Decision Management in the Command Post (CP) Under Asymmetric Attack

Technical Analysis 2:

 Decision Management in the Command Post (CP) Under Asymmetric Attack

 

1. Data Fusion vs. Information Overload**

In a modern Command Post, the challenge has shifted from a lack of information to an **excess** of it. A CP officer must instantaneously correlate data from multiple, often conflicting, sources:

 Active Sensors:

Surveillance radars (prone to jamming or providing "noisy" data on small targets).

 Passive Sensors:

SIGINT (Signals Intelligence) systems detecting the data links of enemy drones.

 Visual/Acoustic Reports:

Ground observation posts—now revitalized as a critical layer for detecting "low & slow" threats.

 Think Tank Perspective:

 The operational readiness of an airbase is no longer measured solely by its fleet size, but by the CP’s ability to integrate these streams into a **Single Air Picture (SAP).**

  

2. Reaction Time and the OODA Loop (Observe-Orient-Decide-Act)**

While ballistic trajectories are predictable, "kamikaze" drones (like the Shahed type) utilize unpredictable flight profiles, often hugging riverbeds or valleys to stay masked.

  The Decisional Dilemma:

When a target appears on radar just 15 km away, a CP officer has less than **120 seconds** to:

   1. Perform Identification Friend or Foe (IFF).

   2. Assess the threat level.

   3. Allocate an interceptor (e.g., Gepard SPAAG, MANPADS, or EW jamming).

 

3. Command Hierarchy: Centralized vs. Decentralized**

The transition from legacy Eastern-bloc rigidity to NATO standards has introduced a major shift in Command & Control (C2):

  Legacy Systems:

Decisions often moved up the chain to higher headquarters, risking the target striking before approval was granted.

  Modern Mission Command:

Delegation of "fire authority" to lower tactical echelons.

  The OSINT Reality:

 We increasingly see "friendly fire" incidents in modern conflicts. This is often a direct result of information stress in the CP and a lack of horizontal coordination between neighboring AA units.

  

4. The Command Post as a High-Value Target (HVT)**

In the OSINT world, we often see footage of radars being struck. However, the loss of a command cabin staffed by experienced officers is far more devastating.

   Electronic Signature:

 A CP that emits constant radio signals to coordinate subunits becomes a lighthouse for anti-radiation missiles (ARMs) or loitering munitions.

   The Solution:

 Mobile, digitized CPs that can operate in "radio silence" by utilizing encrypted data links (like Link 16) and passive sensor networks.

 Strategic Conclusion

As we look toward the future of air defense in the East, the question remains: *Are current Command Posts equipped to handle "swarms" of 50+ simultaneous drones, or will the human decision-making process inevitably be overwhelmed by the sheer volume of data?*