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3d human body. Anatomy medical silhouette visualization, digital ai man health tech. Muscle person figure, male model biometric mapping. Diagnostics and precision simulation. Vector abstract concept-stock-foto
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NXP Dutch Semiconductors Company-stock-foto
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Automotive dashboard symbols, vehicle warning lights, driving safety alerts, maintenance indicators, car control signs red black line icons set vector illustration-stock-foto
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Cheerful system administrator using laptop to survey energy consumption across server rows components. Electrician making sure data center rigs temperature sensors are operating perfectly-stock-foto
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IT admin walking in server farm performing data backups and providing centralized storage. Serviceman debugging Uninterruptible Power Supply ensuring operational continuity-stock-foto
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Worker taking note of supercomputers performing data backups and providing centralized storage. Mechanic offering technical support in Uninterruptible Power Supply ensuring operational continuity-stock-foto
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Precise engineer checking blade servers performing data backups and providing centralized storage. Technician maintenancing electric generators ensuring operational continuity, close up-stock-foto
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Supervisor using laptop to oversee energy consumption across server hub components and distributors. Serviceman ensuring high tech facility sensors for temperature and humidity are working properly-stock-foto
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Computer scientist checking server racks performing data backups and providing centralized storage. Technician reviewing Uninterruptible Power Supply ensuring operational continuity-stock-foto
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IT specialist walking through server rows performing data backups, close up. Serviceman using tablet to make sure electric generators are able to ensure operational continuity-stock-foto
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African american repairman using laptop to review energy consumption across server cabinets components. Manager making sure data center equipment temperature sensors are performing flawlessly-stock-foto
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Valmiera, Latvia - April 22, 2026:Modern robotic lawn mower showcased on retail box in a garden equipment shop. Smart automated yard maintenance devic-stock-foto
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Ondas Holdings Wireless Technology And Drone Defense Company Logo Displayed On Screen With Stock Market Financial Performance Chart Background-stock-foto
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Electrician walking in high tech server facility performing data backups and providing centralized storage. Wireman repairing Uninterruptible Power Supply ensuring operational continuity-stock-foto
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IT developer in server room using laptop to find network issues affecting supercomputer performance and connectivity, leading to slow data transfer rates and poor client communication-stock-foto
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Precise technician in high tech facility repairing network issues affecting server rigs performance and connectivity, leading to slow data transfer rates and poor client communication, close up-stock-foto
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Engineer using laptop to monitor energy consumption across server components and distributors. Expert ensuring data center sensors for temperature and humidity are functioning optimally-stock-foto
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The staff train robots to perform household chores. Jiaxing,China.16th April 2026. The robots were seen conducting scenario training and data collection using flexible tactile sensors at the Industrial Embodied Intelligence Training Center of the Tsinghua Zhejiang Institute of Flexible Electronics Technology (IFET), located in Nanhu, Jiaxing City, east China’s Zhejiang Province, April 16, 2026. In the future, the center aims to promote the batch deployment of process-specific robots for autonomous work in factories and to collaborate with local partners in building robot-operated autonomous pr-stock-foto
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The staff train robots to "learn" flower arranging. Jiaxing,China.16th April 2026. The robots were seen conducting scenario training and data collection using flexible tactile sensors at the Industrial Embodied Intelligence Training Center of the Tsinghua Zhejiang Institute of Flexible Electronics Technology (IFET), located in Nanhu, Jiaxing City, east China’s Zhejiang Province, April 16, 2026. In the future, the center aims to promote the batch deployment of process-specific robots for autonomous work in factories and to collaborate with local partners in building robot-operated autonomous pr-stock-foto
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The staff debug and adjust the robots. Jiaxing,China.16th April 2026. The robots were seen conducting scenario training and data collection using flexible tactile sensors at the Industrial Embodied Intelligence Training Center of the Tsinghua Zhejiang Institute of Flexible Electronics Technology (IFET), located in Nanhu, Jiaxing City, east China’s Zhejiang Province, April 16, 2026. In the future, the center aims to promote the batch deployment of process-specific robots for autonomous work in factories and to collaborate with local partners in building robot-operated autonomous production line-stock-foto
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The staff train robots to pick up paper cups. Jiaxing,China.16th April 2026. The robots were seen conducting scenario training and data collection using flexible tactile sensors at the Industrial Embodied Intelligence Training Center of the Tsinghua Zhejiang Institute of Flexible Electronics Technology (IFET), located in Nanhu, Jiaxing City, east China’s Zhejiang Province, April 16, 2026. In the future, the center aims to promote the batch deployment of process-specific robots for autonomous work in factories and to collaborate with local partners in building robot-operated autonomous producti-stock-foto
