Citation:

Manoj Chavan, 2023. "Implementing Cloud-Agnostic Solutions for Large-Scale Signature Verification Systems," ESP Journal of Engineering & Technology Advancements 3(3): 97-107.

Abstract:

This study explores the development of cloud-agnostic architectures for large-scale online signature verification systems. By decoupling applications from specific cloud providers, organizations can achieve flexibility, scalability, and cost-efficiency. Cloud-agnostic solutions enable seamless operations across diverse cloud environments, addressing vendor lock-in and ensuring consistent performance. Leveraging modern design patterns, advanced cloud-native technologies, and distributed systems principles, the proposed framework enhances the resilience and adaptability of signature verification systems. Performance evaluations demonstrate the effectiveness of cloud-agnostic designs in supporting real-time, large-scale applications while maintaining fault tolerance and high availability.

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Keywords:

cloud-agnostic architectures, large-scale systems, signature verification, real-time applications, distributed systems, multi-cloud environments, fault tolerance, scalability, micro services, hybrid cloud, cloud-native solutions, event-driven architectures, machine learning, data orchestration, cross-cloud compatibility, performance optimization, modular design, biometric security, resilient systems, dynamic workloads.