This innovative solution was tailor-made for Seminole State College in Florida, addressing their distinct challenges with a personalized touch.
Facing unique hurdles, particularly concerning interconnectivity between their various locations and integration with the Florida Railway System, Seminole State College sought a solution that would meet their specific needs. While they already had connectivity via the AT&T ASE network, concerns about security, especially for Federal Grant-based experiments, persisted. Additionally, they recognized the underutilization of their existing carrier-based internet connections.
To address these challenges comprehensively, I embarked on a ground-up redesign of their network infrastructure. Implementing new primary, secondary, and tertiary connectivity, along with robust backup solutions utilizing 5G wireless technology, ensured a resilient network architecture. Dynamic routing was established, prioritizing the primary route via ASE circuits while seamlessly switching to alternate routes, such as regular internet connections or DSL lines, as necessary. Crucially, all traffic within the SDWAN network remained encrypted with top-tier 256-bit AES encryption throughout transit.
For Seminole State College, this solution represented the epitome of effectiveness and efficiency, meeting their requirements with precision and reliability.