Introduction
In warfare, technological advancements have always been associated with military advantage. From the emergence of tanks and military aircraft during industrial warfare in the 20th century to the widespread use of precision-guided missiles, drones, and uncrewed aerial vehicles (UAVs), military innovation has traditionally been viewed as a driver of strategic advantage and decisive victory (Kuo, 2022; Watling, 2023). The wars in Iran and Ukraine point to a paradoxical trend. Advanced military technologies do not guarantee a quick victory; instead, they often prolong conflict (Kuo, 2022). Therefore, technological superiority produces tactical advantages, but not necessarily decisive victories.
Limits of technological superiority
Modern warfare technologies such as semi-autonomous weapons are reshaping conflict dynamics and undermining decisive outcomes. Lower barriers to entry and rising costs make victory harder to achieve as cheaper versions of modern technologies are more accessible, thus allowing weaker actors to inflict significant costs on their adversaries (Koval, 2026).
Recent developments in the conflicts in Ukraine and Iran challenge the traditional assumptions that advanced technology leads to strategic success and, ultimately, victory. While some advances offer advantages such as better targeting or easier, more precise surveillance (NIC, 2021), the benefits are increasingly offset by the widespread availability of other low-cost technologies (Arranz, 2026). As a result, military advantage is not only determined by sophistication and quality of equipment but also by adaptability and scalability.
In Ukraine, uncrewed aerial systems (UAS), including small, inexpensive drones, have become central to battlefield operations (Franke, 2025). Ukrainian forces reportedly deploy thousands of drones monthly, using them for surveillance, artillery coordination, and precision strikes at a fraction of the cost of conventional military systems (Zafra, 2024). These technologies allow weaker actors to impose disproportionate costs on more advanced militaries, creating forms of asymmetrical warfare in which inexpensive systems can delay or neutralise more sophisticated assets (Johnson, 2022).
A similar trend has emerged in the Iran conflict, where the widespread use of low-cost drones and missile systems has challenged the effectiveness of expensive advanced military technologies (Franke, 2026). Analysts increasingly note that relatively inexpensive systems costing thousands of dollars can force responses from defensive systems worth millions, creating significant economic and operational asymmetries (Watling, 2023; Koval, 2026). As a result, mass-produced technologies and scalable drone warfare increasingly undermine assumptions that technological sophistication alone guarantees operational dominance (Anand, 1999; Watts, 1996).
The economics of modern warfare
One of the main reasons for the change in conflict duration and symmetry is the changing economics of modern warfare. Conflicts increasingly favor a greater number of cost-efficient technologies that can cause great damage to superior, better-funded militaries (Kremidas-Courtney, 2026).
Although high-value infrastructure, such as AI systems, has its merits, it is susceptible to attacks by inexpensive drones, with considerable costs to replace. Analysts argue that advanced militaries increasingly rely on high-cost systems that are difficult to scale, while adversaries can deploy cheaper alternatives at greater numbers (Cancian, 2023; Kremidas-Courtney, 2026). This creates a cost imbalance, as defending against attacks on infrastructure may become significantly more expensive than launching them.
Furthermore, recent conflicts demonstrate that relatively inexpensive “upcycled” weapons equipped with modest technological upgrades can sometimes inflict greater damage than far more expensive precision-guided systems, further challenging assumptions about the effectiveness of high-cost military superiority (Weitling, 2023).
Asymmetry and the increasing complexity of modern warfare
Modern technologies enable weaker actors to resist more powerful states (Mockaitis, 2026) as the greater availability of digital communication platforms, drones, or cyber tools allows even non-state actors or middle powers to challenge traditional militaries (AA, 2024). The exclusivity of technologies is reduced as those once available only to hegemons are suddenly accessible to smaller militaries (Roberts 2021). Drones have been among the greatest drivers of change, enabling remote engagement and increasing operational flexibility while complicating defensive responses due to their deployability at scale from a distance (Biddle, 2023; Jolly, 2026).
Another important factor challenging the analysis of modern warfare is its increasing complexity (Kuo, 2022). The integration of new technology, such as semi-autonomous systems or electronic and information operations, makes it increasingly difficult to predict outcomes across domains (NIC, 2021). Consequently, the integration of cyber operations, AI systems, electronic warfare, and information operations creates a multi-domain battlefield where military advantages constantly shift (Franke, 2025). This reduces the likelihood of decisive breakthroughs, thereby making conflict more difficult to control.
Adaptation
Technological advantage is also increasingly temporary, as the current era is characterised by rapid innovation cycles (Hakmeh, 2025). Therefore, adversaries can adapt to new systems more quickly, reducing the effectiveness and advantage previously gained (Hakmeh, 2025). As a result, technological innovation produces only a short-term strategic advantage before countermeasures are developed (Kuo, 2022).
In Ukraine and Iran, technological developments are characterised by continuous adaptation. The conflict in Ukraine demonstrates how quickly technological advantages can be neutralised through adaptation. After Russian electronic warfare systems began disrupting wireless drones, the Ukrainian forces adapted by attaching drones to fibre-optic cables and using low-tech modifications to bypass advanced countermeasures (Watling, 2026). Iran has actively studied the conflict in Ukraine and was thus able to integrate drones and AI into its own military strategy (Judah, 2026). This demonstrates how intelligence from one conflict can be rapidly utilized in another.
Discussion
Modern warfare is reshaping the nature of conflict. Instead of leading to decisive victories, technological advancements are causing longer, less predictable wars (Maurer, 2023).
Nevertheless, that does not mean that technology has lost its power; rather, its role is evolving. Success depends not only on possessing advanced capabilities but also on the ability to adapt, balance cost and effects, and integrate technologies quickly and effectively into broader strategies (Watling, 2023). Consequently, it could be argued that modern warfare technologies are changing the conditions under which victory can be achieved.
