admin / July 2, 2021
With the increasing global population, the world will need to produce at least 70% more food and grains by 2050 – Says the UN Food and Agriculture Organization.
Decreasing agricultural land and depletion of the naturally available resources have arisen the need to enhance the farm yield. The limited availability of natural resources like fresh water and cultivated land essential for good harvesting has slowed down the yield of several staple crops. Apart from this, the decline of the agricultural workforce is a massive concern for the farming industry.
So, to reduce the need for manual labor, the adoption of internet connectivity solutions in farming practices has been provoked. And this raises the need for IoT-powered solutions.
IoT solutions are more focused on helping farmers shorten the gap of demand and supply by churning out more crops, boosting profitability, and protecting the environment. The main aim behind using IoT technology in the agricultural sector is to ensure the best application of resources to yield more crops and thus reduce the operational cost to a greater extent. IoT in agriculture technologies comprises specialized equipment, wireless connectivity, along IoT service providers to make agriculture smarter. So, hire IoT developers if you want to derive better results and advance your old-age farming business to a modern agri-tech business.
As per the BI intelligence survey reports, the global agriculture market size is expected to triple by 2025, around $15.3 billion.
This article will focus on how IoT technology is reshaping the agricultural industry and how it benefits the agriculture industry. So, if you’re thinking of financing smart farming to advance your Agri-tech business, consult an IoT development company for enhanced solutions in agricultural farming.
So, let’s get started.
Smart agriculture, aka smart farming, allows farmers to have better control over growing crops and raising livestock. In technical terms, smart farming is a hi-tech system that produces foods and grains cleanly and is highly sustainable for the masses. It is the application of modern information and communication technology. A system that monitors crop fields, including soil moisture, humidity, light, temperature, etc., using sensors and thus automates the entire irrigation system. This approach allows farmers to monitor their field condition regardless of location. Compared to conventional and old-school farming, IoT-based farming is a smart approach and is highly efficient.
Implementation of an IoT-powered solution will allow you to:
The impact of IoT-based smart farming will not only target conventional and large farming operations but also game up the level of common trends in agriculture, including organic farming, family farming, and boost farming transparency. Along with this, it will optimize the farming inputs and treatments, make the efficient use of water storage, better yield, save electricity and labor.
IoT has the potential to transform the agriculture sector in many aspects like:
In this smart farming approach, the key components are control systems, sensors, robotics, automated hardware, autonomous vehicles, motion detectors, button camera, and wearable devices. The real-time data collected through sensors are used to track general business and quality efficiency and staff performance. It gives an idea of the output production and allows better decisions to plan for product distribution.
These ground-based and aerial-based drones are used to assess agriculture health like irrigation, crop monitoring, crop health assessment, planting, crop spraying, and soil and field analysis.
Using wireless IoT applications, farm owners can collect data regarding cattle location, well-being, and health. This information will help to prevent the spreading of disease and also lowers down the overall labor cost.
A smart greenhouse designed with IoT technology will monitor and control the climate, which indirectly eliminates human intervention.
Since crop production plays a crucial role in farming, the data collected from predictive analysis help farmers to decide the plans in regards to crop production, storage, risk management, and marketing techniques. The artificial networks use information collected by farm sensors, including soil, temperature, pressure, humidity, and rainfall, to predict the overall production rate of the crops. The customized mobile app help farmers to get accurate soil data.
IoT-enabled agriculture has helped farmers to bridge the gap between yield quantity, output, and efficiency. The real-time data gathered, collected, and imported from multiple sensors stored in the database help to make quick and effective business decisions with minimum crop loss.
The production is handled quickly, and the turnaround time has minimized, which delivers the inventory to the supermarket in the shortest time. A big thanks to streamlined intelligent processes and enhanced business process execution.