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Agriculture IOT Market


Agriculture IOT Market By Type (Automation and Control Systems, Sensing and Monitoring Devices, livestock Monitoring Hardware, Fish Farming Hardware, Smart Greenhouse Hardware, Software), By Application (Precision farming, Llivestock Monitoring, Smart Greenhouse, Fish Farm Monitoring), Regional Outlook, Competitive Landscape, Market Share Analysis and Forecast, 2018-2024

Report code: SDMRSE607681 | Industry: Semiconductors  | Published On: 2019-08-13


Industry Insights
The global Agriculture IOT market was valued at USD 15.2 billion in 2018. Rise in global population thus resulting in increase of demand for food crops, decreasing arable lands, intermittent rains and adoption of novel agricultural techniques for farming is boosting the global market demand for IOT. High initial investment, need for sophisticated infrastructure and limitations on customization are some of the factors that are restraining market growth.

The global Agriculture IOT market is segmented on the basis of Type and Application. The global Agriculture IOT market is segmented based on Type as Automation and Control Systems, Sensing and Monitoring Devices, livestock Monitoring Hardware, Fish Farming Hardware, Smart Greenhouse Hardware, and Software. Based on Application the global Agriculture IOT market is segregated as Precision farming, Llivestock Monitoring, Smart Greenhouse, Fish Farm Monitoring, and Others.
The regional outlook on the global Agriculture IOT market covers regions, such as North America, Europe, Asia-Pacific, and Rest of the World. The Agriculture IOT market for each region is further bifurcated for major countries including the U.S., Canada, Germany, the U.K., France, Italy, China, India, Japan, Brazil, South Africa, and others.
Competitive Landscape
Companies are trying to develop customized softwares such as precision farming that have a wide applicability. They are trying to target emerging countries such as India to increase their revenues. The global Agriculture IOT market is highly competitive in nature with major players including Qualcomm, Bosch, Fujitsu, Ericsson, Monsanto, SABIC, Neste, Braskem, Sinopec Group, DowDuPont, and others. The report covers competitive analysis on the key market share holders. The companies are focused on several expansion and growth strategies to enhance their footprint in the Agriculture IOT market. Market players are also involved in value chain integration gain competitive advantage.
Report Scope:
The Agriculture IOT market report scope covers the in-depth business analysis considering major market dynamics, forecast parameters, and price trends for the industry growth. The report forecasts market sizing at global, regional and country levels, providing comprehensive outlook of industry trends in each market segments and sub-segments from 2017 to 2024. The market segmentations include,
Agriculture IOT Market, By Type
• Automation and Control Systems
• Sensing and Monitoring Devices
• livestock Monitoring Hardware
• Fish Farming Hardware
• Smart Greenhouse Hardware
• Software
Agriculture IOT Market, By Application
• Precision farming
• Llivestock Monitoring
• Smart Greenhouse
• Fish Farm Monitoring
• Others
Agriculture IOT Market, By Region
• North America
• Europe
• Asia-Pacific
• Rest of the World
The report scope also includes competitive landscape covering the competitive analysis, strategy analysis and company profiles of the major market players. The companies profiled in the report include Qualcomm, Bosch, Fujitsu, Ericsson, Monsanto, SABIC, Neste, Braskem, Sinopec Group, DowDuPont, and others. Company profiles cover company overview, product landscape, financial overview, and strategy analysis.
Report Highlights
• Global Agriculture IOT market sizes from 2017 to 2024
• Market growth projections through 2024 and the resultant market forecast for 2024
• Impact of the market dynamics including market drivers, restraints and opportunities in the market size
• Key industry trends, product trends, and application trends
• Major driving/ leading segmentations, regions and countries in the global Agriculture IOT market
• Competitive analysis with comprehensive company profiles of the leading industry players
• In-depth analysis on growth and expansion strategies adopted by market players and their resulting effect on market growth and competition
Report Customizations
The customization research services cover the additional custom report features such as additional regional and country level analysis as per the client requirements.

Table  of  Contents

1.  Introduction
1.1  Key  Insights
1.2  Report  Overview
1.3  Markets  Covered
1.4  Stakeholders
2.  Research  Methodology
2.1  Research  Scope
2.2  Market  Research  Process
2.3  Research  Data  Analysis
2.4.1  Secondary  Research
2.4.2  Primary  Research
2.4.3  Models  for  Estimation
2.5  Market  Size  Estimation
2.5.1  Bottom-Up  Approach  -  Segmental  Market  Analysis
2.5.2  Top-Down  Approach  -  Parent  Market  Analysis
3.  Executive  Summary
4.  Market  Overview
4.1  Introduction
4.2.1  Drivers
4.2.2  Restraints
4.2.3  Opportunities
4.2.4  Challenges
4.2  Porter's  Five  Force  Analysis
5.  Agriculture  IOT  Market,  By  Type
5.1  Introduction
5.2  Automation  and  Control  Systems
5.2.1  Market  Overview
5.2.2  Market  Size  and  Forecast
5.3  Sensing  and  Monitoring  Devices
5.3.1  Market  Overview
5.3.2  Market  Size  and  Forecast
5.4  livestock  Monitoring  Hardware
5.4.1  Market  Overview
5.4.2  Market  Size  and  Forecast
5.5  Fish  Farming  Hardware
5.5.1  Market  Overview
5.5.2  Market  Size  and  Forecast
5.6  Smart  Greenhouse  Hardware
5.6.1  Market  Overview
5.6.2  Market  Size  and  Forecast
5.7  Software
5.7.1  Market  Overview
5.7.2  Market  Size  and  Forecast
6.  Agriculture  IOT  Market,  By  Application  

