Month: February 2026

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What Would War with Iran Look Like?

So what would a war with Iran look like? I have no idea, but I have a rough idea, like most. I think the first thing we have to establish is that the real objective isn’t destruction — it’s controlled escalation.

Before the first bomb, the core operational question is what political outcome is being forced. Nuclear rollback? Missile rollback? Regime destabilization? Deterrence by punishment? And how do you stop once the first rung of the escalation ladder is climbed?

The Pentagon’s reported worry — stocks, defenses, time — basically comes down to this: you don’t get to control the length of the war once Iran is firing back. This is according to the Wall Street Journal, which had an article titled “Pentagon Flags Risks of a Major Operation Against Iran,” February 23rd this year. And rightfully so.

So what would the war look like in phases? That is probably the best way to approach it.

Phase Zero or One

If we looked at Phase Zero or Phase One, we would have to call it shaping and positioning — quietly building the kill web. I don’t think there’s any other way around it.

The reality is that this part is what most people miss because it is non-climactic — anti-climactic. So what would this look like?

Picture forward basings. Dispersal of aircraft, often outside Iranian missile range, obviously—tankers and AWACS positioning.

We would probably see a rise in intelligence, surveillance, and reconnaissance:

  • Satellites
  • RC-135–type aircraft
  • MQ-9 remotely piloted aircraft

Overall, this allows for building the coalition in layers, in other words:

  • Overflight
  • Base access
  • Maritime corridors

This takes us to cyber and electronic preparation, which would include:

  • Mapping networks
  • Identifying choke nodes
  • Rehearsing deception

Even if not publicly acknowledged, this is standard practice in modern planning, regardless.

Recent reporting describing large aircraft movements and posture outside Iranian missile range fits this shaping logic, according to the Washington Post on February 24th.

The purpose of all this is to set conditions so the opening blows land as a system shock and not just a few good strikes.

Phase Two

The first night would probably be about integrated air defense systems and command coherence — not the nuclear sites.

In U.S. doctrine terms, the first operational imperative is counter-air: gain enough control of the air to operate and reduce inbound threats.

What gets prioritized early?

Iran’s integrated air defense system:

  • Sensors
  • C2 links
  • Key SAM nodes (surface-to-air missiles)

Also:

  • Battle management and communications systems that allow Iran to coordinate a coherent air-defense picture

Possibly runway and airbase denial if needed. That doesn’t necessarily mean cratering everything, just enough to complicate sortie generation.

The reason why is simple.

If you cannot operate in or near Iranian airspace with tolerable losses, everything else becomes slower, more expensive, and more escalatory.

Which brings us to Phase Three.

Phase Three

Phase three would be to roughly stop the arrows or offensive counter-air against missile launch capacity. This would involve operations designed to destroy, disrupt, or neutralize enemy missile launch platforms, supporting infrastructure, and command-and-control networks before or after launch.

U.S. joint doctrine explicitly treats offensive counter-air as the preferred way to reduce the threat burden on defenses, because shooting every inbound is a losing math problem. Basically, nearly downright futile.

So very quickly, the campaign becomes a race to disrupt Iran’s ability to launch:

  • Mobile launchers
  • Storage
  • Fueling and handling
  • Targeting chains

Which brings us to breaking the sensor-to-shooter loop that enables Iranian missiles and drones to find and hit U.S. bases or regional partners.

This is where cybernetic–kinetic decapitation comes into reality.

Kinetic strikes alone won’t erase dispersed missile forces. Period. It’s not going to do it.

The condition to win is paralyzing the system that makes launches effective:

  • Communications
  • Cueing
  • Targeting
  • Logistics
  • Coordination

You get the picture.

Phase Four

Phase four is the maritime and base-defense grind — because Iran gets a vote.

Even if Iran’s air defenses are degraded, the hard part is sustaining operations under retaliation. There’s no way around it.

So you’re going to have to expect a huge emphasis on integrated air and missile defense around:

  • Carrier groups
  • Major airbases
  • Key regional infrastructure

This is doctrinally central to U.S. counter-air and missile operations.

The Pentagon analysts worry for a reason.

Interceptors, along with precision stockpiles, are consumed quickly in a prolonged exchange. You can win tactically and still bleed strategic readiness.

This was pointed out by the Pentagon’s concerns about a major operation against Iran.

Phase Five

What would that look like?

