Agricultural Technologies & Advanced Ways Of Farming

Agriculture is one of the industries that stay in demand in the age of global prosperity as well as global crisis. Connectivity, interoperability ensure resilience of this industry but recently the world has been facing challenges that require agri stakeholders to change their approaches. The use of technology in agriculture deserve special attention in the light of the surging food shortages, and climate changes that force farmers to look for a game-changing solution.

The global agritech market is expected to reach $ 49211.55 million USD by 2031, and it is high time to get into the details. What modern agriculture technology drives profit and makes the companies resilient? Let’s look closer into the practical examples and their benefits.

Challenges of agriculture industry

The agriculture industry faces a myriad of challenges, balancing between meeting global food demands and ensuring sustainable practices. One critical challenge revolves around water usage, with approximately 70% of the world’s freshwater withdrawal dedicated to agriculture. This highlights the immense pressure on water resources, necessitating efficient management strategies to sustain both crops and ecosystems.
Agriculture is also a significant contributor to greenhouse gas emissions, accounting for approximately 34% of the total emissions from the agriculture and food sectors. This underscores the urgency of adopting sustainable farming practices and modern technology in agriculture to reduce the industry’s carbon footprint and address climate change concerns.

Looking ahead, the projected surge in global food demand adds to the industry’s challenges. By 2050, expectations indicate a staggering increase of 59-98% in global food demand. This requires a transformative approach to agriculture.

What is agriculture technology?

Often referred to as “agritech”, agriculture technology covers a range of tools and disciplines that contribute to enhancing agricultural output. It includes utilization of vehicles, robotics, satellites, drones, mobile devices, and software. Lately, the technological advancements in also embraced big data analytics and artificial intelligence.

The future of agriculture is digitalization

Digitalization in agriculture transformed traditional farming practices, and turned the industry into an interconnected ecosystem. Hence, connected farming, precision farming, and smart farms are leveraging more and more technologies to bring agriculture stakeholders closer to their ultimate productivity and sustainability goals. So, how does it look in practice? Let’s take a look at a couple of agritech examples.

Precision farming

Precision farming uses multiple technologies to digitalize operations, for example:

  • GPS technology for precise field mapping and tractor guidance.
  • Drones and satellites for aerial data collection and crop monitoring.
  • Sensors soil and crop sensors for real-time data on moisture levels, nutrient needs, etc.
  • Automation and robotics for automated tractors, harvesters, and drones.
  • Data analytics and AI for processing large volumes of data and making predictive analyses.

Benefits of digitalization in precision farming:

  • Improved Efficiency
    Farmers can quickly react to changes in the field and reduce resource waste with automation and real-time data.
  • Enhanced decision-making
    AI and data analytics help predict crop yields, detect plant disease, and optimize resource allocation.
  • Cost reduction
    With the precise application of water, fertilizer, and pesticides the costs and environmental impact are lower.
  • Scalability and accessibility
    Even small-scale farms can have access to sophisticated tech tools with cloud-based technologies.
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Connected farming

Connected farming integrates digital technology to create a more interconnected and intelligent farming system. The technologies often used for connected farming are:

  • Internet of Things (IoT). Connects various devices and sensors on the farm for data collection and control.
  • Drones and robotics us used for aerial surveillance, planting, spraying, and harvesting.
  • Sensors. Soil, weather, and crop sensors provide real-time data on farming conditions.
  • Cloud computing and big data analytics are used for storing and analyzing vast amounts of data.
    Mobile technology. Apps and software for remote farm management and decision-making.

Benefits of digital technologies in connected farming:

  • Advanced Analytics. The use of big data and AI for predictive analytics improves decision-making in crop management.
  • Remote Farm Management. Farmers can monitor and manage their farms from anywhere, thanks to cloud computing and mobile technology.
  • Interconnectivity. Devices and systems across the farm are connected, often via the Internet of Things (IoT), allowing for seamless data exchange.
  • Real-time monitoring and control. Farmers monitor and manage various aspects of farming in real time, from soil conditions to machinery status.

Summing up

Agricultural software opens up a world of possibilities for farmers. It transforms traditional practices of cultivating and harvesting crops and allows businesses open new markets. Qaltivate provides custom software solutions for a variety of purposes from managing soil health to financial management and forecasting. If you have a new project in mind or struggle with operational inefficiencies, Qaltivate is ready to take you down the digitalization path.



1. How is technology used in agriculture?

Technology is used in agriculture in several ways, among which are precision farming, equipment automation, climate forecasting and weather monitoring, water management, etc. It is possible to use technology in a custom way depending on the needs of your agribusiness.

2. How did technological advancements improve agriculture?
Technology has already helped agri businesses increase crop yields, and improve warter and pesticide use. With the mobile apps and platforms farmers get easy access to insights, trends, and educational materials beneficial for their agri businesses.
3. What innovative technology is used in farming?
Among the commonly used and accessible are drone technology, mobile apps, and precision agriculture tools.
4. Which technology is used on farms to increase food production?
Some of the examples of technology used to increase food production are GPS and IoT devices for efficient resource management and crop monitoring; drip and sprinkler irrigation is used for optimal water usage.

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