assets across land, sea, and air. Read more: https://t.co/pvQlpxhGyD @lantronix https://t.co/eUbsH1Slvd	Physical AI
9:14 AM ET	@ZappyZappy7	Harvest CROO	@ZappyZappy79:14 AM ETHarvest CROO @ZappyZappy7 on X 『自動イチゴ収穫ロボット』 AI画像認識によりイチゴの熟度や健康状態を瞬時かつ正確に判別。 https://t.co/NVPUPuPcMg #AgTech #agriculteur #automation #robot #ComputerVision #MachineLearning #picking #harvest #strawberry #イチゴ収穫ロボット #スマート農業 #HarvestCROO https://t.co/Zzt3LidPS7	Physical AI
9:06 AM ET	@techniahqrobot	Pollen Robotics	@techniahqrobot9:06 AM ETPollen Robotics @techniahqrobot on X You can build an 8-servo robotic hand for under €200 in parts. The AmazingHand by Pollen Robotics has two options: DIY: source 8 Feetech SCS0009 servos, print the mechanical structure in 3D and assemble the linkages using the free GitHub… @techniahqrobot· Oct 20, 2026 This might be how machines learn to walk blind. No cameras. No LiDAR. The Noetix N2 (1.2 m, 33 kg) climbs 20 cm curbs using feedback from its joints and an IMU that acts like an inner ear. Every 20 ms, a recurrent neural network reads how the body moves and adjusts its next step based on what it feels. The policy was trained in simulation in just 5 hours on a single GPU. On the real machine it handles: • 15 cm steps • 20° ramps • 20 cm curbs • Uneven stone paths The system relies on proprioception, sensing the body's own movement instead of looking at the terrain. What stands out to me is how much information the joints provide when vision is unavailable.	Hands
8:30 AM ET	@UnmannedSystem	Vantage Robotics	@UnmannedSystem8:30 AM ETVantage Robotics @UnmannedSystem on X .@VantageRobotics discussed its Vesper and Trace UAS platforms at AUSA 2026, alongside its recent selection for the US Army’s Short Range Reconnaissance (SRR) programme and continued focus on defense opportunities. https://t.co/XXSAr08FPF	Deployments
8:00 AM ET	@pequityresearch	Nomura	@pequityresearch8:00 AM ETNomura @pequityresearch on X Nomura: Sumitomo Electric is on track to secure Nvidia's qualification for ultra-high-power CPO lasers in FY27 before scaling in 2H28.	Compute
7:09 AM ET	@lukas_m_ziegler	Nebius	@lukas_m_ziegler7:09 AM ETNebius @lukas_m_ziegler on X Five days left on this one. 🏆 The @nebiusai Physical AI Awards, in partnership with @NVIDIARobotics, are open globally and close 25 October. I’m on the judging panel this year. Five categories, which double as a decent map of how the…	Physical AI
6:01 AM ET	@WevolverApp	Arduino	@WevolverApp6:01 AM ETArduino @WevolverApp on X What if a fitting-room mirror could understand what you’re wearing? A Smart Mirror built with the Arduino VENTUNO Q uses a camera and local vision-language AI to identify clothing, recognize colors, and generate styling suggestions in real…	Physical AI
6:00 AM ET	@UnmannedSystem	RuggON	@UnmannedSystem6:00 AM ETRuggON @UnmannedSystem on X RuggON‘s SVA 500 rugged touch VoIP terminal has been developed to provide reliable, flexible voice communications for mission-critical applications across defence, satellite communications, maritime and remote field environments.…	Deployments
4:34 AM ET	@UnmannedSystem	LiveU	@UnmannedSystem4:34 AM ETLiveU @UnmannedSystem on X LiveU and Airwise integrate bonded video transmission, fleet management and airspace awareness to support real-time situational awareness for public safety drone operations and emergency responders. Read more: https://t.co/gFLvcoWiFT	Deployments
