Skip to content
Home » Smart Farming With Technology – PowerPoint Presentation

Smart Farming With Technology – PowerPoint Presentation

Agriculture Years Ahead: Smart Farming with IoT Technology

Farming has been the oldest sign of human civilization. Through times, we as a human find several damaging effects of our ways in growing crops to the environment including the flora and fauna. To restore the damages, people nowadays develop smart farming with IoT. Not only to revive nature but smart farming is designed to bring more benefits also like higher profit, efficient planting process, premium harvest, and others. More details are presented below.

What is Smart Farming in IoT?

Internet of Things includes enhanced objects with technology in processing, sensors, and more that can send and receiving data to other networks. There have been examples of IoT in daily activities like home automation to save energy, traffic control, NFC tag, etc. In agriculture, technologies also have been involved and developed for years. This is called smart farming.

The integration between technology and farmers’ skills is aimed to produce the best quality and quantity of the commodity. Humans used to take all the roles in farming from planting, growing, harvesting, checking, and so on. Yet, with smart farming, some jobs are taken over by technology including sensors, drones, AI, and robotics to optimize the process and especially to ease the farmers.

Smart Farming Techniques

Technologies in farming have been utilized in numerous ways. Each kind is installed for a different purpose. Based on the functions, here are some techniques in using technology for smart farming.

  • Field mapping or data collection: sensor technology is set up to measure environmental aspects such as humidity, temperature, light intensity, wind, water/rainfall, soil composition, and more. Then GPS and GIS support the bigger picture of the map by providing the geospatial data.
  • Predictive analytics: based on data required from field mapping, several types of analytic software can predict and suggest the needed actions. Some even are equipped with alert systems of discrepancies or pest attacks.
  • Data saving: using cloud-based, the regularly obtained data are uploaded as a record for future decision making. They are also shareable for wider area analytics.
  • Tracking and monitoring: this technique might require cameras, drones, tags, and GPS. Drones and cameras provide a visual of the field. Then, tags and GPS supply precise coordinate location of livestock.
  • Labor work: similar to automation, drones, and robotics are helpful to do labor work such as planting seeds, watering the plant, harvesting, spraying the pesticides, milking the cows, picking fruits, irrigating, and more.
  • Warehousing: in tropical areas like India, farmers are utilizing solar-powered refrigerators to store the fruits and vegetables right on the farm. Since greens and fruits are prone to get withered, storing them in fridges directly is a smart way to provide fresh commodities.
  • Saving energy: also using automation, a system could be built in the farm to cut down energy consumption. Smart irrigation could automatically turn the machine off when a sufficient amount of water in the soil is reached. Drone-spraying only on the necessary spots could prevent polluting the land.

Download Smart farming Technology PowerPoint Presentation:

How is Smart Farming Used?

Generally, smart farming with IoT is set up to overcome certain problems or to reach some goals. As there are various techniques, it is essential to identify the gap and the proper technologies demanded. Many parts of farming could be enhanced with technology like tags in cows, the sensor in soil, picking robots, and more. After setting up the technology, a regular check is needed to see the tech’s performance and the result.

Is Smart farming Profitable?

Indeed technology brings positive impacts to farm management. As the products increase, more profit could be generated. Smart farming also helps farmers to distribute their commodities to the most rewarding markets or buyers. Some software connects the farmers to connect with the nearest potential buyers. Despite the gained earnings, farmers should be aware also of the maintenance and installation costs. Hence, profit is relative and may differ for each farmer.

What are the Benefits of Smart Farming?

  • Improved products
    With high-quality control and experiments, nowadays many farming ‘companies’ produce vegetables with a certain taste that is different from other vegetables. The greens mostly are categorized as organic and pesticide-free.
  • Precise data
    Assisted with tools, predictions or actions can be made of accurate data. Because certain plants are better in high temperatures, crops rotation is easier to decide. The data can be saved and used as a reference in the future if there is a similar condition coming up.
  • Environmental friendly
    As farmers could minimize pesticide use, irrigate water sufficiently, manage waste efficiency, current farming damages are slowly getting revived. It is predicted that years from now, farmers could build a farm with varied commodities without removing the endemic flora and fauna.
  • Efficient management and cost-effective
    As many labor works are done by the technology, the management costs can be reduced or allocated to maintain the technology. The farmers could also be away, but keep controlling the farm from far away.
  • Low risk
    The technology could predict any disaster that might happen to the farm whether it is viral diseases, climate changes, or others. This helps farmers to be well-prepared.

Benefits of Smart Farming

What are the Disadvantages of Smart Farming?

Despite the benefits above, smart farming also carries several potential risks. The biggest of them is prone to be damaged. Without any regular care, technology is prone to get broken by natural factors like heavy rain, strong wind, thunder strikes, and more. It could be a big loss for the farmer. Moreover, the maintenance cost is not cheap with updates and further research.

How do I start a Smart Farm?

As mentioned before, you could start by identifying the goals and what aspect you are focusing on. Then prepare the money and choose the suitable technology. If your finances do not support it, you can try to collaborate with researchers. So they can do their research and you can get the best crops. Another way is by finding investors.

After the technology is already set, maintaining smart farming is not an intermittent process. More research regarding the actions to be taken and possible future technology must be carried.

How Many Farmers Use IoT?

Smart farming with IoT is a growing business nowadays. The number of farmers using IoT is increasing and it is projected by the agriculture market in the U.S. that annual growth rate of 19.3%. a survey shows that technology installation in farming also has a similar growth rate that is 20%. This happens globally as many countries come up with modern innovations like Japan, India, Canada, Columbia, Mexico, Brazil, Chile, and Argentina.

Follow by Email