PublicPowerX Webinar: DBT & ASD Deep Dive with Critical Infrastructure Security Experts

Fortify Your Perimeter: Mastering DBT & ASD for Critical Infrastructure Security

Is safeguarding your critical infrastructure and utility assets a top priority? In an era of increasing threats, understanding vulnerabilities and implementing robust security measures is no longer optional—they are essential.

Join us for an exclusive webinar, "From Threat Assessment to Action: Leveraging Design Basis Threat (DBT) and Adversary Sequence Diagrams (ASD)," designed for security professionals, infrastructure managers, and anyone responsible for protecting vital assets from evolving threats.

This comprehensive session will give you actionable insights into two pivotal tools in modern physical security planning: Design Basis Threat (DBT) and Adversary Sequence Diagrams (ASD). Learn how to proactively identify vulnerabilities and develop targeted protective strategies to enhance the resiliency of your critical infrastructure against sophisticated adversaries.

Expert Hosts:

This webinar will be hosted by a distinguished panel of experts from Permacast Walls and the American Public Power Association:

Issac Atlas, PSP, CPD, Chief Security Officer, Permacast Walls: A highly respected security leader, Issac "Ike" Atlas is Chief Security Officer at Permacast Walls, a 21-year U.S. Army Special Forces (Green Beret) Veteran, Physical Security Professional (PSP) with the American Society for Industrial Security (ASIS), Certified Project Director (CPD) designated by The Institute of Project Management, and Chairman of a local ASIS chapter. Ike's expertise is further strengthened by his experience designing and leading Red Team exercises, providing real-world threat simulation and vulnerability assessment for critical infrastructure, utilities, and nuclear assets.
Jason Langella, Chief Marketing Officer, Permacast Walls: As the Chief Marketing Officer of Permacast Walls and Secretary for a local chapter of the American Society for Industrial Security (ASIS), Jason uniquely combines marketing strategy with hands-on security expertise. His deep understanding of compliance, critical infrastructure protection, and innovative security solutions, combined with his ASIS leadership, provides a valuable and well-rounded perspective.
Steven Hatcher, National Sales Director, Permacast Walls: As National Sales Director, Steven stands at the forefront of critical infrastructure protection. He delivers a vital perspective on the dynamic national security landscape, specializing in the development and execution of strategic sales initiatives for robust security solutions. His expertise is keenly focused on safeguarding critical assets, including vulnerable electrical substations, from evolving threats, including ballistic attacks.
Jose Hernandez, P.E., Lead Engineer, Permacast Walls: As a licensed Professional Engineer (P.E.), Jose is a driving force behind Permacast Walls' engineering solutions. He provides critical leadership and deep expertise in applying security engineering principles tailored explicitly for high-stakes environments, including electrical substations, data centers, telecommunications infrastructure, and other vital critical infrastructure assets. His engineering acumen ensures robust and resilient security solutions for the nation's most essential services.
Jack Miller, Manager of Corporate Programs and Jessica Sniady, Membership & Marketing Coordinator: Member Services Department of American Public Power Association.

This panel combines diverse and deep expertise in physical security, military special operations, engineering, public power, and compliance, ensuring a uniquely valuable and insightful session.

What You Will Learn:

Demystifying DBT and ASD:
- Understand the core principles of Design Basis Threat (DBT) and Adversary Sequence Diagrams (ASD) and their critical role in contemporary security planning.
- Discover why DBTs and ASDs are indispensable for a proactive security posture in today's threat landscape.

Developing Actionable Threat Assessments:
- Learn proven strategies to construct realistic, detailed, and, most importantly, actionable Design Basis Threat (DBT) assessments.
- Master the techniques to develop comprehensive Adversary Sequence Diagrams (ASD) that map potential attack vectors and vulnerabilities.
- Ensure your threat assessments are grounded in current intelligence and reflect the evolving nature of security risks.

Real-World Applications & Case Studies:
- Explore compelling case studies that showcase the practical utility of DBTs and ASDs in real-world physical security risk mitigation scenarios.

Practical Implementation & Integration:
- Receive step-by-step guidance on seamlessly integrating Design Basis Threats (DBTs) and Adversary Sequence Diagrams (ASDs) into your existing security program.
- Learn how to leverage these tools to develop and implement effective, targeted safeguards that directly address identified vulnerabilities.
- Discover how a proactive approach using DBT and ASD can significantly reduce risks and bolster the overall security posture of your critical infrastructure.

Don't leave the security of your utility to chance. Equip yourself with the knowledge and tools to defend against threats proactively. Register for the "From Threat Assessment to Action: Leveraging Design Basis Threat (DBT) and Adversary Sequence Diagrams (ASD)" webinar today and learn how DBT and ASD can be a vital component of your robust security strategy.

Technology Requirements:

Zoom Platform: You’ll need a strong Internet connection to run the Zoom platform. Visit Zoom.us/test to ensure you can join a meeting.
Audio: We recommend using your computer mic/audio to listen to the webinars (alternatively a call-in number will be provided).

Log-In Credentials and Recordings:

Zoom Links: Zoom log-in credentials will be sent 24 hours before the start of the webinar and a reminder will go out one hour before the event.
Recordings: The webinars will be recorded and will automatically be emailed to attendees within a week after the event.