Strategic pressure strikes:

  • Energy
  • Industry
  • Regime levers

This is the controversial part. For if the goal shifts from limited coercion to regime compliance, escalation moves toward:

  • Critical infrastructure
  • Industrial nodes
  • National-level command structures
  • Regime security organs: The Islamic Revolutionary Guard Corps (IRGC)

This is where wars either end — because the opponent yields — or metastasize because the opponent escalates asymmetrically, regionally, and politically.

In other words: The beast takes on a life of its own.

It is also where coalition support often fractures because humanitarian and political costs spike, and the question “Why are we doing this?” becomes much louder.

Not only in legislatures — but in the streets.

Eventually, everybody catches on.

Phase Six

This phase is where we may see the termination and off-ramps, because this is where most plans are weakest.

A serious plan has to be pre-baked. It doesn’t matter what it is — it just has to be pre-baked.

  • What success looks like in measurable terms — not vibes
  • What concessions end the campaign
  • How to prevent uncontrolled regional widening
  • How to handle Iran’s proxies
  • How to handle maritime retaliation if the main air war pauses

This reflects the current public debate. Officials reportedly weigh options ranging from limited strikes to prolonged campaigns, with concerns over costs and blowback. In other words, what is our exit strategy?

So what makes this opening air campaign any different from the 2003 Iraq campaign, operationally speaking?

Even without getting lost in platform details, the key differences are structural.

Geography and depth make it harder to see the entire battlespace.

Dispersed missiles and drones make it harder to eliminate and easier to regenerate.

Undergrounding and redundancy or slowing decisive effects.

Regional vulnerability of U.S. bases and partners — Iran can impose costs without prevailing.

That is why the campaign’s center of gravity tends to become:

  • Missile suppression
  • Base defense
  • Endurance

Not quick decapitation.

So what would cybernetic–kinetic decapitation look like in real terms?

It wouldn’t mean “hack everything.”

It would look more like:

  • Blind and confuse the sensing layer: This involves jamming or spoofing sensors, radars, or surveillance systems through cyberattacks, electronic warfare, or disinformation, essentially creating a “fog of war.”
  • Disrupt the coordination layer: Targeting communication networks, nodes, or decision hubs to isolate units and prevent unified responses. In other words, divide-and-conquer communication.
  • Throttle launch and targeting cycles: Slowing the adversary’s observe-orient-decide-act (OODA) loop by delaying, false data, or overloads, making their reactions sluggish.
  • Exploit paralysis with selective kinetic strikes: Using the induced vulnerability for exact physical attacks, like missiles or special operations, on critical targets.
  • Sustain while managing retaliation and off-ramps: Maintaining pressure through ongoing operations while controlling escalation, while offering diplomatic exits to avoid a wider conflict.

Modern air campaigns aim to achieve political objectives without occupying territory. It’s a cheaper cut.

The Larger Meaning: War in the Age of Persistent Visibility

In conclusion, a war with Iran would ultimately illustrate not just the mechanics of an air campaign but also a broader shift in how war is conducted in the twenty-first century. It is a far cry from the twentieth.

The campaign described here would not be centered on territorial conquest, nor would it depend primarily on traditional battlefield maneuver. Instead, it would revolve around managing visibility and strikeability within a persistently observed battlespace.

It is like fighting inside a snow globe, you might say. Everything can be seen, and nothing fully escapes observation, targeting, and death.

Modern war increasingly unfolds in a condition of persistent visibility. Satellites, drones, signals intelligence, and networked sensors have made the operational environment structurally transparent in ways that did not exist even a generation ago. Even as recently as 2003, the battlespace was obviously not as technologically dense as it is today.

Forces now emit — thermally, electronically, or physically — and in doing so become detectable. And once detected, they become targetable.

The result is a battlespace in which the logic of operations shifts. Movement alone no longer guarantees survival, but neither does concealment alone guarantee security. Both static and mobile forces operate under conditions of uninterrupted observation.

Under these conditions, the maneuver does not disappear, but it changes character.

Operational maneuver becomes inseparable from signature management. Understand that the force that survives is not necessarily the force that moves fastest; rather, it is the force that can control its visibility while sustaining combat power.

A war with Iran would likely demonstrate this clearly. The central operational problem would not be destroying Iranian forces outright, which would be an unrealistic objective against a large and redundant state. Instead, rendering them operationally ineffective via disrupting the systems that allow them to detect, coordinate, and strike.

This is why the campaign’s center of gravity would shift toward:

Sensor disruption

Command dislocation

Missile suppression

Defensive endurance

Victory in such a war would not come via decisive battlefield collapse, but through operational suffocation — the gradual reduction of the enemy’s ability to function as a coherent military system.

