Distributed Database Systems for Scalable Enterprise Applications: A New Paradigm
Year: 2025
Type: article
Abstract: The growing demands of enterprise applications necessitate innovative approaches to database scalability,fault tolerance, and real-time data access. This article explores a novel architecture for distributed databasesystems, integrating edge computing principles and blockchain-inspired consensus algorithms to achieveoptimal performance. Decentralized load-balancing techniques and fault-tolerant mechanisms redefinescalability for data-intensive industries like e-commerce and banking. Simulations illustrate significantgains in throughput and query responses during peak traffic, showcasing the architecture's capacity tohandle dynamic workloads efficiently. Unlike traditional centralized systems, this approach ensuresdistributed fault recovery, enhancing resilience under extreme transaction volumes. The integration ofconsensus mechanisms further strengthens data integrity and security across distributed nodes. Byaddressing challenges in data replication, synchronization, and fault recovery, this work presents atransformative model for enterprise data infrastructure. The exploration also examines the role of AI inoptimizing distributed systems, establishing a roadmap for scalable, efficient, and robust database solutions.
Author: Solomon Raju Chigurupati -
Language: English
Subfield: Computer Networks and Communications
Field: Computer Science
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W4408943205