
In late 2020, we engaged with Wellstreet Urgent Care, a Georgia-based healthcare provider with 18 regional locations and a broader network of 54 urgent care facilities stretching from the Southeast U.S. to Minnesota.
In late 2020, we engaged with Wellstreet Urgent Care, a Georgia-based healthcare provider with 18 regional locations and a broader network of 54 urgent care facilities stretching from the Southeast U.S. to Minnesota. As an existing AT&T customer, Wellstreet faced significant challenges integrating their ANIRA network with their MPLS infrastructure while also seeking to strengthen their security posture with a Cloud-Based Firewall solution.
During the discovery phase, we identified critical compatibility issues between their MPLS, ANIRA, and cloud firewall services. To address these complexities, we proposed a complete network redesign—one that would evolve into a Secure Access Service Edge (SASE)-like architecture. Though AT&T did not offer a native SASE solution at the time, we engineered a robust, scalable design using:
Despite initial internal resistance, our commitment to delivering a high-value solution led to full adoption by Wellstreet. The design went through three iterations to ensure alignment with their operational and compliance needs.
Ultimately, Wellstreet expanded the project to all 54 nationwide locations, increasing their monthly investment to approximately $95K. The final solution delivered enhanced visibility, tighter compliance, and stronger cybersecurity controls—positioning Wellstreet as a healthcare industry leader in secure, connected infrastructure.
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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