A Framework for Architecting Scalable Regulatory Technology Platforms: Evidence from Global Investment Management
Year: 2025
Type: article
Abstract: API architectures utilizing GraphQL deliver flexible querying capabilities that accommodate diverse regulatory data requirements while preserving system performance and scalability. Successful platform deployment requires strategic architectural decisions that anticipate regulatory developments rather than addressing only current mandates. Form PF enhancement initiatives illustrate the necessity of building a responsive infrastructure that manages regulatory modifications without operational interference. Enterprise orchestration mechanisms prove vital for coordinating intricate workflows across organizational units while ensuring regulatory deadline adherence. Strategic platform architectures built upon Investment Book of Record foundations enable centralized data governance and real-time position visibility across diverse portfolio holdings. Microservices deployment patterns combined with GraphQL-enabled API integration provide the computational flexibility required for processing complex regulatory calculations while maintaining system responsiveness during peak reporting periods. Enterprise orchestration capabilities coordinate multi-jurisdictional submission workflows, eliminating the data inconsistencies that plague fragmented compliance systems. Cloud-native infrastructure deployment supports elastic scaling to accommodate regulatory deadline pressures without compromising data integrity or processing accuracy. The framework emphasizes architectural decisions that anticipate regulatory evolution, particularly Form PF enhancements scheduled for implementation. Platform consolidation cuts costs by reducing operational expenses and improving compliance performance. Successful implementation requires organizational change management and vendor selection that focus on long-term scalability rather than immediate savings for sustainable regulatory operations.
Author: Aniket Gharpure
Institution: University of Chicago
Language: English
Subfield: Computer Networks and Communications
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6893451376
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