Conclusion
Conflict analysis must adapt as modern warfare technologies challenge traditional theories about military superiority and conditions for victory. As barriers to entry lower and asymmetric resistance increases, it is becoming more difficult to reach decisive outcomes.
The most visible present-day cases of Iran and Ukraine are great illustrations of how technological dominance no longer guarantees success. Understanding this transformation is crucial not only for analysing current conflicts but also for preparing for future ones.
Bibliography
Anand V., (1999) ‘Doctrine, technology and war’. Available at: https://ciaotest.cc.columbia.edu/olj/sa/sa_99anv02.html
Applied Aeronautics (2024) ‘How small affordable drones are revolutionizing defense technology’,https://www.appliedaeronautics.com/post/how-small-affordable-drones-are-revolutionizing-defense-technology
Arranz. (2026) ‘Cheap drones are reshaping the war in the sky’, Reuters, 16 March. Available at: https://www.reuters.com/graphics/IRAN-CRISIS/DRONES/dwpkyamxqpm/
Biddle, S. (2023) ‘Winning the battle, losing the war’, The Philosopher’s Magazine. Available at: https://philosophersmag.com/winning-the-battle-losing-the-war/
Carter, N. (2023) ‘A new way of warfare requires more than new tech’. Available at: https://warontherocks.com/a-new-way-of-warfare-requires-more-than-new-tech/
Cancian, M.F. (2023) ‘A new way of warfare requires more than new tech’, War on the Rocks, 5 September. Available at: https://warontherocks.com/a-new-way-of-warfare-requires-more-than-new-tech/
Center for Strategic and International Studies (2023) Lessons from the Ukraine conflict: Modern warfare in the age of autonomy, information and resilience. Available at: https://www.csis.org/analysis/lessons-ukraine-conflict-modern-warfare-age-autonomy-information-and-resilience
Farrell, H. and Newman, A. (2023) ‘The new economics of warfare’, Foreign Affairs, 102(4), pp. 112–126. Available at: https://heinonline.org/HOL/Page?handle=hein.journals/fora102&div=92
Franke, U.. (2025) ‘Drones in Ukraine: Four lessons for the West’, Available at: drones-in-ukraine-four-lessons-for-the-west
Hakmeh (2025), ‘ What Ukraine can teach Europe and the world about innovation in modern warfare’ Available at: https://www.chathamhouse.org/2025/03/what-ukraine-can-teach-europe-and-world-about-innovation-modern-warfare
Johnson, R. (2022) Lessons learnt from Ukraine. Canberra: Australian Army Research Centre. Available at: https://researchcentre.army.gov.au/sites/default/files/241022-Occasional-Paper-29-Lessons-Learnt-from-Ukraine_2.pdf
Jolly, J. (2026) ‘Defence sovereignty: Europe races to build the low-cost weapons of future’, The Guardian, 10 May. Available at: https://www.theguardian.com/world/2026/may/10/defence-sovereignty-europe-builds-low-cost-weapons-drones?utm_source=chatgpt.com
Judah Jacob (2026) ‘How Iran has been studying lessons from the War in Ukraine https://www.ft.com/content/08629b39-9d82-4046-a1b9-3023009ffa81?syn-25a6b1a6=1
Koval (2026) The New Economics of War: Cheap Drones, Asymmetric Threats, and the Democratization of Destruction, Global Security Review, Available at: https://globalsecurityreview.com/the-new-economics-of-war-cheap-drones-asymmetric-threats-and-the-democratization-of-destruction/
Kuo; Dangerous Changes: When Military Innovation Harms Combat Effectiveness. International Security 2022; 47 (2): 48–87. doi: https://doi.org/10.1162/isec_a_00446
Kremidas-Courtney (2025) ‘The new economics of warfare’, 14 February, Available at: https://www.epc.eu/publication/the-new-economics-of-warfare/
Roberts R. (2025) ‘Guerrilla 2.0: Asymmetric warfare in the tech era’,https://www.polytechnique-insights.com/en/braincamps/geopolitics/asymmetrical-warfare-new-strategies-on-the-battlefield/guerrilla-2-0-asymmetric-warfare-in-the-tech-era/
Maurer, J.D. (2023) ‘The future of precision-strike warfare—Strategic dynamics of mature military revolutions’, Naval War College Review, 76(2), pp. 49–82. Available at: https://digital-commons.usnwc.edu/cgi/viewcontent.cgi?article=8345&context=nwc-review
Mockaitis T. (2026) ‘ The new era of asymmetric war exposes the limits of conventional warfare, Available at: https://thehill.com/opinion/national-security/5883470-asymmetric-warfare-modern-conflicts/
National Intelligence Council’s Strategic Futures Group (2021) The future of the battlefield. Available at: https://www.dni.gov/index.php/gt2040-home/gt2040-deeper-looks/future-of-the-battlefield
Watling, J. (2023) ‘Tomorrow’s wars and advanced weapons’, The Japan Times, 19 June. Available at: https://www.japantimes.co.jp/commentary/2025/06/19/world/tomorrows-wars-and-advanced-weapons/
Watts, B.D. (1996) Doctrine, Technology, and War. Air & Space Doctrinal Symposium, Maxwell Air Force Base, Montgomery, Alabama, 30 April–1 May 1996. Available at: https://www.airuniversity.af.edu/Portals/10/ASPJ/journals/Chronicles/watts.pdf
Zafra (2024) How drone combat in Ukraine is changing warfare, Reuters
Available at: https://www.reuters.com/graphics/UKRAINE-CRISIS/DRONES/dwpkeyjwkpm/