3:56 AM ET	@IlirAliu_	Renishaw	@IlirAliu_3:56 AM ETRenishaw @IlirAliu_ on X Five-axis measurement is quietly changing how parts are inspected. This setup combines the Renishaw REVO five-axis probe with the MetrologX4 platform. Instead of fixed probe paths, the system scans complex surfaces from almost any angle,…	Sensing
2:44 AM ET	@lukas_m_ziegler	Dexory	@lukas_m_ziegler2:44 AM ETDexory @lukas_m_ziegler on X "AI without data is just a bunch of algorithms you try and batch together." 🏭 That's Andrei Danescu, co-founder and CEO of @dexoryHQ, at their headquarters. I asked him about sitting on what is probably the largest dataset in logistics,…	Physical AI
1:35 AM ET	@logi_today	東海クラリオン	@logi_today1:35 AM ET東海クラリオン @logi_today on X 東海クラリオン、AIカメラで死角リスク低減-https://t.co/simXWbYlRZ 東海クラリオンは11月25～27日開催の「スマート物流EXPO」に出展。AIで歩行者や自転車などを検知する巻き込み警報カメラ「A-CAM3」や、既設カメラにAI機能を追加する「iBOX2.0」を展示する。 https://t.co/1uX9ON3cTm	Sensing
12:15 AM ET	@CyberRobooo	KAIST	@CyberRobooo12:15 AM ETKAIST @CyberRobooo on X Heavy object handling while walking still has to keep balance when arm forces hit the legs and torso, and when vision has to close the loop on placement. KAIST Humanoid v0.9 (DRCD Lab, arms with RAILAB) used onboard visual feedback to push…	Humanoids
11:29 PM ET	@stretchcloud	Anthropic	@stretchcloud11:29 PM ETAnthropic @stretchcloud on X My smart lamp might start reminding me about meetings by shaking its head. That's not a joke, it's literally the pitch behind Fo MCP, launched this week: point an agent at Fo and it can nudge a vacuum cleaner into a deep clean, make your… @shivanipod· Oct 19, 2026 AI can think. AI can talk. AI can get things done. Today, we're giving Fo a way to feel and control the physical world. - a head shake and a reminder in a lamp to get you going - nudge your vacuum cleaner for a deep clean - make your cli call you for updates Introducing Fo MCP. AI has escaped the screen.	Physical AI
11:00 PM ET	@pequityresearch	Broadcom	@pequityresearch11:00 PM ETBroadcom @pequityresearch on X Nice constraint map and the major names involved at each layer 👍 do check it out. $AVGO $LITE $MRVL $MU $AXTI $WDC https://t.co/PL5odHUzZc https://t.co/WOkP0IkIDP @outerninth· Oct 19, 2026 AI supply chain constraint map from Outer Ninth Research 👀 I created a dashboard for us to track the most constrained supply chain components which will be updated monthly. Here is the October edition with additional information to come. October brings us a 7.2/9 overall index score with 16/32 components very tight. 20 components have tightened from last month, 12 flat and 0 easing. At first glance, several items stand out 👀 the stage is set for 2027, position accordingly	Compute
9:31 PM ET	@logi_today	NVIDIA	@logi_today9:31 PM ETNVIDIA @logi_today on X NVIDIA、メルセデス・ベンツと自動運転で提携拡大-https://t.co/7W7ZV2mpnU NVIDIAとMercedes-Benzは、運転支援・自動運転システムの共同開発を拡大。AIや車載コンピューティング技術を活用し、将来のレベル4自動運転に加え、生産現場の効率化や品質向上も目指す。	Physical AI
8:04 PM ET	@techniahqrobot	NOETIX	@techniahqrobot8:04 PM ETNOETIX @techniahqrobot on X This might be how machines learn to walk blind. No cameras. No LiDAR. The Noetix N2 (1.2 m, 33 kg) climbs 20 cm curbs using feedback from its joints and an IMU that acts like an inner ear. Every 20 ms, a recurrent neural network reads how… @techniahqrobot· Oct 19, 2026 Your phone probably costs more than this humanoid robot. Zeroth 01 is an open source humanoid 40 cm tall with a parts list starting at $350. Most of the frame is 3D-printed Feetech servos drive the joints and you control it in Python. One developer already built one with 16 servos a Raspberry Pi 4 and a battery. It can kneel wave and do push ups. Walking is another story. Five walking controllers have been trained in MuJoCo and none of them runs on that physical robot yet.	Humanoids
