Integrated C-UAS Battle Management (Sensor Fusion)
Software backbone that fuses radar, EO/IR, RF, and acoustic sensors into a single common operating picture, then auto-cues the cheapest effective effector against each track. Solves the swarm problem: every individual sensor and effector above fails when 20+ tracks appear simultaneously. This is the actual difference between systems that survive Shahed waves and systems that don't.
How It Works
Sensor inputs are time-aligned and correlated into unified tracks with confidence scores. A rules engine (often AI-assisted) prioritizes by threat (warhead size, vector, target value) and auto-recommends the cheapest effector that meets the kill probability — net gun for a Mavic, jammer for an RF-link FPV, gun for a Shahed, missile only for the highest-value outliers. Operator approves; the system slews and fires.
Technical Specifications
Advantages
- + Only practical answer to swarm and salvo attacks
- + Multiplies the effectiveness of every existing sensor and effector
- + Saves expensive interceptors for outliers — gun/jammer handles the bulk
- + Common operating picture for joint / coalition use
Disadvantages
- − Complex integration across legacy sensors and effectors
- − Single point of failure if the BMC node is destroyed or cyber-attacked
- − Requires trained operators and well-defined ROE
- − AI/automation introduces edge-case engagement risks
Tactical Deployment Tips
- ▸ Distribute BMC nodes — never single-point
- ▸ Pre-load engagement rules per environment (urban vs. open field) to cut decision latency
- ▸ Wargame swarm scenarios regularly — ROE gaps surface only under load
Limitations & Vulnerabilities
- ⚠ Cannot create capability that the underlying sensors/effectors lack
- ⚠ Vulnerable to cyber and EW attack on its own data links
Drones It Defeats
Drone types ranked by how well this system defeats them — tap any drone for details
⚠ How Adversaries Defeat This System
Active enemy adaptations observed in the field — distinct from passive limitations above
- ▸ Cyber attack on the BMC or its data links
- ▸ Kinetic strike on the BMC node (single point of failure if not distributed)
- ▸ Saturation beyond combined effector throughput, regardless of fusion quality
Sources & Further Reading
- ▸ Anduril — Lattice for Mission Autonomy product page
- ▸ US Army — FAAD-C2 / M-LIDS program documentation
- ▸ CSIS — Red Sea Houthi drone/missile salvo analysis (2024)