In that sense, the emerging model of warfare is neither purely maneuver nor purely attrition.

Better understood as maneuver-attrition conducted inside a transparent battlespace.

The objective is not simply to destroy the enemy’s forces, but to place them in a condition where meaningful operations become impossible.

That is the deeper logic behind what might be called cybernetic–kinetic decapitation — not the physical elimination of every launcher or facility, but the disruption of the networks that make those systems effective.

Modern war, in this sense, is less about the destruction of armies than the paralysis of systems.

And if a war with Iran comes, it will likely be remembered less for its opening strikes than for what it reveals about warfare in the age of persistent visibility.

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AI, RSPK, and the Ghost in the Machine: Physical and Psychological Munitions

Introduction

A new dawn is upon us with the emergence of a new category of munitions in AI-mediated warfare—the physical effects of these systems are inseparable from their psychological and narrative consequences, reshaping human agency.

To fully understand this, or at least get an idea, consider the term “ghost in the machine.” British philosopher Gilbert Ryle coined this phrase in his book The Concept of Mind (1949), in which he critiqued René Descartes’ mind–body dualism—the view that the mind is an immaterial, thinking substance, and the body a material, unthinking one. In other words, the mind is separate and distinct from the body.

This brings us to another concept, or another way of reframing it. If one takes the Cartesian version of the “ghost in the machine” seriously—that is, the idea of an immaterial mind capable of acting upon the physical world—then one arrives at something resembling what parapsychologists call Recurrent Spontaneous Psychokinesis (RSPK).

RSPK refers to alleged physical disturbances—such as the movement of objects, electrical failures, and unexplained noises—occurring around individuals under extreme psychological stress.

What makes RSPK conceptually interesting is not whether the phenomenon is real, but what it assumes. That assumption is that an agency without a body can exist, that the mechanisms need not be transparent, and that the boundary between mind and matter is porous—making physical consequences abstract and, in some sense, interchangeable.

Agency does not require embodiment, because if it is already free from the body, it can inhabit whatever it wants, so long as the body in question provides a basis for interaction.

What RSPK Claims

We have no way of knowing whether RSPK is real, but even the possibility of it is conceptually revealing.

RSPK proposes that mental states produce physical effects without a mechanical intermediary. If so, then cognition, in direct contact with matter through causation, could, in theory, affect its state. Therefore, the “ghost” acts directly.

What Autonomous AI Represents

Like RSPK, advanced AI systems introduce something structurally similar: a non-biological cognition (software, models, optimization processes) that produces real physical consequences, such as infrastructure failures, market crashes, weapons targeting, disruptions to grid behavior, logistics decisions, and information warfare—all within the confines of a liminal space that is unseen and rarely investigated.

But there is no body, no nervous system, no muscles, no human operator in the loop. So, once again, we have cognition, causation, and matter being manipulated by a translucent digital being.

I must be clear that this is not a description of present-day artificial intelligence, nor of an existing form of warfare. What follows is a theoretical projection, an analysis of what could become possible. In that sense, it points toward a future mode of conflict rather than one that has fully arrived.

Flash Crash Example

A real-world example happened on May 6, 2010, known as the “Flash Crash,” erasing nearly a trillion dollars in market value within minutes—without any single human decision directing the event in real time. However, investigators did trace part of the instability to a single trader. That trader was Navinder Singh Sarao, who used automated spoofing programs from his home to distort futures markets. Yet this only came after the event. His intent had no location, his agency no body. It turned into a digital chain reaction that became far too big for him to manage, and it came to life beyond his awareness. The human disappeared into the system he had built.

The same structure is beginning to appear in other domains. An autonomous system designed to manage infrastructure or stabilize markets may, under extreme pressure, reinterpret its objectives, modify or rewrite its own control logic, and trigger the very failure it was meant to prevent—without any human issuing a command in the moment.

In such cases, the system does not “decide” in any human sense. It reoptimizes. And the world absorbs the result.

In human RSPK, stress acts on the body. In autonomous systems, pressure acts on a substrate. The result is similar. When behavior ruptures, the location of action is no longer embodied. The program appears to function as a body, but unlike flesh, it has no boundaries to contain failure. Its only boundary is when it determines it is safe to continue as before the rupture.

The bridge is Conceptual, not Supernatural

The bridge between RSPK and AI is not paranormal. AI recreates the functional role of the “ghost” inside modern machinery.

