How should intelligence be maintained if communications are restricted or degraded in LSCO?

• A. Use solely real-time satellite feeds.
• B. Rely on public information networks.
• C. Centralize all fusion at a single hub.
• D. Use preplanned, redundant exchange methods, offline data repositories, and decentralized fusion at echelons with secure, resilient channels.

Answer: (D)

When communications are restricted or degraded in LSCO, keep the intelligence picture alive by planning multiple ways to exchange information, keeping local, offline data accessible, and letting each echelon fuse and use intelligence independently while staying connected through secure, robust channels. This approach reduces dependence on any single link or hub, so tempo and situational awareness survive even under disruption.

Preplanned, redundant exchange methods ensure information can still move even if some paths fail. That means using a mix of transport options and standardized reporting cadences so commanders at different levels receive timely updates without waiting for a single network to come back up. Offline data repositories let operators access critical intelligence without needing real-time connectivity, so decision-makers aren’t left blind when the network is down. Decentralized fusion at echelons means each level builds a current, locally relevant intelligence picture from available inputs, then shares key findings as networks permit; this prevents a bottleneck at one hub and preserves operational tempo. Secure, resilient channels, including encrypted links, multipath communications, and alternative relay methods, protect data and keep the information flow trustworthy even in contested environments.

In contrast, relying solely on real-time satellite feeds creates a single point of vulnerability that can be disrupted by jamming or targeting. Public information networks are not trustworthy or reliable in a combat setting and can be compromised or degraded. Centralizing all fusion at one hub introduces a single point of failure; if that hub is disrupted, the entire intelligence fusion process stalls.