6:05 PM ET	@ZappyZappy7	Seeed	@ZappyZappy76:05 PM ETSeeed @ZappyZappy7 on X 『手づくり音声認識小型ロボット犬』声をかけると、座ったり、横になったり、伸びをしたり、歩いたり、踊ったり、しっぽを振ったりする。 https://t.co/1xqJoqvMJ3 #DIY #handmade #homemade #robot #engineering #STEM #VoiceControlled #SeeedStudioXIAO #ESPSkainet https://t.co/JRtIxjaHnP	Humanoids
5:29 PM ET	@PrismaXai	Anthropic	@PrismaXai5:29 PM ETAnthropic @PrismaXai on X We built a path-traced YAM simulator to run thousands of π0.5 rollouts a day without resetting a scene. It's open source now, so you can run the same ablations on your own rig: https://t.co/Gpf69r6Npi https://t.co/Ms8aXpxhuj @PrismaXai· Oct 19, 2026 Hard lighting cut our expert-only π0.5 checkpoint's success roughly in half. The same lights cost the full fine-tune nothing. New from @castorhat: the fine-tuning ablations behind our IROS demo. https://t.co/JciqcCBMYy	Physical AI
5:06 PM ET	@PrismaXai	Physical Intelligence	@PrismaXai5:06 PM ETPhysical Intelligence @PrismaXai on X Hard lighting cut our expert-only π0.5 checkpoint's success roughly in half. The same lights cost the full fine-tune nothing. New from @castorhat: the fine-tuning ablations behind our IROS demo. https://t.co/JciqcCBMYy	Physical AI
4:52 PM ET	@humanoidsdaily	KAIST	@humanoidsdaily4:52 PM ETKAIST @humanoidsdaily on X Heavy lifting—with a moonwalk to finish. KAIST’s humanoid v0.9 pushes objects weighing up to 35 kg and lifts up to 20 kg to spell out “KAIST,” using onboard vision, reinforcement learning and learning from human demonstrations.…	Humanoids
4:42 PM ET	@Scobleizer	Mundane Bot	@Scobleizer4:42 PM ETMundane Bot @Scobleizer on X The future of work will change due to robots. Today I visited @mundanebot in Silicon Valley which makes an industrial-strength robot for electrical line workers who need to work with very dangerous electrified lines. What makes their work…	Physical AI
4:34 PM ET	@chrismatthieu	RealSense	@chrismatthieu4:34 PM ETRealSense @chrismatthieu on X Two @RealSenseai D457 GMSL stereo cameras now streaming on @intel Robinson Bay robotics developer kit! https://t.co/4z4DyY9i4B	Sensing
3:25 PM ET	@FANUCAmerica	FANUC	@FANUCAmerica3:25 PM ETFANUC @FANUCAmerica on X #PACKEXPOInternational is underway and our FANUC CRX #cobots are hard at work!💪 📍Booth N-5117 🔗 https://t.co/1gtOBmXxFs Discover how #manufacturers can use collaborative #automation🤖 to streamline material flow, maximize floor space…	Hands
2:21 PM ET	@pulkitology		@pulkitology2:21 PM ET @pulkitology on X Manipulation gets solved by feeling; vision isn't as important as you think! A leap in the last mm manipulation that holds back general-purpose robotics 👇 https://t.co/UljGzlgBaX @BronarsToni· Oct 19, 2026 Every robot already carries contact sensors: its own joints. When a robot touches something, its joints drift slightly off their commands, and the encoders pick it up. Legged robots and humanoids already leverage this signal to walk blind - but is it enough for blind precise assembly? We find that it is! Our policies can insert pegs, mesh gears, and thread nuts using only the robot's joint positions - no camera, no tactile, and no object poses. And the peg policy works zero-shot in the real world! 🧵 w/ my amazing co-first author @younghyo_park, and advised by @kushalk_ and @pulkitology.	Physical AI
2:00 PM ET	@smsehy		@smsehy2:00 PM ET @smsehy on X Resistance spot welding in an automotive body shop pulls 10,000 amps in 200 milliseconds. The resulting electromagnetic interference will scramble unprotected edge compute and corrupt unshielded sensor packets. Deploying physical AI models…	Physical AI
