TL;DR
The evolutionary stages of web services are explored, from early static architectures to dynamic, AI-driven solutions that enhance user interaction, reflecting a shift towards intelligent, scalable, and secure digital ecosystems.
It is demonstrated that co-designing security, compliance, and transaction workflows within unified cloud architecture can enhance the reliability, performance, and trustworthiness of digital financial services.
The findings indicate that RESTful APIs generally show lower latency, smaller payloads, simpler parsing, and better horizontal scalability in the reported benchmark and web-facing settings, while SOAP remains relevant where formal service contracts, message-level protection, reliable messaging patterns, and transaction...
A systematic review of digital technologies for sustainable and secure infrastructure, with particular emphasis on connected vehicles, privacy-preserving technologies, and intelligent construction, identifies opportunities for integrating artificial intelligence, edge computing, digital twins, privacy-preserving analyt...
This work presents a minimal yet comprehensive cybersecurity architecture built around Zero Trust principles and darknet-inspired principles, which significantly reduces complexity, enhances security, and maintains flexibility in federated research scenarios.
This research focuses on developing a web-based network device configuration automation application, named ANCO (Automated Network Configuration), using Python and the Django framework, with the Paramiko library providing SSH-based (Secure Shell) command execution to Cisco and Mikrotik devices.
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