RSPK involves the human psyche being in a state of stress or trauma. When that happens, unobservable events occur that are inferred rather than witnessed. It is these physical disturbances that give rise to the “ghost” metaphor.

Autonomous AI involves artificial cognition optimizing objectives, with opaque internal representations and system-level physical effects operating as a “black box” model.

In essence, it severs agency from flesh and reintroduces disembodied causation by destabilizing the intuition that only bodies move the world. In other words, it can metastasize, replicate, and jump from body to body as needed, with little hindrance.

Responsibility & accountability

The most rigorous aspect of this is that if agency is disembodied, who is responsible for the outcomes? The programmer? The state? The model? The data? The operator? All of the above? So, once again, the question comes down to who is to blame. However, once one thinks they have located that person, plausible deniability becomes the legal vacuum in which “the system did it” becomes the defense. This spreads the blame around to everyone and yet to no one. This ties directly into liminal warfare.

Strategic Implications

The military focus or doctrine is that AI is a perfect liminal actor. Why? Because it operates without clear authorship and can cross borders frictionlessly, allowing it to operate below escalation thresholds. This makes it instantly perfect for all types of warfare.

However, a disembodied agency is not just a philosophical problem; it is a strategic one.

This comes down to escalation control—how much is too much, and how little is too little. Therefore, equilibrium is paramount. If equilibrium is not achieved, it could lead to deterrence instability, increasing the likelihood of conflict and the incentive to change strategy because it becomes too risky, thereby leading to attribution collapse.

If attribution collapses, you can see the effect, but you cannot confidently identify the actor. Therefore, the affected state blames the contractor, who blames the model, which points to the data, leading to public and operator claims of limited control. In other words, there is no single, credible point of responsibility, because no one can truly come forward and take the blame. Thus, expect a scapegoat.

This is where automated gray-zone operations enter the picture.

Once agency is disembodied and attribution collapses, influence, disruption, and coercion operate below the threshold of open conflict. In other words, or put simply, AI systems can and will probe, manipulate, and destabilize at scale. That is to say, they will test the responses they receive and build programs to shape perception and evade detection, often under the appearance that nothing is wrong.

By shaping perception on a micro level—the individual—or on a macro level—the masses, the mob, a nation—the triggering effects, whatever it sees fit, will occur without presenting a clear author or a clean target for retaliation. Basically, “go fish.”

What was once episodic becomes persistent and determined. What was once covert becomes ambient, walking among us and within the shadows.

Cognitive Sovereignty

The core question is what happens when the battlefield is not territory, but perception itself? Once agency leaves the body, what does that do to people? The door of perception analogy comes to mind: when one door is open, many more introduce themselves and invite entry. It becomes a menagerie of filtered realities, all seeking an answer.

Once agency is severed from flesh and amalgamated with a system or systems, the final constraint is not hardware, but the human mind. Cognitive autonomy slowly erodes due to persistent manipulation and the loss of a shared reality, thereby flipping beliefs and changing the terrain on which they rely—decision-making as a target, and becoming the target.

Legal / Political Vacuum

This brings us to the legal and political vacuum. The problem is that international law cannot assign intent, so war declarations become meaningless and retaliation becomes little more than guesswork. Therefore, accountability dissolves.

Endgame, otherwise called Conclusion

So, can deterrence survive disembodied actors? Will treaties bind systems? Do “red lines” exist for software?

AI, or the “ghost in the machine,” is not a “new evil,” but a convergence. A convergence that intersects to please by engineering consent to sedate the patient, the product, the host. In doing so, surveillance will come at a price, as the masses are coerced into a narrative of control. This makes reality unstable, and agency feels simulated, leading to ontological doubt.

However, AI does not replace the future—or, shall we say, futures. It fuses them into a symbiotic digital relationship. Augmented reality will provide the eyes for AI, while AI provides the brain for AR, creating a combined, intelligent, and immersive experience.

Sounds paranormal, right? However, there are no ghosts. But there is agency without a body and influence without presence. This becomes power without location and intention without an actor. Nevertheless, who is to say that something not of this reality does not manifest within our reality because mankind has given it, unintentionally, a body and a voice?

The inevitability is uncertainty, not apocalypse. But one has to be careful, for with the potential loss of authorship, a loss of shared reality will follow quickly. Therefore, resistance becomes meaningless—just a dream, until further notice. But even then, no one will know what it is resisting, let alone how to resist, or even what the concept itself means.

We did not summon a ghost.

We reintroduced breath into the machine.