Blockchain for Data Integrity in Multi-Cloud Environments: A Project Management Approach

The growing utilization of multi-cloud settings by enterprises has improved scalability and flexibility in cloud computing; nevertheless, it has also presented considerable issues in maintaining data integrity, consistency, and security across distributed systems. Conventional methods for ensuring data integrity in cloud infrastructures sometimes encounter inefficiencies, security vulnerabilities, and insufficient transparency, rendering them unsuitable for multi-cloud designs. Blockchain technology, characterized by its decentralized, immutable ledger and consensus procedures, offers a prospective answer to these difficulties. Integrating blockchain into multi-cloud systems enables enterprises to augment data trust, facilitate collaboration, and ensure adherence to regulatory standards. Notwithstanding its potential, the integration of blockchain within cloud infrastructures is a complicated endeavour that necessitates systematic project management methodologies to line with business goals. This study seeks to investigate the function of blockchain in maintaining data integrity inside multi-cloud systems from a project management viewpoint. It examines blockchain's ability to deliver immutable records, reduce risks associated with data inconsistency, and facilitate safe, transparent data transactions across cloud platforms. The study utilizes a qualitative technique, employing secondary data gathered from online databases from 2018 to 2023 to examine current blockchain applications and project management methodologies for optimal integration. Research demonstrates that blockchain improves data integrity by obstructing unwanted alterations, allowing transparent audits, and promoting interoperability across cloud service providers. Nonetheless, obstacles include elevated implementation expenses, scalability issues, and regulatory compliance persist as significant impediments. The study indicates that although blockchain provides a strong framework for safeguarding data in multi-cloud contexts, its effective implementation necessitates strategic planning, stakeholder collaboration, and technological adaptation. The conclusions indicate that project managers must formulate customized blockchain integration techniques to maximize advantages while alleviating related problems, hence assuring effective data governance in cloud conversions.