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10 Aug 2020  |  Global  |  Market Research

Robotic Equipment in the Global Agtech Market, 2019 to 2026

Agricultural Robotics Technology and Autonomous Equipment Are Crucial Amid Labor Shortages and Demand for Greater Output

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The influence on technology across global farming operations is a key element that will design the future of the agricultural industry. The industry attracts various digital technology solutions and robotic technology upgrades on agricultural equipment and for monitoring farming operations. Precision agriculture encompasses several areas of technol...

The era of robotics is becoming a disruptive force in the food and beverage (F&B) industry, most notably in production, services, and delivery. By leveraging advanced AI, sensing technologies, and adaptive automation, robotic technologies are delivering groundbreaking advancements in operational precision, performance, and reliability. This transfo...

The "Top 10 Global Trends for 2026” report highlights the technological, geopolitical, and economic forces that will redefine the future of industries. The report covers the top trends that will transform the industries in 2026 and beyond.Some of the trends included are tariff-driven market shifts, hyper-connected reality, ethical use of AI, and ne...

The Economic Trend Opportunity Profiles (TOPs) series captures a structural shift in the global economy where national competitiveness is increasingly defined by control over AI capabilities, digital infrastructure, industrial capacity, and secure data ecosystems. Across AI-led productivity, smart manufacturing, digital risk, sovereign compute infr...

This research explores the powerful global forces that will reshape business, society, and technology over the coming decade, offering a holistic view of the megatrends redefining the future operating environment. These forces span geopolitical fragmentation, demographic divergence, technological acceleration, environmental pressures, and fundament...

The increasing volatility of global supply chains is driving interest in microfactories and distributed manufacturing. Manufacturers aim to improve production flexibility, reduce reliance on lengthy logistics routes, and enhance resilience in times of disruption. Traditionally, manufacturing networks have been optimized for centralized production, ...

This Frost & Sullivan study focuses on the growth opportunities for edge computing solutions in supply chain and logistics. Edge computing is a distributed computing architecture that makes data computation happen closer to the data source. Edge computing aids supply chain efficiency as it frees up resources, lessens reliance on human management, s...

Warehouse automation has moved from a discretionary capital project to a core operating capability. ASEAN operators are redesigning fulfillment networks around smaller orders, shorter delivery windows, broader stock keeping unit (SKU) ranges, and sharper demand volatility. Manual operations remain viable in selected low-volume facilities, but they ...

Autonomous cities represent an advanced stage of urban development that integrates AI, digital twins, IoT, edge computing, and autonomous infrastructure solutions to enable efficient city operations with minimal human intervention. Through unified urban operating platforms, cities can automate traffic management, optimize energy distribution, conne...