November 2026 - Evening Meeting - Full Sail University

Join us for a casual evening meeting at Full Sail University to discuss all things Cybersecurity! Date: November 16, 2026 Time: 6:00 PM - 9:00 PM Location: Full Sail University, Building 3, Entertainment Business Center (see map below) Speaker 1: Marc Murphy (CMMC Consultants) Presentation: CMMC & NIST 800-171r2: Compliance at a Crossroads Speaker 2: Adam Healy (Station70) Presentation: Insiders Without Badges: What Three Decades of Non-Human Access Teach Us About AI Agents Agenda • 6:00 pm - Check-in, Register, Networking • 6:05 pm - Dinner • 6:35 pm - Opening Announcements • 6:50 pm - Speaker Presentation • 7:40 pm - Break & Networking • 8:00 pm - Speaker Presentation • 8:50 pm - Wrap-up • 9:00 pm - Goodnight / Post Meeting Networking Dinner is provided and there is free parking on site. Refer to the map below - Full Sail Building 3 - Entertainment Business Center / Launchbox. View/download the campus map. We look forward to seeing you there for the informative and interesting presentations! This meeting will count towards 3 CPE's! Marc Murphy (CMMC Consultants) Bio: Marc Murphy is the CEO of CMMC Consultants, Inc., where he helps organizations build secure, compliant, and resilient operations. With 25 years in cybersecurity and 15 years dedicated to compliance, Marc combines deep technical knowledge with practical regulatory expertise. His credentials include CISSP, CMMC CCP/CCA (Tier 3 Pending), ISO 27001 Lead Auditor, and Certified HIPAA Professional, making him a trusted advisor for organizations navigating today's evolving cybersecurity and compliance landscape. Presentation: CMMC & NIST 800-171r2: Compliance at a Crossroads Description: The history of the CMMC Law, the current state of the Rule and the future of Federal Cyber Security Compliance initiatives in the rapidly evolving world of foreign espionage and AI threats. Adam Healy (Station70) Bio: Adam Healy is a security executive with more than 20 years of experience spanning the U.S. Intelligence Community, Fortune 100 enterprises, and financial services. He is the founder and CEO of Station70, a U.S.-based security firm specializing in cryptography, disaster recovery, and authorization controls for institutions. Adam previously served as Chief Information Security Officer at BlockFi, where he led global teams responsible for cybersecurity, fraud prevention, and cloud engineering. Prior to BlockFi, he held senior roles at Palantir Technologies, Microsoft, and Intercontinental Exchange's Bakkt. Across these roles he led large-scale cybersecurity and modernization programs that secured enterprise data environments for both federal agencies and major global companies. His career began with over a decade in national security, including service as a U.S. Marine Corps. Adam is a frequent speaker at industry events including AWS re:Invent, SANS, and Consensus. Presentation: Insiders Without Badges: What Three Decades of Non-Human Access Teach Us About AI Agents Description: Security teams have admitted a new class of non-human actor inside the perimeter roughly once a decade. Service accounts in the 2000s. Cloud admin roles in the 2010s. CI/CD pipelines with standing tokens in the 2020s. The pattern never changed: grant broad access so the thing works, discover it has quietly become the most privileged identity in the environment, then spend years retrofitting the controls that should have existed from the start. AI agents are the fourth round, and the stakes are higher. Agents hold the same access as employees, operate inside the perimeter, act at machine speed, and can be manipulated by anyone who can get text in front of them. They are insiders without a badge, a manager, or an exit interview, and most organizations have no program that governs them. This session traces what went wrong in each previous round, what finally fixed it, and why the fix was the same every time: stop trusting the identity and start governing the action. We then apply that lesson to agents. Which insider risk controls transfer directly. Which have no machine equivalent. And what the end state looks like if we skip the decade of cleanup this time.