Streamlined and Efficient Management of Non-Relational Cloud Database Transactions

Abstract

As cloud-based non-relational databases continue to gain traction for their scalability and flexibility, the management of transactions within these databases becomes increasingly crucial. Unlike traditional relational databases, non-relational databases often lack built-in transactional support, posing challenges for maintaining data integrity and consistency in distributed environments. This paper proposes a streamlined and efficient approach to anaging transactions in non-relational cloud databases. The proposed approach leverages a combination of architectural principles and advanced transaction management techniques tailored for non-relational databases. It focuses on optimizing transactional workflows, ensuring atomicity, consistency, isolation, and durability (ACID properties) while minimizing overhead and latency. Key components of the approach include distributed transaction coordination, optimistic concurrency control, and versioning mechanisms.
Furthermore, the paper explores the integration of transaction management with cloud-native technologies such as microservices architecture and container orchestration platforms. This integration facilitates seamless scalability, fault tolerance, and resource efficiency in transaction processing.