1:54 PM ET	@UnmannedSystem	LZ Tech	@UnmannedSystem1:54 PM ETLZ Tech @UnmannedSystem on X Securing boundaries and infrastructure against low altitude drones demands replacing isolated sensors with coordinated passive radio networks that combine direction finding, precise arrival timing, and improved surveillance Read more from…	Sensing
1:10 PM ET	@XRoboHub	Aitu	@XRoboHub1:10 PM ETAitu @XRoboHub on X 10,000 sewing robots a year. That’s the planned capacity of Aitu’s newly opened factory. Its latest footage shows them at work at Bosideng, the Chinese down-jacket maker. Automated sewing machines can follow a stitch pattern, but loading…	Hands
12:31 PM ET	@Scobleizer	Ropedia	@Scobleizer12:31 PM ETRopedia @Scobleizer on X Understanding the physical world is one thing. Predicting how it changes when you walk, reach, and grab is another. That’s where world models come in. For Day 1 of Ropedia Super Week, @ropedia_ai introduces Ropedia W0, a cross-embodiment… @ropedia_ai· Oct 19, 2026 Ropedia Super Week, Day 1 \| Ropedia W0: Different Robots, One World Model	Humanoids
11:59 AM ET	@RoboPapers	Ai2	@RoboPapers11:59 AM ETAi2 @RoboPapers on X Full episode dropping soon! Geeking out with @rosemhendrix, @SnehalJauhri, Abhay Deshpande, and Maya Guru on MolmoB0T: Large-Scale Simulation Enables Zero-Shot Manipulation https://t.co/qZc2rNg71W Co-hosted by @chris_j_paxton and…	Physical AI
10:49 AM ET	@luxonis	Luxonis	@luxonis10:49 AM ETLuxonis @luxonis on X Depth AI 3.11 Release: one pipeline, several OAK 4 cameras. Add cameras with addDevice(), sync their frames, and calibration them into one coordinate system with the new MultiDeviceCalibration node (beta). No calibration target. In depth…	Sensing
10:39 AM ET	@clearpathrobots	Clearpath	@clearpathrobots10:39 AM ETClearpath @clearpathrobots on X Watch this #HuskyAMP overview video about the platform's hardware, autonomy software, and example applications: https://t.co/IIqge0t9yU See how Husky AMP can be customized for your industrial project: https://t.co/wD0oGHc3fB…	Physical AI
10:13 AM ET	@spaceandtech_	Ahead Form	@spaceandtech_10:13 AM ETAhead Form @spaceandtech_ on X Chinese robotics company Ahead Form has unveiled Elf Xuan 2.0, an upgraded humanoid robot with more natural waist and arm movements. Its lifelike silicone face features over 30 degrees of freedom to recreate realistic human expressions.…	Humanoids
10:00 AM ET	@seeedstudio	Raspberry Pi	@seeedstudio10:00 AM ETRaspberry Pi @seeedstudio on X 🚀 #Rockchip RK3576 + #RaspberryPi PoE+ HAT: Power Over Ethernet Meets Edge AI! We adapted the #reComputer #RK3576 Module to the Raspberry Pi #PoE+ HAT, enabling PoE-powered operation through Ethernet while running #YOLO11 from Seeed…	Compute
9:26 AM ET	@UnmannedSystem	Advanced Navigation	@UnmannedSystem9:26 AM ETAdvanced Navigation @UnmannedSystem on X Advanced Navigation highlights its inertial-centric navigation architecture during U.S. Army APEX trials, recording 0.012% final dead-reckoning error over 65 km under GNSS jamming conditions. Read more: https://t.co/T0qCZX1eg8	Sensing
9:01 AM ET	@iKnightscope	Knightscope	@iKnightscope9:01 AM ETKnightscope @iKnightscope on X SIGNALS! One analyst can now see, patrol, and protect an entire site from anywhere. The first living digital twin for physical security - is live at Knightscope Headquarters. Unveiled at GSX last month. Delivered on schedule. See it run…	Deployments
