Software-Defined Mission Edge: Accelerating Decision Dominance From Enterprise to Orbit
As the Department of Defense (DOD) reoptimizes for great power competition, achieving decision dominance requires shifting from legacy hardware-centric systems to agile, software-defined architectures that deliver resilient command and control (C2) from the enterprise core all the way to the orbital high ground.
This webinar explores software-defined technologies that deliver persistent zero trust identity continuity, event-driven automated self-healing cyber resiliency, AI-augmented edge processing and declarative fleet-scale “build once, deploy anywhere” compute—even in Denied, Disrupted, Intermittent and Limited (DDIL) conditions—and how emerging orbital edge platforms and multi-cloud regions in space extend these capabilities to the high ground, enabling real-time AI/ML, data fusion and resilient C2 from tactical edge to orbit.
Gain actionable insights into applying software-defined concepts to achieve decision dominance and cyber defense from enterprise to orbit. Learn how to deploy AI-enabled processing and "islands of trust" in DDIL environments, implement event-driven cyber automation and leverage orbital data centers for resilient high-ground operations.
This webinar explores software-defined technologies that deliver persistent zero trust identity continuity, event-driven automated self-healing cyber resiliency, AI-augmented edge processing and declarative fleet-scale “build once, deploy anywhere” compute—even in Denied, Disrupted, Intermittent and Limited (DDIL) conditions—and how emerging orbital edge platforms and multi-cloud regions in space extend these capabilities to the high ground, enabling real-time AI/ML, data fusion and resilient C2 from tactical edge to orbit.
Gain actionable insights into applying software-defined concepts to achieve decision dominance and cyber defense from enterprise to orbit. Learn how to deploy AI-enabled processing and "islands of trust" in DDIL environments, implement event-driven cyber automation and leverage orbital data centers for resilient high-ground operations.
Speaker Details
Travis Steele
Chief Architect
Red Hat
Red Hat
Moderator: Nuray Taylor
Senior Reporter and Special Projects Manager
AFCEA International
AFCEA International
Event Topic
Artificial Intelligence, Machine Learning, TechnologyRelevant Audiences
All Military, All State and Local Government, All Federal Government
Event Type
Virtual / Online
Event Subtype
Webinar / Webcast
When
Wed, Jul 15, 2026 | 1:00 pm ET
Registration Cost
Complimentary
Sponsor
Organizer