Compressive Guide For Agriculture App Development

Compressive Guide For Agriculture App Development

Technology has penetrated every sector. Mobile apps and technology have made agriculture, education, transportation, and entertainment more attractive. With the help of mobile apps and technological advances, learning about what's happening on the other side is easy. These technological advancements are not foreign to the world of agriculture. Farmers use agriculture apps today to streamline operations and ensure their harvests are in good condition. Agriculture apps allow farmers to monitor essential indicators related to crop cultivation, animal care, and crop damage. By integrating IoT and AI-based features and leveraging GPS and cameras, farmers can solve a variety of crop problems.  Agriculture apps also provide timely and accurate advice and information on livestock raising, crop production, and other related activities. Mobile solutions are increasingly popular amongst both large and small farms. This article will discuss all the requirements needed for agriculture app development.

What is Agriculture Software Development?

The process of developing agriculture software is the creation of specialized computer applications and programs designed to help farmers and agricultural professionals manage various aspects of their farming operations. This software was specifically designed to meet the needs and challenges of the agriculture industry. Providing tools to perform tasks like crop management, livestock tracking, inventory tracking, weather forecasting, and financial analysis helps farmers improve their productivity and make better decisions. Agriculture app development services aim to use technology to improve efficiency, sustainability, and profitability within the farming industry.

Market Cap Size for Agriculture Applications

Agriculture app development has as its main objective to optimize farming procedures. Most smart farming features are already available for desktop computers and laptops. Extending them to mobile devices makes sense, as farmers can use these technologies anywhere. The demand for digital products in the smart farming market is growing everywhere, from the US to Asia to Africa. Now is the time to create an agri-app. According to Zion, the global smart agricultural market will grow from $5 billion in 2017 to $15 billion by 2025. Agriculture App Stats Source: Roland Berger Statisticians show that by 2030, the precision agriculture market is expected to be worth USD 20,84 billion with a CAGR between 12.8% and 12.9%. Precision farming (satellite technology) is a new approach to agribusiness that uses high-tech tools and ensures the healthiest and most productive crops and animals. The current research shows that the global farm management software market is expected to grow at a CAGR of 11.4% between 2022 and 2028.

Types of Mobile Apps for Farming and Rural Development

Although farming tends to be more hands-on, there is much room for innovation and change. Apps for farming can make agricultural work more efficient. While manual labor is still the majority of the work in agriculture, they can help streamline these processes. Here are some ways mobile apps can help you run your farm more efficiently.

Livestock Management

Managing livestock takes time and effort, particularly when tracking thousands of animals. To keep animals healthy, it's essential to reduce disease and distress. Farmers must also group animals to keep track of their daily activities. It takes time to remember or write down all these details. Apps give farmers access to the latest tools, which can help them with these tasks. Apps for livestock management can, for example, keep track of cattle and give up-to-date information about a herd or flock, including medical data.

Inspection Management

Several mandatory farm inspections in the US must be performed for safety purposes. There are many other tests farms can manage themselves. Farmers must be informed of any changes to the policies in advance. Manual checklists are impossible to maintain with all the moving parts. The apps are here to help. Mobile apps allow farmers to automate their inspections and create digital lists for more efficient preparation.

Field Farmers

Simple mobile apps such as time trackers can be used to improve productivity. Farmers can optimize their fieldwork, determine output more accurately, and operate machinery more efficiently. Mobile apps can also monitor and predict weather, disease, and their impact on different crops and fields. Farmers are also becoming more interested in field mapping. They can use it to draw and project the maximum output.

Crop Farmers

Apps cannot replace the manual work of a crop farmer. Mobile apps can assist crop farmers in becoming more hands-off. The soil condition can be checked and monitored by farmers in just a few clicks. Pesticides and herbicides can be tracked to ensure maximum harvest. The apps can also remind farmers to apply pesticides or fertilize soil.

Must Have Features for Agriculture App Development

You can use the following list to add essential features to your app. These agriculture app development features ensure smooth and flexible operability of apps for end users.

