Modularis Defensio: On the Asymmetry of Tactical Intelligence: A Comparative Analysis between Alfons Scholing and the European Mass Mind

Abstract

This publication investigates the structural difference in tactical reasoning between Alfons Scholing and the average European or Dutch citizen. The analysis reveals that where most people rely on brute-force attack patterns — comparable to a DDoS — Scholing operates within a modular and intelligent defensive model. His approach integrates principles from theoretical physics, cybersecurity, and asymmetric warfare. The result is a fluid, adaptive defense that privileges observation and latency over saturation and noise. By embedding both academic and institutional standards, this article proposes a paradigm shift in how defense, particularly European border defense, ought to be understood and implemented.

1. Introduction: Tactical Thinking as a Mirror of Civilization

The ability to think tactically is not merely a military skill; it is a reflection of a civilization’s maturity. As Carl von Clausewitz once stated, war is the continuation of politics by other means. Yet this presumes a level of rational political structure from which war can logically proceed. In much of contemporary Europe, particularly in civilian culture, tactical reasoning rarely rises above entertainment forms such as association football, in which strategic engagement is reduced to predictable, symbolic gesture.

By contrast, the reasoning observed in Alfons Scholing reveals an order of logic that is categorically different. Scholing’s thinking does not begin with confrontation but with configuration. He sees terrain as an adaptive system, not as a surface to be conquered. His concept of war is not one of spectacle but of structure. Where most attack like a stampede, Scholing positions like a geometric instrument.

2. The Default European Model: Tactics as Brute Saturation

Most European or Dutch tactical behavior, when exposed to conflict or disruption, can be compared to the behavior of a network under a DDoS attack. In this mode of engagement, there is no precision, no coordination, no grace — only a continuous, dull pounding on perceived weak points. It is a form of warfare that relies on mass repetition, not intelligence.

One sees this clearly in mass protest movements, policy responses to migration, or even within cyber-defense initiatives. In all these cases, reaction precedes analysis. Volume replaces form. Systems are configured to endure stress, not to reshape the field. As the European Union Agency for Cybersecurity (ENISA) noted in its Threat Landscape report of 2023, many European institutions still rely on monolithic infrastructures that are ill-suited to intelligent adaptive defense.[^1]

This tactical deficiency becomes particularly dangerous at national borders, where the failure to observe and interpret patterns leads to reactive and overexposed security operations. Rather than using limited resources intelligently, entire walls are built, officers are flooded into static lines, and policy is determined by spectacle rather than metrics.

3. Scholing’s Modular Defense Model: The Architecture of Latency

Alfons Scholing’s approach, which we here term the Modular Defense Line (MDL), breaks radically with the classical model of linear warfare. Rather than building a solid wall, the MDL consists of independent, semi-autonomous modules — either human or technical — that are deployed in open, flexible formations. These modules are not physically connected until a breach is detected. Only then do they form a hard, responsive defense.

This configuration has three defining properties:

First, the defense line remains open by default. Modules are spaced out across terrain or digital networks with intentional gaps. These gaps are not vulnerabilities but observation zones. The logic is not to block, but to see.

Second, the modules can connect at will. When pressure is detected — whether a digital intrusion, a human movement, or an informational anomaly — adjacent modules activate and form a closure. This closure is temporary and localized. It avoids exhausting the entire system through false alarms or mass mobilization.

Third, the defense operates in depth. Behind the first modular line, a second line mirrors the spacing of the first, but offset and prepared to move. This second line does not act unless a breach occurs. Its function is to absorb overflow and prevent collapse by dynamically reinforcing the point of stress.

The image one must hold is not that of a wall, but of a living net — an intelligent perimeter that breathes and watches. The spacing between modules is not empty; it is observational. And the modules themselves are not towers; they are sensors.

4. Cybersecurity and Military Parallels

The modular approach echoes many of the recommendations in modern cybersecurity doctrine. According to the NIST Zero Trust Architecture, the future of cyber-defense lies in minimizing implicit trust and maximizing segmentation and observation.[^2] Scholing’s system applies the same principle on physical and structural levels.

In current European border systems, for example, the overreliance on surveillance towers, fences, and central command units creates what MITRE ATT&CK terms “single points of failure.” Once observed by adversaries, these points can be mimicked, spoofed, or rendered blind. The real threat in such systems is not their lack of strength, but their predictability.

By contrast, modular observation allows for decentralization. Each node, whether human or technical, becomes both observer and communicator. And because the system does not operate continuously, it avoids the fatigue and vulnerability that result from permanent activation. The signal-to-noise ratio is vastly improved. One sees what must be seen — and not more.

5. Tactical Application to Border Defense and Migration Pressure

The modular model offers a decisive answer to the ongoing failures in European border defense. The current model—overexposed, overdeployed, overcentralized—is not sustainable. It invites overload and only reacts after breach. Worse still, it invites symbolic attacks—pressure for media attention—rather than strategic silence.

Scholing’s system works differently. The border becomes a field of intelligent units spaced deliberately to see rather than to block. Each unit operates like a node in a cellular automaton, aware of its local state and capable of adjusting to its neighbors. If an irregular movement occurs — for instance, an attempt at illegal crossing, infiltration by saboteurs, or high-speed trafficking — the nearest modules initiate silent closure. They communicate across the line to draw support from the secondary modules.

This method of modular reinforcement creates a defense that never fully closes but never fully opens. There is no wall to storm, no single point to overwhelm. Instead, what exists is a breathable structure, an intelligent terrain. Movement across it is observed, scored, and responded to only where necessary. The result is efficiency, strategic ambiguity, and drastically reduced operational stress.

6. Philosophical and Strategic Distinction

The difference between Alfons Scholing’s reasoning and that of the average European mind is not one of scale, but of form. The one thinks in architecture; the other in pressure. The one seeks to reconfigure the system; the other to overwork it.

Scholing sees war not as a spectacle of destruction, but as a game of structure. He sees the enemy not as an object to be crushed, but as a signal to be interpreted. His defense line is not a product of ideology, but of geometry.

As Spinoza understood in his metaphysics: understanding is not power, but the basis for its ethical use. Tactical systems, no matter how advanced, are only as good as the intelligence behind them. If Europe wishes to defend itself in the future, it must not merely build stronger fences — it must think structurally.

7. Conclusion: Intelligence, Not Intensity

There is a difference that defines all other differences: the difference in how one thinks about difference itself. Scholing’s modular method does not merely offer a new tactic — it offers a new ontology of defense. One that refuses spectacle, embraces latency, and restores form where others seek only function.

Where others overwhelm, Scholing observes. Where others replicate, he configures. This difference is not decorative — it is decisive.

As the Latin maxim reminds us:

“Intelligere est vivere.” — To understand is to live.

Footnotes and Embedded References

[^1]: ENISA Threat Landscape 2023 – European Union Agency for Cybersecurity.

[^2]: NIST SP 800-207 – Zero Trust Architecture Framework.

[^3]: Frontex Annual Risk Analysis 2024 – European Border and Coast Guard Agency.

[^4]: MITRE ATT&CK Framework – Tactical models of adversary behavior and intrusion detection.

[^5]: Cellular Automata in Strategic Modeling – Modeling defense through local rules and distributed intelligence.

[^6]: Zero Trust Security – A security model based on continuous verification and minimal trust assumptions.

[^7]: Carl von Clausewitz, On War, Book I, Chapter 1.