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The staff train robots to "learn" hand movements. Jiaxing,China.16th April 2026. The robots were seen conducting scenario training and data collection using flexible tactile sensors at the Industrial Embodied Intelligence Training Center of the Tsinghua Zhejiang Institute of Flexible Electronics Technology (IFET), located in Nanhu, Jiaxing City, east China’s Zhejiang Province, April 16, 2026. In the future, the center aims to promote the batch deployment of process-specific robots for autonomous work in factories and to collaborate with local partners in building robot-operated autonomous prod-stock-foto
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The staff train robots to organize merchandise. Jiaxing,China.16th April 2026. The robots were seen conducting scenario training and data collection using flexible tactile sensors at the Industrial Embodied Intelligence Training Center of the Tsinghua Zhejiang Institute of Flexible Electronics Technology (IFET), located in Nanhu, Jiaxing City, east China’s Zhejiang Province, April 16, 2026. In the future, the center aims to promote the batch deployment of process-specific robots for autonomous work in factories and to collaborate with local partners in building robot-operated autonomous produc-stock-foto
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The staff train robots to simulate checkout scenarios. Jiaxing,China.16th April 2026. The robots were seen conducting scenario training and data collection using flexible tactile sensors at the Industrial Embodied Intelligence Training Center of the Tsinghua Zhejiang Institute of Flexible Electronics Technology (IFET), located in Nanhu, Jiaxing City, east China’s Zhejiang Province, April 16, 2026. In the future, the center aims to promote the batch deployment of process-specific robots for autonomous work in factories and to collaborate with local partners in building robot-operated autonomous-stock-foto
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The staff conduct scenario training for robots. Jiaxing,China.16th April 2026. The robots were seen conducting scenario training and data collection using flexible tactile sensors at the Industrial Embodied Intelligence Training Center of the Tsinghua Zhejiang Institute of Flexible Electronics Technology (IFET), located in Nanhu, Jiaxing City, east China’s Zhejiang Province, April 16, 2026. In the future, the center aims to promote the batch deployment of process-specific robots for autonomous work in factories and to collaborate with local partners in building robot-operated autonomous produc-stock-foto
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The humanoid robots Line Up Ready to "Learn" Jiaxing,China.16th April 2026. The robots were seen conducting scenario training and data collection using flexible tactile sensors at the Industrial Embodied Intelligence Training Center of the Tsinghua Zhejiang Institute of Flexible Electronics Technology (IFET), located in Nanhu, Jiaxing City, east China’s Zhejiang Province, April 16, 2026. In the future, the center aims to promote the batch deployment of process-specific robots for autonomous work in factories and to collaborate with local partners in building robot-operated autonomous productio-stock-foto
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Self-propelled agricultural sprayer Jacto Uniport 8030 NPK 1, featuring elevated cab, robust chassis, and high flotation tires.-stock-foto
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Self-propelled agricultural sprayer Jacto Uniport 8030 NPK 1, featuring elevated cab, robust chassis, and high flotation tires.-stock-foto
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Jacto Uniport 3030 self propelled sprayer with pressurized jet system, extendable booms and electronic control for precise agricultural application.-stock-foto
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Jacto Uniport 3030 self propelled sprayer with pressurized jet system, extendable booms and electronic control for precise agricultural application.-stock-foto
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Jacto Uniport 3030 self propelled sprayer with pressurized jet system, extendable booms and electronic control for precise agricultural application.-stock-foto
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Environmental engineer setting up specialized microphones and sensors for noise pollution testing and outdoor air quality monitoring.-stock-foto
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Renningen, Germany. 16th Apr, 2026. Thomas Block, Global Product Manager and Team Leader for Magnetic and Environmental Sensors at Bosch, stands in front of a robotic hand with a spring, which he uses to control the sensors. The business figures are announced at the annual press conference. Credit: Bernd Weißbrod/dpa/Alamy Live News-stock-foto
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Renningen, Germany. 16th Apr, 2026. Thomas Block, Global Product Manager and Team Leader for Magnetic and Environmental Sensors at Bosch, stands in front of a robotic hand with a spring, which he uses to control the sensors. The business figures are announced at the annual press conference. Credit: Bernd Weißbrod/dpa/Alamy Live News-stock-foto
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Stuttgart, Germany. 16th Apr, 2026. View of a vest with sensors and training weapons with a laser module, which are part of a laser-assisted shooting training system used by the police in Baden-Württemberg. A total of 180 such systems are distributed to police stations throughout the state. Credit: Katharina Kausche/dpa/Alamy Live News-stock-foto
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Front detail of a chrome RAM automotive grille with horizontal elements, integrated sensors, and reflective metallic finish in a showroom environment.-stock-foto
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Frontal view of Hyundai Creta N Line with parametric grille, split LED lighting modules, integrated sensors, and matte-black lower fascia.-stock-foto
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Display of Hyundai Kona and Hyundai Creta SUVs, featuring LED lighting, redesigned grilles, and unibody architecture.-stock-foto
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Hyundai Kona compact SUV with segmented LED lighting, closed front grille, and ADAS sensors integrated into the front bumper.-stock-foto
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African american specialist in high tech establishment mending network problems affecting server clusters performance and connectivity, leading to slow data transfer rates-stock-foto