The vision

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The vision I pursue goes beyond mere business models. I aim to break down the barriers between the first and fourth industrial revolutions, combining the best elements of these two worlds to pioneer a new era I call the “Fifth Industrial Revolution.” The core of this vision lies in the innovative fusion of agriculture, seed development, and distribution. My goal is to make fruits and other essential foods more affordable and accessible, enabling everyone to enjoy their basic rights in their dietary life.

To realize this, my first step will be to build an extensive community. This community will serve as a platform where people can easily share information and deepen their interest and involvement in agriculture. Accessibility and exchange of information will be one of this community’s core values, and through this, I anticipate more people will engage in sustainable agriculture and food production.

The next step involves developing an app and website to establish a robust distribution network. In this process, I plan to actively utilize blockchain technology, which will play a crucial role in ensuring transparency from production to the consumer, thereby building trust in the safety and quality of food. Every detail, such as production dates, the amount of fertilizer and water used, and the conditions during transportation, will be securely recorded on the blockchain, ensuring that all information reaches the consumer without any tampering.

My ultimate goal is to provide the highest freshness at the least cost through stable operation and efficient distribution. To achieve this, I will develop an optimized distribution system that can meet all the needs of a region in one go. As the company grows, I plan to continue investing in the construction of smart farms, the development of advanced storage systems using Agricultural products Processing Center (APC) technology, and seed development research.

I firmly believe all these efforts will present a new paradigm not just as a business opportunity but for a sustainable future and improved food quality. The “Fifth Industrial Revolution” represents a journey to a future where technology and nature are harmoniously combined, and I am committed to leading the way in this journey.

Our company aims to seamlessly integrate technological innovation into everyday life. Our main technologies, blockchain, user-friendly interfaces, and data analysis, involve complex backend processes but offer an extremely simplified experience to the user. This stems from our dream to create a platform accessible to everyone, including the older population active in the agriculture sector and those not familiar with technology.

The application of blockchain technology allows us to transparently manage the history of all products we offer while hiding this process behind the user interface. This enables users to trust the source and quality of products without understanding the complex technology. Our goal is for users to enjoy the benefits of technology without feeling its complexity.

Our approach to user-friendly interfaces ensures that everyone can naturally use our platform. It’s important that older farmers can also easily access information and tools to improve productivity through our platform. We believe this accessibility will significantly enhance the sustainability and efficiency of agriculture.

The use of data analytics and big data plays a crucial role in innovating the future of agriculture. By collecting and analyzing agricultural data, we support farmers in making more informed decisions. This data provides valuable insights into the optimal planting times for crops, soil management techniques, and yield forecasts.

All our technological advancements always consider the user experience first. Delivering complex technology to users in a simple and intuitive way is our biggest challenge and reward. We are confident that this approach will contribute to creating a sustainable and efficient future in various sectors, including agriculture. Our efforts go beyond the complexity of technology to ensure everyone can lead a better life.

Necessary Studies

Agricultural Science and Sustainable Farming Methods: Includes climate change, soil management, genetic improvement of crops, and smart agriculture technologies. Essential for enhancing the sustainability of agriculture and improving productivity.

Blockchain Technology: Learn about the basics of blockchain, smart contracts, and the application of blockchain in supply chain management. Important for providing transparency in food safety and quality control.

Data Science and Analytics: Involves collecting, processing, and analyzing agricultural data to derive insights necessary for enhancing agricultural productivity.

Distribution and Supply Chain Management: Study the design of optimal distribution systems, supply chain optimization, and transportation and logistics management. Crucial for maintaining the freshness of food and reducing costs.

User Experience Design and Interface Development: Necessary for developing platforms that are easily accessible and usable by all users, including older farmers and those not familiar with technology. Friendly design for all users is important.

Business Progression Steps

Market Research and Requirements Analysis: Understand the target market and identify the needs of farmers, consumers, and distribution stakeholders.

Community Building: Establish an online platform that can facilitate information sharing and foster interest in agriculture. This helps in collecting initial user feedback and expanding the network.

App and Website Development: Develop platforms with user-friendly interfaces and efficient information exchange. Integrate blockchain technology to ensure traceability of food.

Pilot Project Implementation: Conduct test operations with an initial user group to verify the system’s reliability and efficiency.

Distribution Network and Supply Chain Optimization: Establish and execute the optimal supply chain management strategy through data analysis.

Scaling and Expansion: Expand the business based on initial success and attract additional investment to invest in building smart farms, developing advanced storage technologies, and conducting seed development research.

Continuous Technological Development and Innovation: Continually improve the business model and integrate new technologies in line with market changes and technological advancements.

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