Hamid Sabermaash serves as a Principal Security Architect, Strategist, and Zero Trust Subject Matter Expert (SME) at AT&T Cybersecurity, where he leverages over 30 years of extensive experience in Information Technology to drive innovative security solutions across both public and SLED (State, Local, and Education)...
Hamid Sabermaash serves as a Principal Security Architect, Strategist, and Zero Trust Subject Matter Expert (SME) at AT&T Cybersecurity, where he leverages over 30 years of extensive experience in Information Technology to drive innovative security solutions across both public and SLED (State, Local, and Education) sectors. His role is pivotal in shaping the security architecture that underpins AT&T's offerings, particularly in the realm of zero-trust frameworks. Hamid has been instrumental in developing comprehensive security strategies that align with the evolving threat landscape, focusing on risk management, detection and response, and compliance persistence.
One of Hamid's key contributions includes the creation of a groundbreaking matrix designed to monitor and audit zero-trust implementations, which has become a cornerstone for organizations seeking to enhance their security posture. His expertise in SASE (Secure Access Service Edge) and multi-cloud security has enabled AT&T to respond effectively to the complexities of modern network environments, ensuring robust protection against emerging threats.
In addition to his technical acumen, Hamid excels in business consulting and program management, having successfully developed multiple SLED RFPs that have resulted in significant contract awards for AT&T. His strong organizational and communication skills facilitate collaboration across teams, ensuring that security measures are not only effective but also aligned with business objectives. As a thought leader in the cybersecurity domain, Hamid continues to advocate for proactive security measures, helping organizations navigate the intricacies of digital transformation while maintaining a resilient security framework.
