Best Precision Agriculture Software

What is Precision Agriculture Software?

Why Use Precision Agriculture Software?

Who Uses Precision Agriculture Software?

Precision Agriculture Software Features

The diverse products in this category include different sets of features and capabilities, with the shared purpose of streamlining farming processes and maximizing yield results. As mentioned above, solutions may require additional hardware to deliver the intended results, and they may also integrate with external satellite data or other sources. In some cases, they will sync with other data management information systems to create a full picture of the farming operation and communicate the most timely, valuable analytics, descriptions, and recommendations possible.

The following are select features you may encounter in these applications that could serve to benefit your farming business in one way or another:

Land preparation/field planning — Precision farming, and farming in general for that matter, begins with assessing the land that is selected for growing crops. Once this data is collected, the management team can take the necessary steps to prepare the field for planting, a process also known as tillage. This will involve different measures based on the geography of the land and the crops selected for specific portions of land. Preparations may also include the installation and configuration of localized equipment, such as sprinkler systems and in-field sensors for remote sensing of field conditions.

Precision agriculture platforms may provide one or more features designed for the tillage process, with advanced analysis of farming fields and assistance with segmentation and crop planning. For optimal land preparation, users may be encouraged to input soil test results, with which the software can determine the ideal areas for specific crop rotations. Field analysis might also entail satellite or drone imaging, bolstered in some cases by machine learning or artificial intelligence technology used to construct land maps and simulate future conditions. Modern farm management often benefits from this sort of global precision, and every piece of data can contribute to the success and efficiency of precision farming.

Seed and water scheduling — Once the requisite weather data and field mapping is done processing, farmers can begin the planting process for their various crops. A significant component of precision farming is the strict scheduling of crop sowing, irrigation, and upkeep en route to eventual harvesting. Precision agriculture products may determine and suggest the ideal dates and times for planting seeds and tending to your family of crops. These small details are critical in making the most of land conditions or weather patterns and growing the healthiest crops possible. This advanced technology makes it easier than ever to schedule planting and care of crops for optimal results.

Scheduling of these processes may vary based on the equipment being used on a farm, along with the other conditions previously discussed. For example, nitrogen stabilizers may be implemented to help control gains and losses in the nitrogen cycle. There are also controlled release products (e.g., sprinklers, pesticide sprays) that will affect farming demands and scheduling. Precision agriculture products will adjust their management recommendations based on these integrations and the whole of data that is uploaded or generated about crop and farming conditions.

Planting recommendations — In addition to scheduling assistance, precision agriculture products may be fitted with capabilities that focus on other data-based crop recommendations. These can include suggestions on which types of crops to grow based on projected field conditions and market values. For example, if there was a local demand for winter wheat and the software determines that the conditions are right for it, the platform might recommend it as a project, whether or not it was already in the user’s plans. Along with that, it may offer planting recommendations such as ideal harvest dates and which nutrients to feed the crops throughout their growth lifecycle. Some platforms can simulate the crop’s growth, complete with plant protection forecasts—or the probability of certain pathogens and diseases for each crop.

After this crop modeling and yield mapping, certain products will offer detailed yield monitoring based on the progress of crops and any changes in weather or land conditions. This may entail integration with crop management software, which assists with ongoing field and crop records and yield optimization. A number of precision agriculture products will offer timely suggestions for agronomists as they monitor and tend to their family of crops. This may include pesticide and nutrient management, trimming reminders, and weather-related adjustments to care. For successful farms, crop management demands constant attention to detail and juggling a plethora of tasks and responsibilities. Precision agriculture platforms provide farmers with helpful data and insights throughout the growth cycle to give crops the best chance of survival and high quality.

