Mastering organizational network infrastructure: A strategic framework for understanding and scaling for the future

Kosaraju, Prasanth (2025) Mastering organizational network infrastructure: A strategic framework for understanding and scaling for the future. World Journal of Advanced Engineering Technology and Sciences, 15 (2). pp. 2688-2702. ISSN 2582-8266

This article presents a comprehensive strategic framework for understanding and scaling organizational network infrastructure in the face of rapidly evolving digital landscapes. As businesses navigate increasingly complex environments spanning hybrid clouds, distributed campuses, and IoT ecosystems, network engineers must adopt disciplined approaches to ensure resilience, security, and scalability. The framework introduces layered analysis methodologies for thorough network assessment, emphasizing inventory mapping, topology discovery, traffic profiling, and security posture evaluation. Through stakeholder collaboration and comprehensive performance baselining, organizations can address common challenges including legacy systems, security vulnerabilities, and operational complexity. The article outlines future-focused scaling strategies incorporating modular architectures, software-defined networking, zero-trust security models, AI-driven optimization, and edge computing readiness. A strategic implementation methodology guides practitioners through assessment, requirements definition, architecture design, incremental deployment, and continuous monitoring phases. While delivering substantial benefits in resilience, efficiency, future-readiness, and security posture, these transformative approaches also present challenges related to initial investment, integration complexity, skill requirements, and technology selection decisions. Beyond organizational boundaries, these network scaling frameworks drive broader societal impacts across industrial transformation, educational equity, and healthcare accessibility.