Architecting Enterprise-Scale Cloud Networking
DOI:
https://doi.org/10.63282/3117-5481/AIJCST-V6I1P111Keywords:
Enterprise Cloud Networking, Cloud Network Architecture, Network Security, Network Scalability, Network Reliability, Virtual Networks, Network Segmentation, Secure Connectivity, High Availability, Traffic Management, Load Balancing, Network Monitoring, Cloud Infrastructure, Fault Isolation, Enterprise ArchitectureAbstract
Enterprise-scale cloud networking serves as the fundamental connectivity backbone for modern digital platforms, supporting application communication, data exchange, user access, and distributed service interactions. As organizations increasingly adopt cloud-native architectures and interconnected enterprise systems, network infrastructure must be designed to provide security, scalability, reliability, and operational consistency rather than being developed through isolated or ad hoc configurations. This article presents a conceptual architectural approach to enterprise-scale cloud networking, emphasizing the role of network design in strengthening the performance and resilience of cloud-based environments. The proposed perspective incorporates network segmentation, virtual networks, secure connectivity, routing strategies, traffic management, load balancing, identity-aware access controls, monitoring, and automated network operations. The architecture is designed to support secure communication between users, applications, cloud services, on-premises environments, and external systems while maintaining flexibility for future growth. Particular attention is given to defense-in-depth security, high availability, fault isolation, scalable connectivity, and proactive performance monitoring. By treating cloud networking as an engineered system rather than basic infrastructure plumbing, enterprises can establish a more reliable foundation for application delivery, data movement, and digital service integration. The article highlights how a well-architected cloud networking framework contributes to improved operational visibility, controlled access, business continuity, and long-term enterprise technology scalability.
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