Despite decades of technological change, the concept of the air gap remains one of the most trusted, and most misunderstood security controls. Traditionally defined as strict physical isolation from external networks, air-gapped systems were designed to protect highly sensitive environments such as classified government networks, critical infrastructure, and industrial control systems. Yet, with the evolution of connecting to everything, the modern enterprises are breaking the operations of true isolation, intentionally or unintentionally, creating tension between operational and security needs.
This webcast examines where air gaps still provide meaningful protection, where they fall short, and how modern architectures, from zero trust to classified cloud environments,—are redefining isolation as a control objective rather than a fixed condition. Attendees will gain practical insight into balancing security, resilience, and operational effectiveness in environments that must remain both protected and functional.
What You Will Learn
- What truly constitutes an air gap and common misconceptions about systems that are “isolated” in name only
- How the air-gap concept has evolved from strict physical separation to misconceptions of “air-gap” with logical, virtual, and policy-driven isolation models
- Why IT/OT convergence and cross-domain operations place new stress on traditionally isolated environments
- The operational realities of maintaining security in disconnected systems, including patching, monitoring, incident response, and insider risk
- How modern controls, such as governance and zero trust architecture, work together to reduce risk
Organizations responsible for sensitive missions, critical infrastructure, or regulated data can no longer rely on air-gap being truly isolated and used as a security strategy. By understanding the strengths, limitations, and modern adaptations of air-gapped architectures, you can design defenses that preserve operational capability while maintaining rigorous protection against both external and internal threats.
