Emergence of Precise Mass Warfare
First, recent conflicts reveal the rise of “precise mass,” characterized by the large-scale use of inexpensive yet accurate weapons, especially drones capable of striking targets across long distances.
Similarly, lessons from the war in Ukraine demonstrate how technological change and battlefield economics encourage the widespread adoption of scalable autonomous systems.
Consequently, warfare increasingly relies on numerous low-cost systems rather than small quantities of highly sophisticated platforms.
Diffusion of Drone Warfare to the Middle East
Meanwhile, conflicts involving Iran, the United States, and Israel illustrate how the concept of precise mass has spread beyond Europe.
Notably, Iran has relied heavily on inexpensive ballistic missiles and one-way attack drones such as the Shahed-136 to pressure regional adversaries.
As a result, thousands of drones have targeted Israel, U.S. bases, and regional infrastructure throughout the Middle East.
Cost Asymmetry in Modern Combat
Importantly, the economics of drone warfare strongly favor attackers deploying large numbers of cheap systems.
For example, a Shahed-136 drone may cost roughly $20,000–$50,000, while intercepting missiles such as Patriot interceptors cost millions.
Therefore, defenders must spend significantly more resources to neutralize comparatively inexpensive threats.
Even when most drones are intercepted, small percentages penetrating defenses can still produce considerable damage.
Strain on Defensive Systems
Consequently, sustained drone attacks can exhaust air-defense stockpiles and strain military resources.
Furthermore, limited production capacity for interceptor missiles complicates defensive strategies during prolonged conflicts.
Thus, defending against large drone salvos requires substantial time, logistics, and financial investment.
Diverse Types of Drone Systems
Moreover, the term “drone” now includes multiple systems with distinct roles on the battlefield.
For instance, surveillance drones provide reconnaissance, while long-endurance systems conduct precision strikes or intelligence missions.
Meanwhile, one-way attack drones function similarly to cruise missiles or artillery by delivering explosive payloads and overwhelming defenses through numbers.
Additionally, advanced autonomous aircraft can operate alongside fighter jets as collaborative combat partners.
Industrial Scale Production
At the same time, technological innovation enables rapid drone production using commercial manufacturing, artificial intelligence, and accessible guidance technologies.
Consequently, countries such as Iran, Russia, and Ukraine have produced tens of thousands of drones annually since 2022.
In contrast, advanced missiles or aircraft require longer development timelines and complex supply chains.
Strategic Implications for Future Warfare
Ultimately, modern warfare increasingly favors scalable, low-cost autonomous systems capable of operating in large numbers.
Therefore, drones and similar technologies are likely to become permanent features of military strategy.
In the long term, militaries that invest in mass-produced precision systems may gain significant strategic advantages.
Source:
Horowitz, M. C., & Kahn, L. (2026, March 9). The new era of drone warfare takes root in Iran. Council on Foreign Relations. https://www.cfr.org/articles/the-new-era-of-drone-warfare-takes-root-in-iran