8:29 AM ET	@UnmannedSystem	MicroVision	@UnmannedSystem8:29 AM ETMicroVision @UnmannedSystem on X MicroVision and Robinson Unmanned are collaborating to integrate MOVIA Air Plus lidar technology with the SPIRIT UAS, advancing real-time airborne mapping for commercial and defense applications. Read more: https://t.co/AQ2n8p2l6b	Sensing
7:49 AM ET	@smsehy		@smsehy7:49 AM ET @smsehy on X High-speed cylindrical battery canning runs at forty parts per second. At that velocity, standard industrial cameras see nothing but motion blur. Line yield depends on microsecond pulsed LED strobe illumination synchronized directly to…	Sensing
7:30 AM ET	@UnmannedSystem	UMag Solutions	@UnmannedSystem7:30 AM ETUMag Solutions @UnmannedSystem on X In this interview, UMag Solutions highlights how high-sensitivity drone-based magnetic sensing detects anomalies created by buried and submerged ferrous targets, enabling real-time detection from the air without direct line of sight.…	Sensing
7:22 AM ET	@ZappyZappy7	UCLA	@ZappyZappy77:22 AM ETUCLA @ZappyZappy7 on X 『中古スマホを頭にした二足歩行小型ロボット』スマホのカメラ・姿勢センサー・計算能力を活用。 https://t.co/PoVJXt7i1Y #bipedal #humanoidrobot #ReusingSmartphone #LowCost #OpenPlatform #UCLA #PhoneBot https://t.co/h0vIN1KnAD	Humanoids
7:18 AM ET	@smsehy		@smsehy7:18 AM ET @smsehy on X Replacing CAN with 10BASE-T1S multidrop Ethernet is not just a bandwidth upgrade. It eliminates gateway translation latency across door and seat controllers. When safety features depend on synchronized microsecond sensor telemetry,…	Sensing
6:42 AM ET	@smsehy		@smsehy6:42 AM ET @smsehy on X Gear backlash of just 0.05 degrees sounds trivial on paper. At the end of a 1.8-meter industrial robot arm, that creates a 1.5-millimeter positioning error at the end-effector. High-level vision models can generate perfect trajectories,…	Hands
6:35 AM ET	@seeedstudio	NVIDIA	@seeedstudio6:35 AM ETNVIDIA @seeedstudio on X 🔥 reComputer Robotics J601: Multiple Sensors, Concurrent AI, One Edge Platform 6 camera feeds. LiDAR point clouds. Multiple AI workloads. Just 47% GPU utilization. Powered by @nvidia Jetson AGX Thor, our #reComputer Robotics J601 series…	Sensing
5:33 AM ET	@ST_World	STMicroelectronics	@ST_World5:33 AM ETSTMicroelectronics @ST_World on X #TouchGFX 4.27 introduces hybrid double buffering, a new framebuffer strategy that combines internal and external RAM to use a double framebuffer while shortening render times by up to 40%. 🔍 Discover more on the #STBlog:…	Compute
4:15 AM ET	@Robohub	MIT	@Robohub4:15 AM ETMIT @Robohub on X Powered by muscle cells, a paper-thin robot swims through watery maze https://t.co/rwfg40BS0E	Physical AI
3:55 AM ET	@XRoboHub	JR West	@XRoboHub3:55 AM ETJR West @XRoboHub on X Japan’s JR West is adding two new railway maintenance robots, including a giant semi-humanoid with a large gripper and a chainsaw. The dual-arm ZX-3 is mounted on a maintenance vehicle’s boom and can cut branches up to 15 meters (49 ft)…	Humanoids
2:15 AM ET	@pequityresearch	JX Advanced Metals	@pequityresearch2:15 AM ETJX Advanced Metals @pequityresearch on X Managing Executive Officer and General Manager of the Advanced Materials Business Division at JX Advanced Metals on InP substrate supply/demand: "Currently, supply of InP substrates is tight compared to the strong demand, creating a…	Compute
1:06 AM ET	@tslaming	Tesla	@tslaming1:06 AM ETTesla @tslaming on X GOOD NEWS 🇯🇵 Tesla is still pushing hard to roll out FSD (Supervised) in Japan by the end of 2026 — and launching the Cybercab there is officially on the table too 🔥 In a recent interview with Nikkei, Tesla Japan President Richi…	Physical AI