Micropower MEMS Accelerometers Advance Smart Agriculture Monitoring
Micropower 3-axis MEMS accelerometers enable always-on livestock health monitoring, extending battery life in smart agriculture and IoT edge sensor designs.
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Smart Agriculture
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Engineering Better Crops with Targeted Horticulture LEDs
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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Precision Autonomy: Why Triple-Band GNSS + PPP-RTK Matters
Explore how triple-band GNSS with PPP‑RTK delivers fast convergence and centimeter-level accuracy for drones, AGVs, and robotics—applications where single-band GNSS can struggle.
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How Robotic Swarms Are Advancing Tomorrow’s Autonomous Systems
Swarm robotics enables scalable, resilient automation for factories, farms, and rescue missions using advanced communication and positioning technologies.
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How IoT Architecture Is Reinventing Livestock Farming
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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Increasing Agricultural Efficiency with AI Modeling and Sensors
AI and sensor technologies are transforming agriculture with real-time data, predictive analytics, and IoT for smarter, sustainable farming.
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Engineering Nature: Electronics Driving Seagrass Restoration
Precision engineering and rugged electronics accelerate UK seagrass restoration, enabling scalable ecological regeneration.
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When One Drone Isn't Enough, A Swarm Will Do
Swarm robotics builds on the advantages of autonomous mobile robots and applies the benefits of scale.
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Pest Detection Using Machine Learning on Edge Devices
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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Solving Payload Motion Control Challenges in Drones
Explore encoder integration tips for UAV applications such as gimbals, sprayers, and surveillance systems.
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Connected Cow Systems: An Electrical Design Perspective
Explore the engineering behind connected cow systems, from rugged IoT design to in-body sensors.
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Built to Thrive: Rugged Connectivity Solutions for Autonomous Agriculture
Rugged, sealed, and reliable—ATS Series connectors thrive in autonomous agriculture with IP69K protection, secure latching, and precision contacts.
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Agricultural Robots and the Current State of Smart Farming
Agricultural robots are used in many areas of crop production, improving production efficiency and occupational safety for farmers.
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Agronomy and Algorithms to Cultivate Next-Gen Farming
Precision agriculture has the potential to meet growing food demands sustainably, but faces challenges such as connectivity and labor issues.
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Engineers Lead the Way to Higher Crop Yields
Modern farming is evolving with the use of precision technologies like AI, sensors, and robotics.
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Unleash Your Adventurous Side: Boondocking with Smart Water Solutions
New technologies ensure peace of mind for boondockers managing water consumption.
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Precision Agriculture Takes Flight: Enhancing Farming Efficiency with Drone Technology
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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Smart Tech for Livestock
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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Smart Agriculture Depends on Smart Uses of the Technology
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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Grow Green. Grow Smart.
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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