Text written by Vladimir Orlov from his Live Journal page
[ColonelCassad] When we hear the word "war," we imagine tank columns, trenches, explosions, and soldiers storming the heights. This image comes from the 20th century, the century of industrial and maneuverable warfare. Today, everything is different. Modern armed conflicts are increasingly less like a clash of armies. They are a struggle... of architecture. Networks. Management.
Information. The winner is not the one with more tanks or planes, but the one who makes decisions faster, better connects intelligence with fire, and is able to disrupt the enemy's ability to coordinate their actions. We are accustomed to thinking that military power is primarily about the characteristics of weapons: range, caliber, armor, speed. But the reality of recent decades (from Desert Storm to the war in Ukraine) shows that the same weapons can be either a formidable force or useless hardware, depending on how they are integrated into the overall command, control, communications, and intelligence system. This simple idea undermines old military theories and demands a new approach. It is precisely this new framework that we propose—the 3C/4C model.
WHY DO OLD THEORIES NO LONGER WORK?
For a long time, military thinkers have tried to package the evolution of war into "generations." The first is hand-to-hand combat and bladed weapons, the second is gunpowder and linear tactics, the third is machine guns and the trenches of World War I, the fourth is tanks and blitzkrieg, the fifth is precision weapons, the sixth is network-centric systems...
This model looks beautiful, but it has fundamental flaws. First, it is linear: it assumes that a new generation completely displaces the old. However, in reality, military operations simultaneously utilize techniques from all eras.
Secondly, it is technologically determined: a new weapon automatically creates a new war. But practice refutes this: an FPV drone costing a few hundred dollars can destroy a tank worth millions if it is included in a reconnaissance and strike network, but will remain just a flying toy if such a network is not in place.
Another popular concept is network-centric warfare (NCW). It emerged in the 1990s and proclaimed that integrating sensors, headquarters, and weapons platforms into a single network provides a decisive advantage. This was a breakthrough. But NCW assumes that the network is always available, communications are resilient, and the enemy cannot disrupt it.
Modern conflicts (especially in Syria and Ukraine) have shown the opposite: communications are jammed, satellites are disabled, and data centers are destroyed. In a degraded environment, where communication channels are intermittent and GPS is unavailable, a centralized network architecture becomes a vulnerability rather than an advantage.
Finally, the modern concept of Multi-Domain Operations (MDO) is an attempt to synchronize actions on land, in the air, at sea, in space, in cyberspace, and in the information domain. It has advanced further, but remains an operational, not a theoretical, model. It doesn't explain why one system prevails over another, and it ignores the most important aspects: the ability to adapt in real time, maintain coherence, and make rapid decisions.
All these approaches share one flaw: they focus on individual elements—means, methods, and platforms. But 21st-century warfare is a systemic phenomenon. And it must be described as a system.
WHAT DOES THE 3C/4C MODEL OFFER?
Instead of linear classifications, we propose viewing armed conflict as the dynamics of four interconnected components:
Means—everything that inflicts damage: weapons, communications, drones, electronic warfare, automated systems.
Methods—how exactly the means are used: tactics, operational art, strategy, coordination algorithms.
The environment is the space in which everything happens: the physical domain, information, cyberspace, outer space, the electromagnetic spectrum, the cognitive sphere. The environment is not a passive backdrop—it is an active object of struggle.
The control agent is who or what makes decisions: command, headquarters, AI, distributed networks. This is the "brain" of the system, which connects everything else.
The 3C (Means–Method–Environment) model expands to 4C by adding the Control Agent. And the key idea: a system's effectiveness is determined not by the power of a single means or the sophistication of a method, but by its coherence, the speed of decision-making, and the ability to maintain control in the face of environmental degradation.
Look at the history of military art—it's a series of shifts in which dominance prevails: the Industrial Age (World War I)—the means dominated. Machine guns and artillery made maneuver almost impossible. The winner was the one with the most shells, factories, and mobilization resources.
The era of maneuver (World War II and the Cold War) was dominated by method. Tanks and aircraft alone didn't decide the outcome—they were determined by their synchronization, speed, deep penetration, and the destruction of the enemy's command and control. Triandafillov's theory of deep operations and the German blitzkrieg represented the triumph of method.
The information age (1990s–2010s) saw the environment begin to dominate. Operation Desert Storm demonstrated that whoever controls the information space, communications, reconnaissance, and navigation can paralyze the enemy, even if they have many tanks.
Today, we are entering the era of systemic warfare, where command and control and connectivity dominate. The target is no longer the enemy's army, but its network of interactions. This network can be destroyed not only by fire, but also by cyberattacks, communications jamming, disinformation, and the disabling of satellites.
WHAT IS SYSTEMIC WARFARE IN PRACTICE?
Systemic warfare is a form of confrontation where the primary goal is to degrade the adversary's ability to coordinate, communicate, and adapt.
Consider the current conflict in Ukraine. The widespread use of FPV drones, digital targeting systems (such as Delta or Kropyva), tactical internets (Starlink), and distributed sensor networks has reduced the detection-to-kill cycle from hours to minutes and seconds.
A $500 kamikaze drone, controlled by an operator who sees the target through a screen with a split-second delay, hits the target not because it's powerful, but because it's connected to a network where reconnaissance instantly transmits coordinates and communications are resistant to jamming.
If this network can be suppressed (via electronic warfare, interception, or the destruction of repeaters), even expensive missiles and tanks become virtually blind. The winner isn't the one with the better weapons, but the one whose system restores connectivity faster and whose control cycle is shorter.
This is the main consequence of the 3C/4C model: the speed of the OODA cycle (observe-orient-decision-act) becomes an independent strategic resource. If your system completes this cycle faster than your opponent's, you impose your opponent's pace; they don't have time to adapt and ultimately become disorganized.
WHAT DOES THIS CHANGE?
If we accept the systemic warfare model, the implications for military development, command and control, and personnel training become radical:
From platforms to connectivity. There's no need to chase a super-tank. We need to develop a unified information space, standardize data exchange protocols, and protect communication channels.
From centralization to distributed networks. Rigid hierarchies are vulnerable. We need autonomous tactical nodes that can operate even when communication with the center is lost, and "self-healing" architectures.
From the tactical commander to the environment operator. A modern officer must not only issue orders but also process data streams, manage distributed drone systems, and make decisions in seconds under conditions of information overload and disinformation.
From fire to information. The primary target of attack is no longer positions, but C4ISR (command, communications, and intelligence systems). Cyber ​​operations, electronic warfare, satellite interference, and cognitive attacks are not auxiliary means, but central elements of warfare.
CONCLUSION: WHY IS IT IMPORTANT TO UNDERSTAND THIS TODAY?
The proposed 3C/4C model does not claim to be the ultimate truth. But it provides a tool missing from older theories: a holistic view of war as a struggle between interacting systems, not individual platforms.
Many countries continue to build their armed forces along 20th-century lines—increasing the number of tanks, aircraft, and ships. But conflicts of recent years have shown that massive firepower is useless if the enemy disrupts your communications networks, jams GPS, and turns every maneuver into a blind alley.
Systemic warfare is not the future. It is the present. And whoever is first to rebuild their army as an adaptive, highly connected, multi-domain system will gain a decisive advantage before the first shot is fired.
The question is not whether war will be systemic. The question is whether we will realize this quickly enough to avoid ending up in the position of the French army in 1940—with superior weapons, but with outdated command and control logic.
(c) Vladimir Orlov