Most people understand war through the campaigns they remember from television and history books – long bombing operations, weeks of maneuver, and slow, grinding attrition. More recently, our collective understanding has been shaped by the horrific imagery coming out of Ukraine: sober, haunting videos of cold trenches, the relentless buzz of small drones, and the exhausted faces of soldiers trapped in a static war of inches. It is a visceral reminder of the human cost of conflict.
However, what has unfolded over the past week in Iran suggests that while the grinding model of war persists in some theaters, a new, terrifyingly efficient model is emerging elsewhere. In the space of roughly a week, the US and Israel struck more than 3,000 targets across Iranian territory.
For those familiar with past campaigns, the number alone is striking. During the opening phases of the Iraq War in 2003, “Shock and Awe” was considered the pinnacle of aerial dominance; yet, Operation “Epic Fury” has delivered twice the strike density in the same timeframe. The difference today is not simply better aircraft or more accurate weapons. The difference is the marriage of information and air dominance.
Where the war in Ukraine represents the inability of either side to achieve air supremacy – resulting in that horrific, slow-motion attrition – the campaign in Iran represents the full spectrum paragon. By combining an all-seeing-eye, digital view of the battlefield with the uncontested ability to strike from the sky, the US and Israel have compressed the kill chain from hours to minutes and, in some cases, seconds.
The results are quantifiable: within seven days, the US and Israel have effectively erased the Iranian Air Force and sent the bulk of the Iranian Navy to the bottom of the Persian Gulf.
Information and precision
Advances in artificial intelligence (AI), sensor integration, and data processing have created a battlespace in which information moves almost instantly. For the first time in major combat, we have seen the deployment of the Precision Strike Missile (PrSM) and the Low-cost Uncrewed Combat Attack System (LUCAS) – autonomous swarms that can mimic enemy signatures or strike mobile launchers within moments of them being uncapped.
Algorithms now analyze data streams at a speed no human staff could match. Human decision-makers still sit within the chain, but they now operate in a vastly accelerated system in which the time between detecting a threat and striking it has collapsed from hours to minutes.
The practical effect of this transformation has been clearly visible since Feb. 28. Iranian theater ballistic missile launches – which numbered in the hundreds on day one – have plummeted by 86% in just one week. Strike aircraft were able to prosecute multiple targets in rapid succession because new target data was constantly flowing into the network. Large strike packages, such as the 50-fighter jet wave that leveled the “Supreme Leader’s” underground bunker in Tehran, reflect a fully integrated digital architecture where satellites, cyber capabilities, and stealth bombers operate as a single, coherent structure.
The campaign in Iran offers a glimpse not simply of modern war but of what it looks like when fought by states possessing the full spectrum of advanced military power. The contrast is clear: the grinding attrition seen in Ukraine reflects the limitations of strike networks without air dominance. In Iran, the US and Israel have demonstrated that if you possess information and air dominance, you can determine the entire tempo of the war.
For the average observer, the scale of the strikes – including the destruction of over 30 Iranian vessels and the dismantling of the ballistic missile industrial base – may appear dramatic, but the more important change lies in the pace. Industrial-age warfare relied on mass and time. Algorithmic warfare relies on speed. By the time a traditional military begins to coordinate a response, its command structure has already been systematically dismantled.
Lessons for the West
This transformation carries implications far beyond the Middle East. Military strength is no longer defined solely by the number of tanks or ships a nation possesses but by the ability to integrate data and AI into a “compressed” decision cycle.
Take the UK, for example.
The lesson of the past week is clear: maintaining a world-class force requires more than just hardware; it requires the digital infrastructure to compete in a world where the first 48 hours of conflict may now determine its entire course.
The speed at which modern war now unfolds should give serious pause to defense planners in Whitehall. If conflict is increasingly decided in the opening days through data dominance and AI-assisted targeting, then the UK must move beyond traditional procurement. It is no longer enough to simply “boost the air force” with more airframes – the UK must prioritize a sovereign AI architecture capable of linking its Typhoons and F-35s into a seamless digital targeting web.
Investment must surge not just into manned platforms but into autonomous drone swarms and unmanned aerial vehicle (UAV) capabilities that provide the mass and persistence a small, high-tech air force otherwise lacks. The UK still possesses world-class expertise, but maintaining strategic relevance will require a shift in mindset: seeing AI and anti-air integration not as mere add-ons but as the very central nervous system of modern war and defense.
The question now is whether the UK chooses to lead in this algorithmic age or risks discovering the cost of falling behind in a fight that may be over before we have even fully entered it.
The views expressed in this opinion article are the author’s and not necessarily of Kyiv Post.