Triton
Market Research presents the Global Smart Agriculture Market report sectioned by Type (Precision Farming,
Precision Agriculture, Livestock Monitoring, Smart Greenhouse), by Component
(Solution [Hardware {HVAC Systems, Valves & Pumps, LED Grow Lights, Sensors
& Control Systems, Other Hardware}, Software {Network Management, Smart
Water Management, Agriculture Asset Management, Irrigation Management}],
Service [Consulting, System Integration & Deployment, Support & Maintenance],
Connectivity Technology [Cellular IoT, NB-IoT, LoRa, Global Navigation
Satellite System, Wi-Fi, Wireline, Wireless Personal Area Network (WPAN), Sigfox,
Other Connectivity Technologies]), and Regional Outlook (North America,
Asia-Pacific, Latin America, Middle East and Africa, Europe).
The report
further discusses the Market Summary, Industry Outlook (Key Insights, Impact of
COVID-19, Market Attractiveness Index, Porter’s Five Forces Analysis, Vendor
Scorecard, Key Market Strategies, Regulatory Framework), Market Drivers, Market
Challenges, Market Opportunities, Competitive Landscape, Research Methodology
& Scope, Global Market Size, Forecasts & Analysis (2022-2028).
The term smart agriculture refers to the application of technology, such as robotics, sensors, location systems, and artificial intelligence, for farming. Triton’s report estimates that the global market for smart agriculture would witness growth at a CAGR of 10.35% over the forecast period 2022-2028.
Corporate
farming is gaining momentum globally, positively impacting the smart
agriculture market. It refers to the ownership of farms by corporations and their
role in the sale of agricultural products & promoting agricultural
education & research.
The
organizations in this farming practice are well equipped with smart agriculture
resources, such as automation equipment, robots, and connectivity technologies.
These businesses also have substantial transportation & storage facilities
and marketing & advertising tools. Therefore, an increase in corporate
farming is anticipated to boost the market’s growth.
However,
certain smart agriculture techniques, such as IoT-based farming, require
various soil, temperature, humidity, and water sensors. They are equipped with advanced
technology, which increases operational costs. The high investments required to
deploy these equipment are a major setback for the smart agriculture market.
Globally,
the Asia-Pacific is anticipated to be the fastest-growing market over the
forecasted period. The region’s robust growth is due to the rise in
urbanization, rapid technological advancements, and growing disposable income.
Additionally, the support by the governments to adopt modern agriculture is
also anticipated to provide lucrative opportunities to countries in this
region.
In
addition, the Asia-Pacific is anticipated to develop into a global center for
innovations related to vertical farming, primarily due to the increased usage
of IoT technology. Thus, the aforementioned factors are projected to bolster the
region’s smart agriculture market’s growth.
The
leading players in the market include MSD Animal Health (Merck & Co),
DeLaval, LumiGrow Inc, Topcon Positioning Systems Inc, Aker Technologies Inc,
SemiosBio Technologies Inc, Raven Industries, Afimilk Ltd, AgJunction, Deere
& Company, AgEagle Aerial Systems Inc, AKVA, AGCO Corporation, InnovaSea
Systems Inc, The Climate Corporation (Bayer AG), and Trimble Inc.
The
primary costs of stepping into the market are high owing to the need for large
networks, services, and platforms required for smart products, devices,
solutions, etc. Also, the presence of prominent vendors with enhanced access to
resources and distribution networks poses a substantial challenge for new
players.
Further,
buyers have become more aware of technological advancements, and thus place increased
pressure on vendors. However, government funding for research, the rising
number of public/private partnerships, and increasing interest by venture
capitalists present lucrative opportunities to new entrants.
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