Favour Rukeme Seven
Lots of countries are using new technology to make farming better.
New technology like drones, artificial intelligence, and seawater agriculture are being used to predict good times for planting crops. And there's hope that in the nearest future, farming will change a lot. From AI Intelligence that predict the weather to farmers using technology to fight pests and grow more crops and self-driving vehicles on farms, technology is making farming more advanced.
In the future, farming will use fancy technology like robots, sensors for temperature and moisture, aerial pictures, and GPS. These high-tech tools, along with precision farming and robot systems, will help farms make more money, work better, be safer, and be kinder to the environment.
It offers endless possibilities, from improving the livelihoods of farmers and communities across the globe, to helping the sector become more sustainable and protecting the environment.
Ways Technology is tackling the problems facing the agricultural industry
Indoor Vertical Farming
When farmers use indoor vertical farming, they don't have to worry about space limitations. This type of farming involves growing crops on stacked shelves in a controlled environment. The shelves are arranged vertically to save space and increase crop yield. Most of the time, these shelves don't need soil; instead, they use hydroponic or aeroponic systems:
🪴Hydroponics grows plants in water and nutrient solutions.
🛫 Aeroponics suspends the plant roots in the air and sprays them with water and nutrients at intervals.
Indoor vertical farms enable growers to control variables such as light, temperature, water, and sometimes, carbon dioxide levels, allowing them to get healthier and bigger yields.
Precision Agriculture and Farm Automation
Precision agriculture is a farming method that uses data to help farmers improve soil quality and crop yield. It collects and analyzes information about soil health, weather, and crop growth using remote sensing and satellite imaging. With this data, farmers can make better decisions about irrigation, fertilization, and pest control, which leads to healthier crops and higher productivity.
Farm automation combines machinery, computers, sensors, and data management to make farming equipment smarter and more efficient. This reduces the need for human intervention and minimizes errors in decision-making. Reduced labor time, higher yields, and the efficient use of resources are driving the large-scale adoption of the technology. Farmers now use automated harvesters, drones, autonomous tractors, seeding, and weeding to transform how they cultivate their crops.
Technology handles repetitive tasks, freeing up farmers to concentrate on more important responsibilities.
Web3 Applications and Artificial Intelligence
The introduction of Web3 applications has sparked innovation in the agricultural industry, leading to several improvements. Below are a few examples:
—Fintech in agriculture goes beyond just handling money—it's about helping farmers use data to improve their farming practices. Agricultural financing is all about getting funds for farming purposes and using them efficiently. It involves getting money from various sources like markets and then using it to produce agricultural products.
Fintech in agriculture refers to new technology that makes it easier and more automated to provide and use financial services. Digital platforms are offering farmers with technologies that streamline financial operations, bridge loan access, and improve overall efficiency, from distant villages to large fields. Farmers are leveraging the power of fintech to alter the way they handle finances, access credit, and optimize operations as demand on the global food supply chain grows and sustainability becomes more important.
—Blockchain technology can track the journey of any product from where it's grown to where it's consumed. By using smart sensors and Web3, farmers can record and share detailed information about their crops, like where they're from, what was used to grow them, when they were harvested, and any certifications they have.
This creates a digital record for each product that anyone, including consumers, retailers, and regulators, can access. It also allows for using cryptocurrency platforms to get small loans and make instant payments for goods and services without needing a middleman. This technology has the potential to make life better for people in developing areas.
–Drones, also known as Aero Robots, can provide valuable insights to farmers by giving them access to satellite data and high-resolution images of their farmland. This helps farmers manage their land more efficiently by providing detailed information about soil quality, weather patterns, pests, and diseases. With the help of Web3 technology, farmers can use data analytics and artificial intelligence tools, such as decentralized oracle networks and machine learning algorithms, to make better decisions and improve their operations. For example, farmers can use Web3 tools to predict crop yields, adjust inputs, or identify any unusual occurrences. Drones can also track crop growth, monitor tree health, and assess the size of various elements on the farm.
Conclusion
In today's world, with heightened concerns about the environment and fears of climate change, sustainable farming is a critical issue. As our population grows and land and water become increasingly scarce, the future of humanity is at risk. While politicians often hesitate to take action, startups in agricultural technology are stepping up to the challenge.
From precision agriculture to farm automation, genetics, and Web3 applications innovations in agriculture offer the promise of smarter, safer, and more productive farming practices. By embracing these advancements, we can work towards a more sustainable future for generations to come.
Stay tuned for more insights on the ecosystem by following me here on Wazoplus and also on LinkedIn via this link
https://www.linkedin.com/in/favour-rukeme-seven-b53b93293