IoT in Agricultural Biotech Transformation-Mobiloitte

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AGRICULTURAL BIOTECHNOLOGY TRANSFORMATION DUE TO
IOT
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What is IOT???

• The Internet of Things (IoT) is the network of
  physical devices, vehicles, home appliances and
  other items embedded with electronics, software,
  sensors, actuators, and connectivity which
  enables these objects to connect and exchange
  data.
• Each thing is uniquely identifiable through its
  embedded computing system but is able to
  inter-operate within the existing Internet
  infrastructure

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What is Agricultural Biotechnology???

• Agricultural biotechnology, also known as
  agritech, is an area of agricultural science
  involving the use of scientific tools and
  techniques, including genetic engineering,
  molecular markers, molecular diagnostics,
  vaccines, and tissue culture, to modify living
  organisms plants, animals, and microorganisms.
• Crop biotechnology is one aspect of agricultural
  biotechnology which has been greatly developed
  upon in recent times. Desired trait are exported
  from a particular species of Crop to an entirely
  different species.
• These transgene crops possess desirable
  characteristics in terms of flavor, color of
  flowers, growth rate, size of harvested products
  and resistance to diseases and pests

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IOT in Agricultural Biotechnology...

• The most common use of IOT in agricultural
  biotechnology is Smart Farming-
• Smart farming is a capital intensive and high
  tech system of growing food cleanly and
  sustainable for the masses.
• In IoT-based smart farming, a system is built for
  monitoring the crop field with the help of
  sensors (light, humidity, temperature, soil
  moisture, etc.) and automating the irrigation
  system.
• The farmers can monitor the field conditions from
  anywhere.

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Application of IOT in Agricultural Biotechnology

• Precision Farming
• Agricultural Drones
• Livestock Monitoring
• Smart GreenHouse

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Precision Farming

• Precision agriculture is one of the most famous
  applications of IoT in the agricultural sector
  and numerous organizations are leveraging this
  technique around the world.
• CropMetrics is a precision agriculture
  organization focused on ultra-modern agronomic
  solutions while specializing in the management of
  precision irrigation.
• The products and services of CropMetrics include
  VRI optimization, soil moisture probes, virtual
  optimizer PRO, and so on.

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Agricultural Drones

• Drones are being used in agriculture in order to
  enhance various agricultural practices.
• The ways ground-based and aerial based drones are
  being used in agriculture are crop health
  assessment, irrigation, crop monitoring, crop
  spraying, planting, and soil and field analysis.
• The major benefits of using drones include crop
  health imaging, integrated GIS mapping, ease of
  use, saves time, and the potential to increase
  yields.

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Livestock Monitoring

• Large farm owners can utilize wireless IoT
  applications to collect data regarding the
  location, well-being, and health of their cattle.
  
• This information helps them in identifying
  animals that are sick so they can be separated
  from the herd, thereby preventing the spread of
  disease.
• It also lowers labor costs as ranchers can locate
  their cattle with the help of IoT based sensors.

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Smart GreenHouse

• Greenhouse farming is a methodology that helps in
  enhancing the yield of vegetables, fruits, crops
  etc.
• Greenhouses control the environmental parameters
  through manual intervention or a proportional
  control mechanism.
• As manual intervention results in production
  loss, energy loss, and labor cost, these methods
  are less effective.
• A smart greenhouse can be designed with the help
  of IoT this design intelligently monitors as
  well as controls the climate, eliminating the
  need for manual intervention.

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Advantages of Iot in Agricultural Biotechnology

• Increased Production
• Water conservation
• Lowered operation costs
• Increased quality of production
• Improved livestock farming
• Remote monitoring

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Agriculture Biotechnology at Mobiloitte

• At Mobiloitte Continual technology innovations
  and recent advancements in information technology
  resulting in cheap, fast pacing and accurate
  digital solutions that are helping to boost
  productivity and usefulness to the world.
• Smartphones and web-based solutions not only
  helps to control these expensive devices and
  consumables but also helps in data analysis.
• Apps with advanced computing ability are capable
  to run multiple advanced instruments and have
  tremendous practices in Agriculture Biotechnology.

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Mobiloitte Challenges

• Crop improvement
• control of microbes
• Production enhancement
• Environmental factors
• Hydroponics and Polyhouses

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Mobiloitte Solutions

• Monitoring of nutrient as well as climatic
  factors by app driven instruments like pH meter,
  TDS control, Temperature, humidity, Photoperiod
  etc.
• In genetic engineering, comparison and management
  of genes and their concerned primers, restriction
  enzymes, ligases etc.
• In production of GM crops.

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