Rethinking Command and Control Resiliency at the Tactical Edge
ABOUT THE BRIEFING
Tactical communications still lean on rigid, hardware-heavy backbones and stove-piped circuits that were never designed for the modern, rapidly evolving threat environments. These legacy architectures often expose the tactical edge to the public internet through brittle IP-based tunnels, creating discoverable attack surfaces vulnerable to kinetic targeting, electronic warfare, and hyper-volumetric cyber attacks.
For commanders operating across DDIL conditions, this fragility is no longer an acceptable risk. It represents a direct threat to C2 survivability and a recognized capability gap for forces operating in contested theaters like the Indo-Pacific and the Middle East.
This webinar will focus on practical questions facing every IT leader responsible for mission-critical comms: how do you maintain consistent security policy, low-latency performance, and C2 continuity when forces are dispersed, transport is unreliable, and the adversary is actively hunting your nodes? Attendees will leave with a framework for evaluating next-generation tactical network architectures against the realities of distributed and expeditionary operations.
Key Takeaways:
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How software-defined connectivity models reduce the tactical attack surface by eliminating inbound ports and concealing the physical location of C2 assets from adversary discovery and targeting
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Why stateless, distributed network design delivers C2 survivability in DDIL environments where traditional centralized architectures create exploitable points of failure
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What role Zero Trust access and post-quantum cryptography play in future-proofing tactical communications against evolving and emerging threats
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How to weigh resiliency, latency, interoperability, and operational footprint when assessing modern network architectures for distributed and coalition forces
Speakers

Swish

U.S. Army

Cloudflare

