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Cloud Modernization as Strategic Enabler: Transforming Regulatory Compliance into Competitive Advantage in Financial Services
Abstract
The adoption of cloud solutions within financial services has changed from a managed risk to a necessary risk factor that drives competitive differentiation. This evolution shows us a serious shift in how banks, insurers, and asset managers deploy and use technology infrastructure to meet regulatory standards, while enabling acceleration in innovating their operating models. This shift to modern hybrid and multi-planet solutions provides a way for a Financial Services institution to meet the intense compliance demanded by regulatory frameworks like SOX, MiFID II, Basel III, and GDPR with features like workload isolation, regionally depository models, and granular access control. Reports and regulatory submission processes that relied on cloud-native experience, analytics, and a new secure data lake replaced the slower-paced, resource-consuming, regulatory-compliance process and paved the way for utilizing traditional data and the cloud for each Bench Audit Committee with reliable, informative, and data useful for compliance controls. Meaningful and quantifiable business activities persist by parallelizing preconceptions with real examples such as risk assessments using real-time portfolio monitoring, crypto and machine learning driven sophisticated fraud detection, and ultra-rapid trading model validations. Now with Cloud modernization, Financial Institutions might create embedded compliance where regulatory compliance becomes less of a function, but an architecture, as interoperability. This shift presents the ethos of going from perceived, measurable risk to a way of realizing innovation and a sustained competitive advantage. The foundation of sustainable risk adopting Cloud technology depends not on technology but a re-imagined operating model deploying compliance, speed, and innovation key make-or-break cases for Banks, Insurers & Asset Managers.
Article information
Journal
Journal of Computer Science and Technology Studies
Volume (Issue)
7 (7)
Pages
493-499
Published
Copyright
Open access

This work is licensed under a Creative Commons Attribution 4.0 International License.