Soil, water, and fertilizer analysis — The importance of clean, quality materials when farming cannot be overstated. Aside from crop seeds, this will typically include the right soil, a reliable water source, and manure or fertilizer. Precision farming technology may include features such as irrigation analytics, a localized database of soil characteristics, and manure analysis. Maintaining a proper inventory of these components is essential to a farming business. When balancing the many responsibilities of a farm, it can be easy to overlook the integrity of certain materials while keeping up with constant deadlines and demands. These features help to keep tabs on these and other crucial supplies, with up-to-date analytics on their composition and the presence of harmful or unknown substances. By tracking and responding to this data, farmers can ensure their crops receive only the cleanest, most nutrient-rich ingredients, which will maximize their yield and the safety of consumers.

Trends Related to Precision Agriculture Software

Agriculture is evolving as quickly as any industry, with groundbreaking technology and new concepts changing the way that agronomists approach their line of work. The following are a couple recent trends that are related to precision farming may become increasingly prevalent across global farming businesses.

Artificial intelligence — Year after year, artificial intelligence software and AI-enabled devices are dominating the tech conversation. This is taking a number of forms as it relates to agriculture. The common applications of AI in farming include agricultural robots, predictive analytics, and crop/soil monitoring. As AI continues to spread and grow more sophisticated, modern farms will be able to implement it in many aspects of their business, from application maps to complete reimaginings of a labor force. Some precision agriculture products already include elements of AI, but as it marches forward, precision farming will become easier and more beneficial than ever. AI will lend itself to unparalleled crop planning and tending, as well as the complete optimization of land space and material resources. If you run a farming business, it is important to follow this particular trend and its implications for the agriculture industry.

Drones — Drones or unmanned aerial vehicles (UAVs) go hand in hand with artificial intelligence. This powerful remote flight equipment has only existed in its current form for a handful of years, but in that time, it has pervaded a number of industries including agriculture. Using these small, autonomous aircraft, farm management teams can survey acres of land in a matter of minutes, while capturing high-resolution images and videos to be used for analysis. Combined with AI, these surveys can be used for complex projections of crops and fields based on historical data and intelligent renderings. The health of crops or soil can be deduced from drone footage and AI-assisted processes, at a rate and with a level of detail that has never been seen. These devices are making precision agriculture more precise by the minute, and it shows no signs of slowing down.

Potential Issues with Precision Agriculture Software

Changes in weather — Even with modern weather mapping and any amount of precautionary measures, weather systems have the potential to disrupt farming operations and destroy crops in a matter of minutes. In some cases, even with the most accurate forecast, events like high winds, heavy rains, and hail storms can develop out of nowhere, especially in certain regions of the world. The insights and recommendations made possible with precision agriculture can be quickly voided by a drastic change in weather. It is important for farmers to thoroughly protect their crops and react quickly to any potentially harmful weather system. Once storms have passed and any damage has been assessed, precision agriculture software may require users to report these updates and potentially take new readings of data such as water quality or soil composition. In some cases, recovery from weather damage will involve changing crop scheduling or strategies.

Crop damage — Young crops are fragile living things that are vulnerable to a number of threats. These can include disease, bug infestations, being eaten by wildlife, extreme weather, and even theft or vandalism. While these incidents are not a fault of any software, their occurrence can significantly disrupt a growth plan and the consequences may reverberate through a farm’s operation. Even with the most precise recommendations and projections, an incident like this can undo the work of a precision agriculture system and force users to lose progress and reconfigure large amounts of data. The extent of these issues will greatly depend on the scope of crop damage and the yields that will be lost or reduced. To help minimize the chances of a damaging event, users should follow the crop protection suggestions that are generated within some of these products.

Software and Services Related to Precision Agriculture Software

Modern farms can use precision farming technology in tandem with other solutions that are designed for different aspects of the operation. A growing number of global software vendors are developing advanced platforms for farm management to match the increasing standards of farming operations, crop distributors, and consumers. These emerging software categories serve to benefit even the most traditional farms, providing convenience and valuable data that can improve customer satisfaction and returns while reducing stress and waste. The following are select software types that can work alongside precision agriculture platforms to benefit a farming business and its clients.

