
We designed an innovative, tailor-made network solution for Seminole State College in Florida, addressing their unique connectivity and security challenges with a customized approach.
The college faced distinct hurdles, including the need for reliable interconnectivity across multiple campus locations and integration with the Florida Railway System. While connected through the AT&T ASE network, concerns remained around data security—particularly for federally funded research projects—and the underutilization of existing carrier-based internet services.
To solve these issues, we executed a complete ground-up network infrastructure redesign. This included implementing primary, secondary, and tertiary connectivity paths, with built-in failover through 5G wireless backup. A dynamic routing framework was established to prioritize ASE circuits while intelligently falling back to internet or DSL paths as needed. Importantly, all SD-WAN traffic was encrypted end-to-end using 256-bit AES encryption, ensuring secure data transmission across all environments.
The result was a highly resilient, flexible, and secure network architecture—purpose-built to meet Seminole State College’s operational, academic, and research needs with precision and long-term reliability.
Security Oriented Convergence refers to the integration and unification of physical security, cybersecurity, and operational security systems and processes into a cohesive framework. The goal of this approach is to create a more resilient, comprehensive security posture that addresses both digital and physical threats effectively.
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