ABSTRACT

The research project provides an account of cloud computing services and their transformative impact as a technology for storing and accessing data and programs via the internet, displacing traditional hard drive-based systems. The project also offers a succinct historical overview of the evolution of cloud computing over time.

Moreover, the research project envisions the progression of agriculture into the realm of e-commerce, facilitated by the strategic adoption of serverless infrastructure. This architectural shift promises enhanced cost efficiency in comparison to traditional server setups, along with the innate capability to seamlessly handle varying workloads, including those stemming from unexpected surges in user activity.

To substantiate these principles, the study thoroughly reviews multiple research papers and incorporates a practical perspective by developing the deployment of an agricultural e-commerce web application using serverless cloud computing services. This real-world application exemplifies how serverless computing can enhance operational efficiency and adaptability within the agricultural sector, serving as a compelling illustration of the transformative potential of serverless technology in agriculture.To develop the agricultural e-commerce platform, we will use React, HTML, and CSS for the frontend, and AWS SAM for cloud services.

In conclusion, integrating serverless computing into agricultural technology emerges as an insightful avenue that revolutionizes the agricultural landscape.