6.1  Introduction
6.2  Precision  farming
6.2.1  Market  Overview
6.2.2  Market  Size  and  Forecast
6.3  Livestock  Monitoring
6.3.1  Market  Overview
6.3.2  Market  Size  and  Forecast
6.4  Smart  Greenhouse
6.4.1  Market  Overview
6.4.2  Market  Size  and  Forecast
6.5  Fish  Farm  Monitoring
6.5.1  Market  Overview
6.5.2  Market  Size  and  Forecast
6.6  Others
6.6.1  Market  Overview
6.6.2  Market  Size  and  Forecast
7.  Agriculture  IOT  Market,  By  Geography
7.1  Introduction
7.2  North  America
7.2.1  North  America  Agriculture  IOT,  By  Type
7.2.2  North  America  Agriculture  IOT,  By  Application
7.3  Europe
7.3.1  Europe  Agriculture  IOT,  By  Type
7.3.2  Europe  Agriculture  IOT,  By  Application
7.4  Asia-Pacific
7.4.1  Asia-Pacific  Agriculture  IOT,  By  Type
7.4.2  Asia-Pacific  Agriculture  IOT,  By  Application
7.5  Rest  of  the  World
7.5.1  Rest  of  the  World  Agriculture  IOT,  By  Type
7.5.2  Rest  of  the  World  Agriculture  IOT,  By  Application
8.  Competitive  Insights
8.1  Key  Insights
8.2  Company  Market  Share  Analysis
8.3  Strategic  Outlook
8.3.1  Mergers  &  Acquisitions
8.3.2  New  Product  Development
8.3.3  Portfolio/Production  Capacity  Expansions
8.3.4  Joint  Ventures,  Collaborations,  Partnerships  &  Agreements  
8.3.5  Others
9.  Company  Profiles
9.1  Qualcomm
9.1.1  Company  Overview
9.1.2  Product/Service  Landscape
9.1.3  Financial  Overview
9.1.4  Recent  Developments
9.2  Bosch
9.2.1  Company  Overview
9.2.2  Product/Service  Landscape
9.2.3  Financial  Overview
9.2.4  Recent  Developments
9.3  Fujitsu
9.3.1  Company  Overview
9.3.2  Product/Service  Landscape
9.3.3  Financial  Overview
9.3.4  Recent  Developments
9.4  Ericsson
9.4.1  Company  Overview
9.4.2  Product/Service  Landscape
9.4.3  Financial  Overview
9.4.4  Recent  Developments
9.5  Monsanto
9.5.1  Company  Overview
9.5.2  Product/Service  Landscape
9.5.3  Financial  Overview
9.5.4  Recent  Developments
9.6  SABIC
9.6.1  Company  Overview
9.6.2  Product/Service  Landscape
9.6.3  Financial  Overview
9.6.4  Recent  Developments
9.7  Neste
9.7.1  Company  Overview
9.7.2  Product/Service  Landscape
9.7.3  Financial  Overview
9.7.4  Recent  Developments
9.8  Braskem
9.8.1  Company  Overview
9.8.2  Product/Service  Landscape
9.8.3  Financial  Overview
9.8.4  Recent  Developments
9.9  Sinopec  Group
9.9.1  Company  Overview
9.9.2  Product/Service  Landscape
9.9.3  Financial  Overview
9.9.4  Recent  Developments
9.10  DowDuPont
9.10.1  Company  Overview
9.10.2  Product/Service  Landscape
9.10.3  Financial  Overview
9.10.4  Recent  Developments

SDMR employs a three way data triangulation approach to arrive at market estimates. We use primary research, secondary research and data triangulation by top down and bottom up approach


toc

Secondary Research:
Our research methodology involves in-depth desk research using various secondary sources. Data is gathered from association/government publications/databases, company websites, press releases, annual reports/presentations/sec filings, technical papers, journals, research papers, magazines, conferences, tradeshows, and blogs.

Key Data Points through secondary research-
Macro-economic data points
Import Export data
Identification of major market trends across various applications
Primary understanding of the industry for both the regions
Competitors analysis for the production capacities, key production sites, competitive landscape
Key customers
Production Capacity
Pricing Scenario
Cost Margin Analysis

Key Data Points through primary research-
Major factors driving the market and its end application markets
Comparative analysis and customer analysis
Regional presence
Collaborations or tie-ups
Annual Production, and sales
Profit Margins
Average Selling Price

Data Triangulation:
Data triangulation is done using top down and bottom approaches. However, to develop accurate market sizing estimations, both the methodologies are used to accurately arrive at the market size. Insert Image
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