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Newest first · page 4 of 14RobotsArticleAgility Robotics, SPAC 합병 완료 앞두고 총 4억 6,500만 달러 자본 조달 예상 - Unite.AIRobotics newsOpens the source site RobotsArticleAgility Robotics, SPAC 합병 완료 앞두고 총 4억 6,500만 달러 조달 예상 - Securities.ioRobotics newsOpens the source site 
RobotsArticleRobot Talk Episode 168 – Advancing robotics with novel electronics, with Zlatka StoevaRobot arms and hands need parts that can bend and stretch if they are to handle objects more delicately. In this episode of the Robot Talk podcast, Zlatka Stoeva, founder of DZP Technologies in Cambridge, discussed printed electronics that can bend and stretch.Robohub AIOfficialMaking it easier for websites to express AI training preferencesOpenAI has agreed to follow a jointly agreed robots.txt signal so that website operators can state whether their content may be used for AI training. robots.txt is a text file that tells search engines and bots which rules apply to access a site.OpenAI AIArticle[심층분석] Gemini 4 Argon for Robotics가 바꿀 로봇산업의 경계와 규제 - 데일리연합AI newsOpens the source site 
RobotsArticleAgility Robotics, 휴머노이드 Digit를 미국 GXO 물류창고 두 곳에 배치 - Foro3DRobotics newsOpens the source site 
RobotsVideoThe gripper sucks #bostondynamics #robotThis gripper sucks—literally. Stretch's vacuum gripper uses individually actuated cups to handle a range of boxes with ease. See what makes the cut, so you can avoid your own frightful freight mismatches this Halloween!Boston Dynamics on YouTubeOpens the source site 
AIArticleRobots Perform, Artists Experiment, Startups Pitch at 2026 Arts Korea Lab Festival - 뉴스컬처AI newsOpens the source site 
RobotsArticleYour Robot’s Safety Functions Already Work. What If the Input Lies?Robots move based on inputs such as distance, position, and stop signals. If these inputs are wrong or deliberately manipulated, a robot can behave dangerously even while working exactly as designed. The article presents several test cases that show this risk.IEEE Spectrum 
Chips & deep techVideoAI in the UK: Drug Discovery, Robotics and AI Factories | NVIDIAFrom drug discovery to robotics, voice, and video, the UK’s developers, researchers, and companies are advancing AI with NVIDIA accelerated computing. We celebrate their work—and the new AI factories being built to power what comes next. 🔗 NVIDIA Commits $250 Million to Advance UK Agentic Safety and Security Research Over the Next Five Years → https://nvidianews.nvidia.com/news/nvidia-commits-250-million-to-advance-uk-agentic-safety-and-security-research-over-the-next-five-years 🔗 Build-a-Claw Comes to UK Developers → https://blogs.nvidia.com/gtc-berlin-2026-news/#entry-postlet-build-a-claw-comes-to-uk-developers 🔗 In Dublin, European Union and Industry Leaders Convene at International AI Summit → https://blogs.nvidia.com/gtc-berlin-2026-news/#entry-postlet-in-dublin-european-union-and-industry-leaders-convene-at-international-ai-summitNVIDIA on YouTubeOpens the source site 
AIArticle[심층분석] Gemini 4 Argon for Robotics가 바꿀 로봇산업의 경계와 규제 - 데일리연합AI newsOpens the source site 
Chips & deep techVideoHow Unimation Put Robots to WorkLinks: - Patreon (Support the channel directly!): https://www.patreon.com/Asianometry - X: https://twitter.com/asianometry - Newsletter & Podcast (available through Stratechery Plus): https://asianometry.passport.online/ - LinkedIn (feel free to connect): www.linkedin.com/in/jon-y-asianometryAsianometryOpens the source site 
