Experience the future with 2022 Agri-Tech Trends

Experience the future with 2022 AgriTech Trends The increasing need for agricultural automation, digitization, and sustainability are being met by technological developments in agriculture. The new direction of agriculture is toward "smart farming," which means making the most use of available resources and decreasing crop losses. Emerging ideas like the IoT, computer vision, and AI are being used to create "smart farms." Drone technology along with robotics is hastening the process of automating farms by taking over labour-intensive tasks like fruit picking, weeding, and watering. The combination of GPS technology with aerial and satellite imagery yields a detailed and precisely localised map of the area.

Moreover, sensor technology used by IoT devices collects real-time field data that helps farmers make data-driven decisions. Indoor Farming as well as precision agriculture’s meteoric rise in popularity in recent years are also contributing to the industry's explosive IoT development. When added up, these technical advancements cause substantial and long-lasting shifts in farming methods for Agriculture companies in India. The focus is on reaching the ultimate objective of a sustainable future, which involves improving the quantity as well as the quality of crops generally as well as enhancing animal management.

2022 Agriculture Trends: 1. Internet of Things (IoT): In conventional farming, agricultural field monitoring necessitates substantial time, energy, and material investment. The IoT offers an option for these time-tested procedures. Sensors built into IoT gadgets gather information in real time and relay it to users via apps on their smartphones or other channels. These sensors can monitor a wide variety of environmental conditions, from humidity as well as soil temperature to the location of plants and livestock, and beyond. By allowing for remote farm monitoring, IoT also saves farmers time and effort.

To add to this, modern irrigation systems use IoT sensors to fully automate the process of watering crops. These include things like rain gauges, soil moisture monitors, and evapotranspiration trackers. To improve the accuracy, speed, precision of farming operations, as well as enhance the quality of agricultural produce resulting in buying and selling of Agriculture produces online in India possible, startups are creating novel sensor solutions that integrate IoT technology with drones, robotics, and computer imaging. These notify you of potential problems in a timely manner and speed up the process of fixing them.

2. Agricultural Robotics: Farmers suffer a severe shortage of labour, which is exacerbated by the scale of their field activities. As a result, new companies are producing agricultural robots to aid farmers in tasks such as harvesting fruit, planting seeds, and maintaining crops through the use of pesticides and herbicides. There has been a rise in the use of robotic farm equipment by farmers as a means of automating mundane, routine jobs. The use of semi-autonomous as well as autonomous tractors and other smart agricultural machinery is widespread. The auto-steer feature on today's tractors makes it much simpler to move the machine around the farm.

Robots are also utilised in automated systems specially designed for the management of livestock. Incubators, weighing scales, automatic feeders, as well as milking machines all, fall within this category. When farmers use robots, they can devote more time and energy to increasing output without being distracted by mundane tasks. In addition to making life easier, automation in these systems helps reduce the likelihood of mistakes made by humans.

3. Artificial Intelligence (AI): Using AI in farming gives farmers immediate feedback on the state of their fields so they can respond appropriately. In order to help farmers make better decisions, AI can provide forecasts of meteorological data, crop output, and market prices.

Farmers can get advice and input ideas from chatbots. Disease and anomaly detection in plants and cattle can now be detected automatically using AI and ML systems. It's now possible to spot problems in a timely manner and take corrective action if necessary. Machine learning algorithms are also used in biotechnology to make suggestions on which genes to use.

In addition, AI makes it simple for farmers to get the money they need, even if traditional banks have turned them down for credit, by using alternative credit scoring. There are a number of ways in which AI is being used by startups to develop cutting-edge methods for enhancing agricultural productivity. AI will also help in promoting the buying and selling of Agriculture produces online in India.

4. Drones: It is difficult to maximise farm output while decreasing expenses. However, unmanned aerial vehicles (UAVs, or simply drones) provide a practical solution to this problem for farmers. Drones can be used to gather raw data, which can then be processed into actionable insights for agricultural monitoring. The use of camera-equipped drones helps in capturing real-time airborne images as well as surveying small and large areas. This information drives precision agriculture by allowing for the precise dosing of inputs like water, fertiliser, seeds, and pesticides.

In addition, drones make it easier to keep tabs on animals through features like geofencing and grazing monitoring. From simple visible-light shots to multispectral photography, these flights over fields provide data useful for analysing crops, soil, and fields. Drones are effective for monitoring livestock, grazing, and crop production, but they aren't suited for poultry surveillance because their movement frightens the birds. Startups are also developing drones that can analyse soil's mineral and chemical makeup, as well as the concentration of chlorophyll and the prevalence of weeds.

5. Precision Agriculture: The term "sustainable agriculture" refers to farming practices that don't harm the environment in any way, shape, or form. Precision agriculture, which entails managing crops and cattle in accordance with their precise locations, is one such example. To improve crop quality and output, farmers employ this technique, which

involves applying measured amounts of inputs including water, herbicides, and fertilisers. Some areas of the field are flatter than others, while some receive more or less sunshine, and some have more or less of a slope. Consistently applying the same method across the entire farm is, thus, inefficient and wasteful. To combat this, a slew of innovative precision agriculture technologies are being developed by AgriTech as well as many technologically advanced Agriculture companies in India.

6. Regenerative Agriculture: Soil erosion and crusting are chronic problems caused by conventional farming methods. Too often, the soil isn't given enough time to recover from the previous growing season's worth of ploughing, tilling, and overgrazing. Instead, the focus of regenerative agriculture is on enhancing soil biodiversity and revitalising topsoil while causing minimal disturbance to the soil. Some of the methods used in this context include crop rotation, reduced tillage, and no-till farming. Soil fertility can be restored by planting cover crops in between harvests. In addition, through sequestration, fields can be used as carbon sinks when regenerative agriculture is practised. As a result, there will be less of an effect on global warming from human activity.