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Impressive Report on IoT in Agriculture Market Growth by Focusing on Top Key Operating Vendors Like TopCon, Qualcomm Flight Platform, Raven Industries, Semtech, Trackit

IoT in Agriculture Market helps in making informed business decisions by having complete insights of market and by making in-depth analysis of market segments

Posted: Tuesday, September 18, 2018 at 2:59 PM CDT

Pune, India -- (SBWire) -- 09/18/2018 --Agriculture, being one of the most significant economic activities of a country, has gradually evolved from manual occupation to a highly mechanized practice in every aspect, including the data management practises. Reducing the technologies involved and the ease of their integration with the other devices is important to obtain a viable IoT system.

Within the Smart Sensor area, the report forecasts the following: Sensors for Detecting Physical Properties, Sensors for Chemical Analysis and Applications, Sensors for General Monitoring, Sensors for Quality, Sensors for Autonomous Agriculture, and Others.

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Top Key Vendors:
IBM,Euravka, FieldSync, FluxFarm Inc., John Deere, Kaa Open Source IoT Platform, Libelium Comunicaciones Distribuidas S.L., MTN, Nwave, OnFarm, SlantRange, Telit, ThingWorx (PTC), TopCon, Qualcomm Flight Platform, Raven Industries, Semtech, Trackit

The report is a compilation of the different systems, components, and applications of global IoT in agriculture market, including market breakdown by the application type, system type, and different geographical areas. Herein the revenue generated from each application type, namely: yield monitoring, variable rate application, filed mapping, soil monitoring, crop scouting, precision irrigation, and livestock management; and system component type, namely: tracking & positioning systems (GPS Devices, Radio Frequency Indentification (RFID)), monitoring & detection systems (sensors, UAVs/ drones, autonomous vehicles & tractors), telematics systems (network communication technologies & standards & protocols), and cloud computing devices is tracked to calculate the overall market size.

A time frame of IoT in Agriculture has been taken into consideration, to determine the key segregated view of the statistics involved. The changing dynamics of the market over a period of time is most likely to affect the company profile, gross margins, sale price, sales revenue, sales volume, product specifications along with pictures, and the latest contact information.

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Table Of Content:

Chapter 1 Industry Overview of IoT in Agriculture

Chapter 2 Manufacturing Cost Structure Analysis of IoT in Agriculture

Chapter 3 Technical Data and Manufacturing Plants Analysis of IoT in Agriculture

Chapter 4 Global IoT in Agriculture Overall Market Overview

Chapter 5 IoT in Agriculture Regional Market Analysis

Chapter 6 Major Manufacturers Analysis of IoT in Agriculture

Chapter 7 Development Trend of Analysis of IoT in Agriculture Market

Chapter 8 IoT in Agriculture Marketing Type Analysis

Chapter 9 Conclusion of the Global IoT in Agriculture Market Professional Survey Report 2018

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IoT in Agriculture Market