Generally, smart farming & precision cultivation involves a complete integration of advanced technologies into concerned existing farming practices to enhance production efficiency & quality of agricultural goods. Additionally, they also enhance the quality of life for farm workers just by reducing tedious tasks. Addressing of population growth, climate changes & labor issues have bought a lot of attention to techniques & technology.
One of the smart farming & compatible device known to be Gobuzzr works on ideal weight, optimum temperature and humidity help apiarists to collect honey without any complications. Each & every farming can benefit from technological advancements starting from planting to harvesting. The three major categories such as autonomous robots, drones including sensors are the major pillars of smart farming.
Generally, agricultural mechanization involves the production & distribution of tools, planting, harvesting, etc. Of course, the mechanization process & smart hive monitor possesses an enormous impact & enhancement of agricultural profitability. In this era, the main goal of mechanization is to increase the market of economic growth. Modern beekeeping involves different tools like Hive Tracks, Bee smart, Thermosolar Hive, and Buzz Box & Flow Hive. The trendier beekeeping technologies acquire real-time data more efficiently. Through the modernized IoT device monitoring software, reminders are raised automatically regarding the feeding & inspection. Here, there is 100% assurance for the protection against pests too. When comparing to the traditional beekeeping technologies, only the modernized ones support mechanized agriculture.
Replacing human labor along with the automation process is a rising trend across a list of industries where agriculture is not an exception. In today’s aspects of farming are exceptionally labor-intensive ones. The AgBots begins to appear on the farms & performs different tasks starting from planting, watering, harvesting including sorting. This type of smart equipment makes it possible to produce more & better quality food with the least manpower.
The tractor is a major backbone of a farming process which is used for lists of tasks depending on the type of farm & configuration of its subsidiary equipment. Due to the advancement of autonomous driving technologies, tractors are expected to convert some of the earliest machines to be converted. The autonomous tractors are more capable on & self-sufficient over time especially with the addition of machine vision systems, GPS for navigation including IoT connectivity, etc. They automatically enable remote monitoring & LiDAR with the main motive of object detection & avoidance.
Additionally, the advancement in imaging technology means that individuals are no longer limited to both visible light & photography. The Camera systems starting from the standard photographic imaging to infrared & hyper-spectral imaging everything is in an advanced stage. Most of the organizations & researchers are operating on drones that can make use of the compressed air.
Drones are available for the development of crop spraying apps, offering a greater chance to automate labor-intensive tasks. Along with a combination of GPS, laser, ultrasonic techniques these drones can adapt to factors of altitude & location. This automatically enables drones to perform crop spraying tasks efficiently, with a greater amount of accuracy. Working in integration with AgBots, the crops are identified in specialized attention.
Real-Time Monitoring & Analysis
One of the most important tasks of drones is that it can take for remote monitoring & deeper analysis of fields. The farmers can review overall data, creating personal trips into fields where there is a concerned issue that needs some attention rather than wasting time.
Connected Farm: Sensors & IoT
The innovative drones & autonomous AgBots are useful, making a future of smart farm which brings all technologies together known to be “Internet of Things”. Nowadays, IoT has become a reliable term for the major idea of connecting computers, machines and types of equipment which are connected. Already, it has been seen that IoT technologies are used in different ways such as smart home devices, digital assistants, and smart factories including smart medical devices. These farms have the sensors embedded in each & every stage of the farming process including every piece of equipment.