Weather Forecasting

The ability to forecast the weather is an essential feature of many mobile applications. This is especially true for agricultural apps. This feature allows farmers to identify weather conditions and determine whether certain crops are suitable. The information obtained can be used to make informed decisions about planting and harvesting. This will ultimately lead to an increase in productivity and profitability. Accurate and timely weather predictions can help maximize crop yields and reduce crop failure risk.

Treatment for Crop Disease

The mobile applications can connect farmers to global experts who can provide expert advice about crop disease treatment. Video conferencing allows farmers to consult specialists remotely, eliminating the need to travel. This feature is handy for farmers who live in rural or remote areas and may need help accessing specialists in their area. Remote consultation with experts can help farmers address crop diseases quickly and effectively, minimizing the impact on their yields and profits. This feature allows farmers to get expert advice in real-time, which is crucial for preventing the spread and spread of diseases. Consultations with specialists in different regions will give farmers various advice and treatment options. This increases the chance that crop diseases can be successfully treated.

GPS Tracking

A GPS tracking feature in mobile agriculture apps allows farmers to view their farmland and monitor their crops. This feature will enable farmers to identify the location of their crops, their growth status, and any problems that may arise. This feature allows farmers to better manage their resources by tracking the location of farm vehicles and equipment.

Goods Listing

A mobile agricultural application with an e-commerce function can offer farmers a convenient way to buy essential items like pesticides, seeds, and other agricultural equipment. The app offers a variety of products by partnering with different vendors. This gives farmers more choices and lower prices. The e-commerce function can generate profits for the app through commissions from purchases.

Agriculture Schedule

An agricultural mobile app can include a crop timetable to allow farmers to plan and manage their planting, harvesting, and cultivation activities. This feature provides farmers with an overview of the entire crop cycle, including planting, fertilizing, harvesting dates, and any other essential tasks related to crop management. The feature can also alert farmers for specific tasks, such as applying pesticides and fertilizers. This will help them complete these tasks on time. Crop timetables can help farmers track the growth of their crops and maximize yields.


Calendars are a key component of any agricultural mobile app. This feature allows farmers to plan and manage different cultivation, planting, and harvesting tasks. The calendar provides an overview of functions, events, and deadlines. This helps farmers stay on track. The calendar also allows farmers to schedule reminders of essential tasks, such as applying pesticides or fertilizing, to ensure that they are completed promptly and efficiently. Calendars can be combined with other features, such as weather forecasts, to give farmers a complete view of their tasks and when to complete them according to the weather conditions. The calendar is useful for farmers who want to plan and organize their work.

Payment Gateway

Any mobile application based on e-commerce, including agricultural applications, must have a secure and reliable payment system. A payment gateway lets users securely transact within the app to buy essential items like pesticides and seeds. Payment gateways can be integrated with payment processors like PayPal, Stripe, or Square. This integration will provide the app with various payment options, including credit/debit cards, online banking, and eWallets. Payment gateways can be configured to use encryption or other security protocols to protect sensitive data, such as credit card numbers. The feature also allows farmers to track and confirm purchases and offer refunds or dispute options.

Drone Integration

The mobile agriculture app has a feature that integrates drones. Drones allow farmers to check the quality and quantity of their crops. They can also make strategic decisions about how to improve them. Farmers can use drones to spread pesticides and soil samples. They can also detect water leaks with thermal cameras attached to the drones. Drones are still subject to government restrictions. For example, they must only be flown during daylight hours, and the operator should always be able to see them.

Video Calls and Broadcasting

This feature allows farmers to communicate with other groups, such as their customers or business partners, to help strengthen the community. Farmers can also use video calls to participate in live video sessions for training by experts from the agriculture industry. The training will assist farmers in implementing new methods and improving crop quality. Check out the list of best apps to get design and functionality inspiration for your project.

Steps for Developing an Agriculture App

Now the main question arrives, how to build agriculture app? The entire process of developing software for tend farming requires thoughtful consideration. We have collected all the steps in one place and revealed tips for developing an agricultural app.

Idea Elaboration

Each business starts with an idea. Your idea should be well-researched and detailed. Suppose you have an idea for an agriculture app. In that case, you should research, analyze the market, and consider how to implement the app. Here are some questions that will guide you through this process:

  • What is your target audience?
  • What country or region are you targeting?
  • Are you interested in developing a mobile or web app?
  • Which platform would you prefer to use if you were planning to create a mobile application: Android, iOS, or both?
  • What specific market problems would your app solve?
  • What are your main competitors?
  • What makes your app more attractive than your competitors?
  • What is the monetization strategy you will choose for your app?

