Seminole State College of Florida presented one of the most technically demanding environments I had ever encountered. A mid-level state college with 5,400 enrolled students, 450 faculty and staff, student housing and dormitories, 9 libraries, a police academy, an advanced R&D department, a fire training facility, a skills training academy, and an automotive repair program — all on a single network that had been patched and layered for years until the WWAN architecture was 14 layers deep.
The existing infrastructure had grown organically into something no one fully understood anymore. Security was inconsistent across environments with fundamentally different compliance and sensitivity requirements. Federal grant-based research shared network resources with general student access. The Florida LambdaRail research network needed to be integrated into a modern security framework. And the college was running on underutilized carrier connections with no real redundancy strategy.
I designed a full-stack digital transformation from the ground up — carrier connections through endpoint protection. The architecture included SASE powered by Palo Alto Prisma, SD-WAN with intelligent multi-path routing and 5G/LTE failover, MTDR with USM sensors across all sites, EDR agents on every endpoint across every environment, DDoS defense, and Equinix colocation for the disaster recovery site in Miami. Every connection was encrypted end-to-end with 256-bit AES. Every environment — from student housing to the police academy to the R&D lab — was segmented and secured appropriately.
The architecture was complete.
The deliverables were real.
The deal didn't close.
Not because the solution was wrong — but because the sales team engaged me 15 days before the deadline and refused to allow a proper discovery process. The architecture was built on incomplete scoping. The customer never got the full picture of what was possible. And without a proper discovery, there was no foundation for the trust a decision this size requires.