Vardhansinh Yogendrasinnh Ravalji
Northeastern University, Boston, MA, USA
Prof. (Dr) MSR Prasad
Koneru Lakshmaiah Education Foundation Vadeshawaram, A.P., India
email2msr@gmail.com
Abstract
In the rapidly evolving financial sector, transaction processing systems must meet rigorous demands for security, scalability, and performance. The emergence of .NET Core as a cross-platform, high-performance framework has significantly enhanced the development of APIs for financial applications, particularly in the realm of financial transaction processing. This research explores the advanced features of .NET Core APIs in the context of designing robust and efficient solutions for managing financial transactions.
The study begins by highlighting the challenges faced by traditional transaction processing systems, including slow transaction handling, difficulty in scaling under high loads, and security vulnerabilities. These systems often struggle with the increasing volume and complexity of financial transactions, particularly in real-time environments such as payment gateways and stock trading platforms. As a result, there is a growing need for API-based architectures that can provide faster processing, enhanced security, and scalability to support modern financial applications.
.NET Core’s open-source nature, its support for asynchronous programming, and its modular architecture make it an ideal choice for building APIs that can address these challenges. The research discusses the implementation of financial transaction processing APIs using .NET Core, focusing on key architectural patterns, such as microservices and event-driven architectures, that enable scalability and resilience. Furthermore, the paper examines various .NET Core libraries and tools, such as Entity Framework Core for data access and ASP.NET Core for creating secure RESTful APIs, which contribute to building secure, maintainable, and high-performance transaction processing systems.
Security is a central concern in financial transaction processing, and the research outlines strategies for securing .NET Core APIs using industry-standard protocols like OAuth 2.0, OpenID Connect, and tokenization. It also discusses how to mitigate risks related to SQL injection, data breaches, and other security threats commonly encountered in financial applications. The paper further explores the integration of .NET Core APIs with existing legacy systems, providing seamless connectivity and allowing for gradual migration without disrupting ongoing operations.
In addition to security and integration, the research delves into performance optimization techniques, such as database indexing, caching, and load balancing, to ensure high throughput and low latency in financial transaction processing. Real-time transaction handling is also examined, with a focus on leveraging .NET Core’s asynchronous capabilities to support concurrent transactions and minimize processing delays.
Finally, the study highlights the potential of .NET Core APIs to facilitate regulatory compliance and reporting in financial transactions by ensuring that data is stored securely, auditable, and readily accessible for reporting purposes. The research concludes with recommendations for best practices in designing and implementing .NET Core APIs for financial transaction processing systems, emphasizing the need for a balance between performance, security, and scalability.
Keywords
.NET Core, financial transaction processing, APIs, microservices, security, performance optimization, event-driven architecture, scalability, integration.
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