Recent conflicts in the Middle East and Eastern Europe, particularly the ongoing war in Ukraine, have underscored a profound shift in the nature of modern warfare, where drones and precision-guided missiles are rapidly replacing traditional military hardware such as fighter jets and tanks.
This transformation is no longer a distant development. Pakistan now finds itself directly exposed to this evolving security environment, with growing regional tensions and emerging asymmetric threats reshaping its defence priorities.
The country’s security landscape has become increasingly complex. Along the eastern front, India continues to enhance its missile and drone capabilities, while Pakistan’s western border remains vulnerable to persistent threats from non-state actors. Simultaneously, escalating instability in the Middle East is adding further pressure, particularly for critical infrastructure including military bases, ports, airports, and energy facilities.
Unlike conventional warfare, modern attacks are characterized by coordinated use of multiple low-cost drones alongside precision missiles. This evolving threat matrix presents a serious challenge to traditional air defence systems, which are not designed to efficiently counter such mixed and high-volume assaults.
Experts warn that relying solely on conventional missile-based defence systems is neither sustainable nor economically viable. Intercepting inexpensive drones with costly surface-to-air missiles creates a significant cost imbalance, while single-layer defence systems struggle to respond effectively to simultaneous multi-vector attacks.
In response, defence analysts are increasingly advocating for a layered air defence architecture, where different systems operate in coordination to address varied threats. This approach combines high-end missile interception capabilities with cost-effective counter-drone solutions, ensuring both operational efficiency and financial sustainability.
Amid this shift, South Korea has emerged as a key player in advanced air defence technology. Systems such as Cheongung-II have gained international attention for their ability to intercept medium-range missile threats, while complementary counter-drone systems offer targeted solutions against low-cost aerial threats.
These systems have demonstrated strong performance in real-world conflict scenarios, particularly in the Middle East, where integrated air defence networks have shown high interception success rates against complex and layered attacks. Such battlefield validation has significantly enhanced confidence in their operational reliability.
Cost-effectiveness remains a critical consideration for Pakistan. With limited defence resources, the need to balance capability with affordability is paramount. South Korean systems are seen as offering a practical middle ground—delivering robust performance at a comparatively lower cost than many Western alternatives.
A key component of modern defence is the growing importance of counter-drone capabilities. Drones are no longer limited to surveillance roles; they are increasingly used as offensive weapons. Advanced counter-drone systems employ electronic warfare techniques such as signal jamming to disrupt operations, alongside kinetic methods for direct interception when required.
Analysts emphasize that the future of national defence lies in integration. A balanced system—combining missile defence with efficient drone neutralization—can provide comprehensive protection against evolving threats, safeguard critical infrastructure, and minimize risks to civilian populations.
Pakistan now stands at a strategic crossroads. The decision to modernize its air defence framework in line with emerging global trends, or to continue relying on outdated systems, will play a decisive role in shaping its future security posture.
One reality, however, is clear: the battlefield has changed, and adapting to this new era of warfare is no longer optional—it is imperative.
By: Zahid H. Karani