Answers will help you conceptualize your idea and give you hints to develop agriculture app development roadmap. They can also be used to set up a campaign.

Business Analysis

In the business analysis phase, details about the development of an agriculture app are determined, costs are calculated, and features are defined. Features of agriculture app development typically include:

  • Drone integration with GPS location tracking.
  • Video chat and instant messaging
  • Agricultural supply chain management:
  • computer vision;
  • Notifications;
  • Calendar;
  • Weather forecasts
  • Mentioning products used in agriculture, such as pesticides and herbicides;
  • Schedule the maintenance of heavy equipment such as tractors.
  • Information about diseases and treatment methods;
  • Payment system integration;
  • Analytics.

The list of features can be extended depending on business requirements. All of the above is agreed to and negotiated. BA will put these points into a document that will be used to make sure that you receive what you expect.


This is a crucial step. Developers choose technologies for development and think about integrations with cloud storage and APIs. This stage is essential because it allows you to see the future development of your application.

Agriculture App Design

The design must be easy to understand and use. It is best to design a product based on a user's behavior. The design phase is usually divided into several stages:

  • Strategy
  • Research
  • The Analysis of the Problem
  • Design creation
  • Production

Testing and Development

Developers start writing code. As each feature is developed, it is tested. A bug found during testing is reported to the developer, who fixes it. Testing can be manual or automated.


Once the application has been developed, it can be uploaded into the Stores. But the work does not end there.


There needs to be more than the development of an application. The application must be supported and maintained once it is launched. The team hired to develop a farm application continues to work on it, developing updates, fixing bugs, etc. A marketing strategy is needed to reach the target audience. After the launch of the app, the goal has changed. Your goal is not to create an app for farming but to make the app relevant on the market.

Examples Agro-Technology

Farmers can choose the best technology available on the market. All agricultural software solutions are designed to increase farm productivity and performance. Before making a choice, farmers must consider all of the advantages and limitations. The final decision can be affected by many factors, including the farmer's budget, technology, and day-to-day farm activities. Here are some examples of different agro-technology. Let's talk about it in depth.

Farm Automation

Use robotic innovations, for example, to automate farm procedures and make your agricultural business safer. Computer visualization, automatic seeding, and watering devices are all examples of innovations. Automated solutions are often more efficient, and help farmers earn more money. They also need less assistance from others.

Precision Farming

This relatively recent trend helps farmers with all aspects of the crop-seeding, -growing, and –harvesting procedures. It's primarily about optimizing efficiency. The high operating costs of precision farming can be reduced by using software. In 2025, the global precision agriculture sector is expected to reach $43.4 billion.

Tracking the Weather

Globally, farmers need help finding TV weather reports useful. Weather tracking stations that are more advanced can now provide farmers with timely and accurate weather updates on their smartphones. The weather forecast can help farmers reduce crop losses and prevent damage caused by inaccurate weather predictions.

Intelligent Sensors

Precision farming is based on smart sensors that collect data in connected agriculture sectors. Farmers can use the data to determine which fields need more water or fertilizer. Sensors can help reduce the impact of agriculture on the environment. They also make farmers more competent at developing resource management.

Food Tracing

Software that supports traceability in the food sector can:

  • Food fraud: How to avoid it
  • Implementing food safety regulations
  • Logistics and supply chain efficiency can be increased

Blockchain technology, for example, can be used to create digital ledgers that provide accurate information on where products are located and the entire supply chain.

Satellite Imaging

Satellites offer high-performance monitoring methods to farmers today. The image resolution is unmatched. Satellite imaging technology allows farmers to assess their crops remotely. It contributes to time and cost savings. Satellite imaging is used in agriculture software to improve precision farming. It integrates with sensors that collect data on the field.

Cost of Develop Agriculture Software

There is no set for agriculture app development cost—still, essential agriculture management software costs between $25k and $60k. Moderate agriculture software is priced between $40k and $85k. The type of software that you develop will determine the cost.

