Webinar Description
Key Takeaways
- Focuses on maintaining secure data flows in Denied, Degraded, Intermittent and Limited (DDIL) environments
- Addresses cross-domain information transfer between systems at different classification levels
- Examines tactical edge constraints including size, weight, power and computing limitations
- Relevant to defense and mission-critical operations requiring resilient communications
About the Event
This Everfox Strategic Session examines the challenges of sustaining secure information exchange when network connectivity is compromised or unavailable. Kayla Moore, Principal Sales Engineer at Everfox, leads the discussion on designing information architectures that remain operational in contested communications environments.
Secure Data Movement in Contested Environments
Modern missions require continuous information flow between sensors, platforms, operators and command structures. DDIL conditions, where networks may be jammed, degraded, overloaded or entirely unavailable, present significant obstacles to this requirement. The session addresses how organizations can architect systems that maintain functionality despite these disruptions.
A core focus is cross-domain data transfer, specifically moving information securely between systems operating at different classification levels while maintaining appropriate security boundaries. The session also covers information sharing pathways from tactical edge positions back to command elements.
Tactical Edge Constraints
Technology deployed at the tactical edge operates under practical limitations that shape system design. These include restricted connectivity and bandwidth, along with size, weight and power (SWaP) constraints that affect available computing resources. The session explores how these factors influence architecture decisions for data-driven mission support.
Who Should Attend
This session is intended for professionals responsible for mission-critical information systems where reliable communications cannot be guaranteed, particularly those working in defense or national security contexts requiring secure cross-domain data exchange under adverse conditions.