How IoT is advantaging the agriculture & farming sector

IoT is
showing its influence across all industries. Businesses in these industries are
witnessing the positive effects of the acceptance, growth, and maturation of IoT
software and hardware implementation. IoT based solutions are turning homes
smarter, manufacturing units more productive, schools safer, and vehicles
intelligent. IoT is becoming the base for low-cost automation for a variety of
things. With every industry is seeing the advantages of IoT, agriculture isn’t
an exception. 

IoT technology is here to revive the agriculture sector. Now, farmers can reliably and efficiently take care of their crops and livestock with IoT solutions. With IoT and other advanced technologies like AI, farmers are able to automate equipment and machinery, and track & monitors livestock in real time. IoT-AI solutions allow farmers to product more from the same resources and continuously feed the hungry world. 

Here we
have some examples for helping us understand how IoT is advantaging the
agriculture & farming sector.

Automation farming machines & equipment

Today’s farmers use different machines & equipment in
their farming operations and grow more. 
To run these machines and equipment, farmers need people; however, the
global farming sector is regularly facing the shortage of skilled workers.
Also, people aren’t seen interested in adopting farming as a full-time
profession. Farmers are bearing losses because of this situation. 

Here IoT can help them come out of this situation.
Farming machines and equipment, like tractors, cultivators, harrows, etc can be
automated and run with minimum or no-human dependency.

The issue of automating various farming vehicles can be
addressed with the help self-driving vehicles technology which is already being
tested by many automobile manufacturers. However, a self-driving car or vehicle
may still take several years to enter the market for the public use, but the
technology can be adopted for running and controlling a vehicle in a restricted
area today itself.

Agriculture machines and farming equipment manufacturers
should be the first adopter for autonomous vehicles driving technology. The
technology can be tested without any risk as farmlands are a place with no
pedestrians or vehicles overtaking each other.

Livestock Monitoring

Now commercial farming has extended to other areas.
Farmers manage hundreds of animals, otherwise known as the livestock. For these
farmers, their commodity is living, breathing, and moving. This requires
monitoring which is way more critical than monitoring crops.

IoT can make live stock monitoring easier than ever
before. When it comes to livestock monitoring, sensors are connected with
livestock wearable like a belt. These sensors don’t only track location but
also monitor an animal’s heart rate, blood pressure, temperature, the rate of
breathing, and digestion. These sensors generate data which is sent to a
central computer for further analysis.

These sensors can also spot sick animals by tracking
their optimal grazing patterns and help farmers rapidly react or take
precaution for disease not transferring from sick to others in the herd.

IoT Connected Beehives

By using IoT technologies, beekeepers are able to manage
their hives remotely and collect data to assess bees. These sensors can be used
to schedule events and execute tasks helping in taking better care of
bee-colonies.

There is IoT-based hardware like temperature-regulating
cork and hive gates for beehives available in the market. These sensors can
even count bees as they come and go. A monitor set amongst the hive captures
data which can be transmitted to software in the cloud. IoT solutions help
beekeepers increase survival for their bees and avoid chances of hives being
theft.

Precision Farming

With
precision sensors, farmers are able to collect data for weather, soil quality,
air, and crop-maturity and make smarter decisions. Farmers can use sensors to
understand about better water usages across their farmlands. These sensors can
even be used to automate watering to crops or plants. Also, sensors can let
farmers discover the amount of fertilizer and pesticide they have to use for
crops.

Farmers can
use precision sensors to monitor greenhouse facilities. They are able to record
greenhouse temperature and keep tabs on data and get notified for temperature
or humidity hitting preset levels.

Sensors
help farmers operate more efficiently because they have deeper insights based
on data and better control on their crops.

Final thoughts

Today, the existing IoT application development and hardware can enable everything that farmers require to keep producing more, with keeping damages as low as possible. They can control machines and equipment remotely and minimize their dependency on human-workers.

These sensors are available easily at a minimum investment
of money. Actually, small and medium farmers can easily adopt readily available
IoT software and hardware solutions for farming. If you are in commercial
farming, custom IoT app development can help you in everything you want for better
control on crops.

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