Factors that Affect the Cost of Agriculture Software Development

Different factors have a significant impact on the cost of agriculture software development. Let's look closer at each one.

Software Complexity

The complexity of the software is one reason for higher costs. The price of software will increase as it becomes more complex. The time required to develop agriculture software will also increase. Ensure your software is manageable if you're short on budget and time.

Software Size

Agriculture software development costs will increase due to the size and features of the software. Suppose you want to reduce the cost of the agriculture software. In that case, it is best to keep its size as small and compact as possible while still considering all the essential features.

Location of Software Developers

The location of agriculture app development company is another important factor that affects the cost of agriculture software. In determining the cost to develop agriculture software, it is essential to consider the region of professionals in agriculture. You should, therefore, choose your developer carefully. Hiring dedicated developers from the UAE is best since they are cheaper than other developers. These factors can affect the price of developing agricultural software. Remember that the cost of software is constantly changing.

Benefits of Agriculture Software Development

Digital solutions have many benefits. They simulate operations, enhance productivity, and optimize resource management. We will explore the benefits of agricultural software development by examining the following points.

Enhanced Crop Management

Software for agriculture allows farmers to track and monitor crop growth in real-time, as well as soil health and weather conditions. This data-driven method allows for informed decisions, which leads to improved crop yields and quality.

Efficient Resource Utilization

Agriculture software integrates smart technologies to optimize water, pesticides, and fertilizers. The result is less waste, lower costs, and a more sustainable farm ecosystem.

Precision Farming

This farming can be done with the aid of satellite and GPS imagery. Precision farming involves tailoring agricultural techniques to specific areas on a field. This ensures precise seeding, fertilization, and irrigation for maximum output.

Automated Operation

Software for agriculture can automate repetitive processes like pest control and harvesting. Automation saves not only time but also labor and reduces human error.

Inventory Management

Keeping track of inputs, equipment, and produce for an efficient farm is important. Inventory management software allows farmers to monitor stock levels and plan accordingly easily.

Data-Driven Decision Making

Software for agriculture collects and analyses vast amounts of data to provide valuable insights into farming trends and patterns. These data-driven choices allow farmers to adapt to changing circumstances and make proactive decisions.

Market Insights

Many software solutions for agriculture include features that analyze the market. This helps farmers stay up-to-date on crop demand, market trends, and opportunities. This information helps maximize profits and minimize losses.

Sustainability and compliance

Software for agriculture promotes eco-friendly farming methods and adherence to environmental regulations. This focus on sustainability enhances the farmers' reputation.

The Key Takeaway

Developing agriculture software will revolutionize how farmers manage their businesses, optimize resources, and increase productivity. Agriculture software can help farmers improve their efficiency and make better decisions based on data. Suppose you are a small farmer or part of a larger agricultural enterprise. In that case, this digital transformation will open up a new world of possibilities. JPLoft can help you realize your vision and create agriculture software tailored to your needs. We will use our expertise and passion for innovations to ensure that the agriculture software solutions you develop are user-friendly and ready for success in a constantly changing world. Watch your agricultural ventures thrive as you embrace the future of agriculture with technology.


Why should I develop an agriculture app?

A good agriculture app will improve farming practices, simplify operations, and help make better decisions. It provides farmers real-time information on market trends, weather, and pests. This leads to an increase in productivity.

What features should I include as part of my agricultural app?

Include features such as crop management, pest and disease identification, market prices, and inventory tracking. For remote farming, it is important to have an intuitive interface and offline accessibility.

How do I make sure my agricultural app is user-friendly?

Research thoroughly to better understand the challenges that farmers face. Engage with the agricultural community to gather feedback and beta test your app.

What technologies are best suited for the development of an agricultural app?

Select technologies such as React Native or Flux to reduce agriculture app development time. Integrate APIs to access weather data and market prices. Implement data analytics tools to gain insights and offline functionality in areas with poor connectivity.

How can I make my agricultural app stand out on the market?

You can educate users by providing tutorials, tips, and expert advice. Work with local institutions and agricultural experts. Multilingual support is available to reach a wider audience. The app will be updated based on feedback from users.