Hostile forces launch a coordinated multi-domain swarm attack on a critical offshore energy terminal. A swarm of 12 hostile USVs approaches at high speed from different vectors. Subsurface, three stealthy enemy UUVs attempt a quiet approach to mine the facility's underwater infrastructure.

 

Phase 1: Spark Comprehensive Data Fusion

• Spark acts as the central intelligence node, pulling multi-spectral data from across the entire defensive perimeter.

• It aggregates long-range tracking data from marine radar and structural health updates from a fiber-optic tripwire woven into the barrier.

• Day/night cameras and thermal imagers stream optical verification of the surface swarm straight into Spark.

• Subsurface, Spark fuses telemetry from both active and passive underwater sonar systems, giving operators a complete 360-degree view.

 

Phase 2: Layered Defense Engagement

• Spark commands friendly USVs and UUVs to engage the outer layers of the swarm based on this fused data.

• Friendly assets intercept and neutralize several hostile surface and subsurface targets.

• Due to the sheer volume of the swarm, three hostile USVs and one stealth UUV break through the outer perimeter.

 

Phase 3: Final Line Defenses & Non-Lethal Capture

• Subsurface, Kraken activates its inner-tier physical net and acoustic entanglement barriers.

• Kraken successfully traps the final stealthy enemy UUV, neutralizing its propulsion.

• On the surface, the Poseidon Maritime Defense System acts as the last line of defense.

• The three remaining hostile USVs slam into Poseidon’s high-friction surface modules, running aground on the artificial floating sandbar.

• The physical impacts immediately trigger the fiber-optic tripwire, sending an instantaneous stress alert to the tactical network.

 

Phase 4: Spark Ingestion & QRF Dispatch

• Spark processes the fiber-optic tripwire breach and Kraken's sonar logs to confirm successful captures.

• Spark logs the exact GPS coordinates where the hostile craft are beached and entangled.

• The system instantly transmits a secure emergency dispatch packet to a standby Quick Reaction Force (QRF).

• Guided by Spark's precise data, the QRF arrives at the exact capture points to secure the enemy vessels and collect intelligence.