Smart agriculture combines connected technologies, AI, and precision sensing to improve productivity, resource efficiency, and sustainability. Explore the technologies helping farmers build smarter, m
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Wi-Fi HaLow enables long-range, low-power IEEE 802.11ah networking for industrial IoT devices, extending coverage with native IP connectivity and Wi-Fi security.
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Examine the effects of electrification, connectivity, and advanced sensing on off-highway vehicle design and how purpose-built connector systems enable reliable power and data transmission.
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Targeted Photo Red 660nm horticulture lighting boosts photosynthesis and crop yield in vertical farms by improving efficiency, reducing energy use, and supporting reliable CEA performance.
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Swarm robotics enables scalable, resilient automation for factories, farms, and rescue missions using advanced communication and positioning technologies.
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Discover how IoT architecture with edge, fog, and cloud layers transforms livestock farming through real-time monitoring, power management, and secure connectivity.
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AI and sensor technologies are transforming agriculture with real-time data, predictive analytics, and IoT for smarter, sustainable farming.
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Swarm robotics builds on the advantages of autonomous mobile robots and applies the benefits of scale.
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Discover how cellular IoT and edge computing enable real-time pest detection in agriculture using Nicla Vision, Adrastea-I, and Edge Impulse for smarter, low-power precision farming.
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Explore the engineering behind connected cow systems, from rugged IoT design to in-body sensors.
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Rugged, sealed, and reliable—ATS Series connectors thrive in autonomous agriculture with IP69K protection, secure latching, and precision contacts.
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Explore how satellite data from the ESA’s missions drive smart and regenerative farming practices that boost efficiency and enhance sustainability.
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Precision agriculture has the potential to meet growing food demands sustainably, but faces challenges such as connectivity and labor issues.
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Modern farming is evolving with the use of precision technologies like AI, sensors, and robotics.
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Explore how the IMU Sensor Evaluation Board for the WSEN-ISDS 6-Axis Sensor, combined with drone technology, transforms smart-farming practices.
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The Internet of Things (IoT) is improving agriculture and livestock management by helping to reduce waste and emissions and increase efficiency and cost-effectiveness.
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In this week's New Tech Tuesday, we'll look at new products from Cree LED, Laird Connectivity, and Amphenol Advanced Sensors that are behind these applications.
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Every greenhouse is unique. The Arduino Edge Control lets you build a customized, robust solution to monitor and remotely control all aspects of a greenhouse’s operations.
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In this week's New Tech Tuesdays, we'll look at smart-agriculture products from Microchip Technology, STEMinds, and OSRAM Opto Semiconductors.
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Data fusion is a vital methodology that enables systems to process complex data with greater accuracy. The insights these systems generate enable farmers to maximize harvest and minimize waste.
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