Designed a candidate SASE architecture using Zscaler cloud POPs, dark fiber, and SD-WAN to achieve edge security with resiliency and performance. The design covers route optimization, BGP/OSPF traffic steering, and fault-tolerant connectivity across distributed sites. This example serves as a high-level blueprint for modern, cloud-first secure access architectures.
Built a cybersecurity architecture and strategy for Seminole State College, balancing the needs of campus access, identity security, and data protection. The solution aligned risk management with academic operations and digital infrastructure to maintain security without disrupting learning. It became a foundational reference for scaling secure access as the institution
Designed a secure access architecture for Nueces County that combined SD-WAN, zero-trust edge, and cloud security to modernize their network posture. The solution addressed the county’s specific needs for cost-efficiency, segmentation, and performance. It laid the groundwork for a scalable, future-focused network strategy.
Hosted a recurring internal “TechSegment” for AT&T’s sales-technical teams, featuring deep dives into cybersecurity products, operational best practices, and market trends. The series included training materials, playbook guides, and live Q&A, fostering technical literacy and shared knowledge. It became a high-engagement channel that drove cross-team alignment and technical consistency.
Delivered a tailored cybersecurity solution for DeKalb County’s public-school network, focusing on secure access, log management, and threat detection. The initiative helped build trust with school stakeholders by translating complex technical designs into clearly understood risk mitigation strategies. It supported long-term planning for sustainable, secure networks across multiple campuses.
Architected a cybersecurity solution for WellStreet Urgent Care centers, focusing on secure patient data access, compliance, and threat detection. The design integrated endpoint protections, network segmentation, and real-time monitoring to reduce operational risk. The result helped the client confidently scale services while preserving critical security posture.