Smart irrigation software — Smart irrigation software is specially designed for water-related insights and automation across a farm’s active land space. Clean water, and in abundant supply, is a cornerstone of farming operations. With that said, it is also a limited resource, and businesses are increasingly expected to monitor and limit their usage wherever possible. Smart irrigation systems provide assistance with monitoring and optimizing irrigation processes, with timely, data-driven recommendations for water usage.

The products in this category are a natural complement to precision farming tools, helping to control the flow of resources based on farming conditions and the specific crops being grown. Controlling the irrigation processes as best as possible will not only benefit the crops along their lifecycle but will help protect and sustain the environment. Water management can be one of the largest challenges a farming business will encounter, with untold costs and risks along the way. Smart irrigation software give farmers the data and scheduling assistance they need to streamline these processes with minimal stress, keeping crops healthy and limiting waste throughout ever-changing weather patterns and field conditions.

Farm management software — Beyond the health of crops, there are countless moving pieces in a farming business, and each one plays a pivotal role in the operation’s success. Farm management software provides a set of features for tracking a farm’s daily operations, such as worker schedules and assignments. These products include varying functionalities that touch on different aspects of a farm’s operational activities, allowing for the convenient storage and organization of data and information about employees and resources.

Farm management software may include features for managing financial information related to the farm’s various expenses and income streams, as well as assistance with vendor accounts and employee compensation. These applications may offer some features of crop management software, along with inventory management features for machinery, equipment, and supplies. As with any business, a growing farm business needs to be on top of its critical data, with close attention to detail and regular updates. Farm management software provides a centralized hub for this sea of information, allowing management teams to closely monitor the farm’s dealings and use this data to inform their decisions. Some farm management products will take it a step further with insights or recommendations related to efficiency and profitability. Some products will also provide communication features so farm supervisors can relay timely information to farmhands and the staff can stay up to date on goals, metrics, and company updates.

UAV software — Unmanned aerial vehicles (UAVs), also known as drones, have had a sizable impact in a short period of time. These flying machines allow for remote operation from a great distance, and are often equipped with top-of-the-line cameras and imaging technology for practical or personal use. The UAV Software category includes various platforms that are designed to assist with and supplement drone operations, many of which are specially built for agricultural businesses.

With certain UAV hardware, users can map out and schedule flight plans, and in some cases these routes and processes can be automated. Farm operators may leverage this technology to take regular aerial footage of crops and field space, with which they can observe land conditions and make informed decisions about farm activities. With the right software program, farmers can input different commands for UAVs such as taking certain types of photos, taking aerial measurements, or analyzing certain aspects of a land area. Routine surveys and analysis with drones can save users time and effort while generating data that was not previously possible. Farmers might also use this technology for timely observations and analysis before, after, or during weather-related events, crop burnings, or other significant events. With these software products, users may be able to closely track the individual flights of UAVs and ensure they are operating correctly. As this emerging technology becomes more prevalent in the agriculture industry, UAV software will become increasingly commonplace to farm management.

Livestock management software — For farming businesses that regularly deal with animals such as cattle, chickens, or pigs, livestock management software allows for digitization and advanced insights related to animal data. This might include basic identifying information, health reports, and costing assistance, among other details. Over the course of a calendar year, farmers may care for hundreds of different animals, seeing them through birth, sale, and production of goods such as milk, eggs, and wool. Livestock management platforms allow farms to securely store and organize all relevant data, ensuring that animals stay healthy and their individual impact or sales potential is accurately measured.

Livestock management features may be offered by other solutions, such as crop management software or farm management software. In other cases, these solutions may integrate with related products so data can be transferred and stored as needed. Animals are often as important as crops to the success of a farming business. These products ensure that animals are accounted for and their resources are optimized throughout their respective lifecycles and, in some cases, monetization.