Chips & deep techVideoUsing AI Agents to Teach Robots to Walk in Simulation #NVIDIAGTC #Microducks #Robotics🦆 Put AI agents to work to help your robot learn to navigate. Using Microduck as the reference robot, this walkthrough shows how to create a simulated obstacle course with OpenAI GPT-6 Astra, build 3D assets with NVIDIA Omniverse libraries, simulate physics with Newton, train policies in NVIDIA Isaac Lab, and validate them in Isaac Sim on NVIDIA RTX Spark.NVIDIA on YouTubeOpens the source site 
RobotsVideoRobot Hands for Real Work #bostondynamics #robotics #atlasAtlas' new hands are strong and dexterous, capable of precise grasps, object reorientation, and tool use.Boston Dynamics on YouTubeOpens the source site 
RobotsArticleGXO와 Agility Robotics, Digit 휴머노이드 로봇 배치를 미국 내 더 많은 사업장으로 확대 - Unite.AIRobotics newsOpens the source site 
RobotsArticleRobots in society, business and culture: September 2026According to the International Federation of Robotics (IFR), more than 5 million industrial robots are now operating in factories worldwide. More than 600,000 were newly installed in 2025, and China accounted for about 59% of them. The United States overtook Japan to become the second-largest market.Robohub RobotsArticleGXO와 Agility Robotics, Digit 로봇 배치를 두 곳으로 확대 - Securities.ioRobotics newsOpens the source site 
Tools & companies (6)
- AgiBotAgiBot은 상하이에 본사를 둔 중국의 로봇 회사로, Zhiyuan Robotics라고도 불러요. 2023년에 화웨이 출신 엔지니어들이 세웠어요. 공장 같은 산업 현장과 서비스 현장에서 쓰는 휴머노이드 로봇을 개발해요.
- Unitree RoboticsUnitree Robotics는 중국 항저우에 있는 로봇 회사로, 2016년 8월 왕싱싱이 세웠어요. 처음에는 일반 소비자를 위한 네발 로봇을 만들었고, 2024년부터 사람 모양의 휴머노이드 로봇도 만들어요. Unitree G1을 만드는 회사예요.
- Agility RoboticsAgility Robotics는 사람과 비슷한 모습의 휴머노이드 로봇을 만드는 미국 로봇 회사예요. 2015년 오리건 주립대학교 연구실에서 갈라져 나와 설립됐고, 로봇 Digit을 만들어요. Digit은 공장과 물류 현장에서 물건을 옮기는 반복 작업과 힘든 일을 맡아요.
- UBTECH RoboticsWalker 계열 휴머노이드를 자동차·제조 현장에 배치하는 중국 로봇 기업.
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- Gemini Robotics 1.5Gemini Robotics 1.5는 로봇을 움직이는 데 쓰는 시각·언어·행동 모델이에요. 책상 위 로봇부터 사람 모양 로봇까지 여러 종류의 로봇을 제어해요. 손과 집게로 물건을 다루고, 상황에 맞게 생각해서 행동을 바꿔요.
- DigitDigit은 Agility Robotics가 만드는 사람 모양의 로봇이에요. 사람이 일하는 공간에서 안전하게 움직이도록 만들어져서 작업 현장을 따로 바꾸지 않아도 되고, 창고 같은 산업 현장의 힘든 일을 도와요. 클라우드 플랫폼 Arc로 기존 창고 자동화 설비와 연결해 작업 흐름을 살펴볼 수 있어요.
AI Encyclopedia (12)
- Humanoid robotA robot shaped like a person, with a head, a torso, two arms and two legs.
- Physical AIAI that is not just writing text on a screen, but has a body and sees and moves in the real world.
- ActuatorThe part that actually moves a robot's joints. It is the robot's muscle.
- Collaborative robot (cobot)A robot made safe enough to work next to people, without a fence.
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- Robot foundation modelThe large AI model that serves as a robot's brain. It learns to see, understand speech and move the body, all together.
- Robot handA robot's hand, which grips and handles objects with several fingers like a human hand.
- SensorA part that measures things like light, distance, force and tilt and tells the robot. It is the robot's sense organ.
- TeleoperationA person moving a robot directly from far away. It is also used to collect data for teaching robots.
- Industrial robotA robot that repeats jobs like welding, assembling and painting in a factory, fast and accurately, exactly as set.
- Logistics robotA robot that carries goods around inside warehouses and factories.
- Quadruped robotA robot that walks on four legs like a dog. It also moves well on stairs and rough ground.
- RobotaxiA self-driving taxi that carries passengers and drives itself with no driver.