Mission Ready, Secure Everywhere: From Enterprise to the Edge

This event qualifies for:

1 CPEs1 CLPs0.1 CECs

Military units often operate in austere environments, far from the secure cloud networks and multilayered cyber defenses of a traditional headquarters. Tasked with no-fail missions, these units depend on constant, secure access to their most critical resource: the network. The Zero Trust principle of “never trust, always verify” — controlling who can access what and limiting lateral (east-west) movement between applications — is both Government-mandated and mission-critical.

Identity, Credential, and Access Management (ICAM) provides the foundation for Zero Trust through continuous identity and access verification. In disconnected and air-gapped scenarios (DDIL), missions must still proceed during disruption from weather, terrain, and adversary activity. A robust ICAM solution bridges the gap between high-level enterprise security and the tactical edge by planning for network loss with pre-synchronization and re-synchronization techniques.

Learning Objectives:

  • Understand what ICAM is and how it fits within a Zero Trust framework
  • Outline how using ICAM and ZT meet and maintain federal mandates
  • Evaluate the costs and benefits of maintaining high-level connectivity and security in contested environments

Speaker Details

Bill Pratt

Moderator & Contributing Editor,
FedInsider

Arupjyoti Bhuyan

Directorate Fellow
Idaho National Laboratory

Dave Raley

Operation StormBreaker
Chief Digital Services Officer
USMC

Keith Jordan

Director of Product Management
Akamai Technologies

Event Topic

Cloud Computing, Military, Security

Relevant Audiences

All Military, All State and Local Government, All Federal Government
Mission Ready, Secure Everywhere: From Enterprise to the Edge
Event Type
Virtual / Online
Event Subtype
Webinar / Webcast
When
Thu, Aug 27, 2026 | 2:00 pm - 3:00 pm ET
Registration Cost
Complimentary
Website
Click here to view event website
Sponsors
Carahsoft Technology Corp.
Organizer