WEBINAR

The Convergence Crisis: Protecting Critical Services from Dual Physical–Cyber Assaults

As cyberattacks increasingly trigger physical disruption—and physical threats exploit cyber weaknesses—critical infrastructure faces a new era of converged risk. This panel explores practical strategies for building trusted, resilient operations through integrated cyber-physical defense, stronger governance, and secure-by-design technologies.
September 09, 2026
5:00 PM UTC
1 hour

September 9, 2026

1:00 PM ET / 12:00 PM CT / 10:00 AM PT / 6:00 PM GMT 

Duration: 1 hour

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A certificate of attendance will be offered.

Summary

The security industry is accelerating toward a dangerous convergence: cyber intrusions are increasingly producing physical consequences, and physical attacks are leveraging cyber reconnaissance to magnify their impact. Ransomware and availability-focused campaigns increasingly target operational technology and critical services, driven by commodified toolkits, AI-enhanced social engineering, and state-aligned actors. Rapid IT–OT integration, cloud migration, remote administration, and chronic workforce shortages have expanded attack surfaces and prolonged recovery times.

Regulators and industry initiatives are raising expectations for resilience, prompting owners and operators to adopt zero-trust security, segmented networks, and enhanced supply-chain controls. Defenders are responding with unified risk models, threat-informed defense, converged physical–cyber operations centers, and digital twin scenario testing to narrow detection gaps. Investment flows favor identity, segmentation, and OT visibility tools, yet capability shortfalls persist across many critical sectors. At the same time, organizations are recognizing that resilience begins with establishing trust where data originates - authenticating field devices and verifying communications so operators, automation, and AI can act on trusted information rather than assumptions.

Practical resilience will depend on integrated governance, joint tabletop exercises between cyber and physical teams, sharper vendor accountability, and pragmatic automation that accelerates containment without increasing fragility. This panel will surface actionable strategies for protecting essential services, restoring rapid response, and redesigning playbooks to safeguard the interconnected systems society depends on.  

Discussion topics:

  • Protecting Critical Services from Dual Physical–Cyber Assault
  • Establishing Trust at the Physical Security Edge: Device Identity, Authenticated Communications, and Trusted Data
  • Closing the IT–OT Visibility Gap: Tools, People, and Processes for Real-Time Defense
  • Regulatory Pressure and Practical Compliance: From Reporting to Resilience Outcomes
  • Modernizing Incident Playbooks: Joint Tabletop Exercises, Automation, and Vendor Governance

Speakers

Maria Sumnicht

Maria Sumnicht

National Cybersecurity Director for Critical Infrastructure

Task Force on Homeland Security

Sumnicht advises government agencies, critical infrastructure operators, and industry leaders on securing operational technology (OT), industrial control systems (ICS), Internet of Things (IoT), and converged physical and cyber environments. She is widely recognized as a leading authority on protecting critical infrastructure from emerging cyber threats, particularly those affecting transportation, utilities, public safety, and smart city ecosystems.

Sumnicht brings more than three decades of experience spanning cybersecurity, physical security, networking, and critical infrastructure engineering. She began her career at NASA Ames Research Center, where she participated in one of the first incident response efforts during the 1988 Morris Worm attack—an experience that helped shape her lifelong focus on cybersecurity. She has since held technical and leadership positions with organizations including Lockheed Martin, Cisco Systems, and numerous public-sector agencies. Prior to her current role, Sumnicht served as Chief Urban Technology Architect for New York City Cyber Command. There, she led cybersecurity initiatives for the city's industrial control systems and IoT infrastructure, overseeing the ICS/OT Simulation and Testing Laboratory and the IoT Penetration Testing Laboratory.

Antoinette King, PSP, DPPS, SICC, CMMC-RP

Antoinette King, PSP, DPPS, SICC, CMMC-RP

Founder

Credo Cyber Consulting LLC

Antoinette King is the founder of Credo Cyber Consulting, LLC, and has 21 years of experience in the security industry. Beginning her career as a field technician responsible for the installation, design, and implementation of integrated security solutions, Antoinette has worked on projects that include the protection of one of our nation’s most treasured monuments, the Statue of Liberty. Antoinette has held roles within the security industry that include Engineered Systems Specialist, Operations Manager, Regional Sales Manager, and Key Account Manager in both integration and manufacturing.

Drawing on her more than two decades of experience, Antoinette founded Credo Cyber Consulting in 2020 to provide her clients with a holistic perspective on a cyber-physical security program with a focus on data privacy and protection. Antoinette is a Board-Certified Physical Security Professional (PSP), as well as a certified Data Privacy Protection Specialist (DPPS). She has an associate degree in Criminal Justice, a Bachelor of Science in Managing Security Systems, and a master’s degree in Cybersecurity Policy and Risk Management. 

Her book, The Digital Citizen’s Guide to Cybersecurity: How to Stay Safe and Empowered Online hit the Amazon Best Seller’s list for all its categories in the first 48 hours of release.

Jeremy Freeze-Skret

Jeremy Freeze-Skret

Co-Founder, Vice President, Engineering

Over 25 years in the security and critical infrastructure industry. Extensive background in the design and development (hardware/firmware/software) of advanced cyber secure data networks. Today Jeremy manages PSG’s R&D team and product portfolio from budgeting and planning, initial concepts, design, prototyping through first article and regulatory testing to production. Jeremy is an inventor and has multiple patents for advanced cryptographic and cutting edge technology devices.  He is the patent holder of Scene Authentication – a technology for verifying the veracity of surveillance video in the scene. Additionally, he holds both domestic and international patents for PSG most recent product the Universal Field Panel (UFP) and Digital Encrypted Security Interface (DESI) – an industry first, provides Zero Trust Architecture (ZTA) from the edge to a High Performance Cyber Secure Data Lake – enabling  Artificial Intelligence and Machine Learning fusion of zero trusted edge data to advance critical infrastructure protection for the nation.

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