Efficiency and Agility Redefined: Transforming E-Commerce with Serverless Computing for Dynamic Scaling
AAKRITI SAXENA
Guided by Prof .Umesh Joshi
ORIENTAL COLLEGE OF TECHNOLOGOY
I. ABSTRACT
The exponential growth of e-commerce has created a pressing need for scalable and robust solutions in constructing and managing online marketplaces [1]. This research paper introduces a novel methodology that harnesses the power of distributed ledger technology (DLT) to develop serverless e-commerce websites. Our innovative approach leverages blockchain technology to enable decentralized and secure transaction management, ensuring the preservation of data integrity and privacy while seamlessly accommodating high transaction volumes [1].
To implement our methodology, we begin by defining the architecture and design of a serverless e-commerce website based on the DLT approach. Furthermore, we provide an in-depth analysis of the merits and drawbacks associated with utilizing blockchain technology in e-commerce websites. Our comprehensive study demonstrates that the integration of blockchain technology can significantly enhance security, reduce costs, and augment transparency and traceability within e-commerce operations [2, 3].Moreover, we present a meticulous, step-by-step guide detailing the development of a serverless e-commerce website using DLT. This encompasses the setup and deployment of a blockchain network, the creation of intelligent smart contracts, and the seamless integration of diverse e-commerce functionalities. Additionally, we substantiate the effectiveness of our methodology through a compelling case study showcasing its application in building and managing an online marketplace [1].By embracing our proposed methodology, businesses can avail themselves of a pragmatic and robust solution for constructing scalable and secure e-commerce websites, capitalizing on the inherent advantages of blockchain technology. This approach empowers organizations to create more streamlined, transparent, and trustworthy e-commerce platforms that operate efficiently without the need for a central server [2, 3].
II.KEYWORDS
Blockchain, cryptocurrency, Smart contracts, Scalability, Serverless
