Intelligent Warfare and Nuclear Deterrence

Lessons from Pakistan–India

By: Ahmad Ali Shah

For ages, nuclear deterrence has functioned as a psychological tool, especially in South Asian strategic geography. Nuclear deterrence is grounded in mutual vulnerability and the pervasive fear of nuclear escalation, wherein any use of nuclear weapons would result in mutually assured destruction (MAD). This concept means that a nuclear war cannot be won and must therefore never be fought. For instance, if two or more nuclear armed countries cause unacceptable damage to each other, no one will take a risk of starting a nuclear conflict.

Pakistan and India are the main actors exercising deterrence in South Asia. Both states possess nuclear weapons that provide the ultimate deterrent, imposing a rational and political check that discourages any slide toward full-scale conflict. However, the recent conflict between Pakistan and India has sparked new debate, as both countries increasingly rely on different technological weapons to create deterrence, in result nuclear deterrence no longer serves as the primary force that shapes the modern conflicts. Although it remains a symbol of power, it is no longer the dominant factor in Pakistan and India warfare. 

The four-day intense confrontation between Pakistan and India in May 2025 demonstrated that nuclear weapons remained largely in the background of the crisis. It was emerging technologies, integrated networks, and intelligent systems that ultimately shaped the dynamics of the conflict.

Historically, deterrence in South Asia has been understood through multiple lenses, particularly nuclear deterrence. While the possession of nuclear weapons has created a climate of fear in the region, it has also influenced the conduct of conventional warfare. This approach remained effective for many years, however, rising regional tensions have reshaped the concept of deterrence. For example, states strengthen their strategic positions through advanced military systems without crossing the nuclear threshold.

During the Pakistan-India conflict, both countries adopted special technological approaches to counter each other. Pakistan has used a Chinese defense system called the ABC system (Locked by A, launched by B, and guided by C); this new approach highlights the strategic significance of advanced intelligence-led and network-centric warfare. Under this framework, ground radars, fighter jets, and Airborne Warning and Control System (AWACS) platforms operate in a coordinated signal environment to detect, track, and respond to hostile threats. Pakistani officials have claimed that this integrated system neutralizes Indian aerial attacks including the downing of five advanced aircraft such as the Rafale.

The recent confrontation between Pakistan and India highlights that while the nuclear weapon remains an important strategic tool; the dynamics of warfare in South Asia are now influenced by more advanced technologies, strategic integration, and political manoeuvring. These advancements allow the states to manage escalation, apply pressure, and gain an advantage below the threshold. Consequently, the future of regional deterrence is expected to rely less on traditional nuclear weapons and more on the effective deployment of limited conventional capabilities

On the other side, India relied on western and Israeli military technologies. The Indian Air Force (IAF) has employed Rafale fighter jets equipped with European-origin missiles, including SCALP EG cruise missiles and AASM Hammer guide bombs developed by France, alongside the Russian-manufactured S400 missile system. Furthermore, India has employed Israeli defense technologies, including kamikaze drones and Heron unmanned aerial vehicles (UAVs), for intelligence, surveillance, and strike operations. According to journalist and former minister of information and broadcasting Mushaid Hussain, the four-day conflict between Pakistan and India illustrates competition over the effectiveness of deterrence capabilities. He further argues that the confrontation provides insights into the comparative capabilities of Western and Chinese technologies.

From the above assessment, it is evident in contemporary time conventional warfare, nuclear deterrence will be insufficient to determine outcomes. Rather, the central issue is whether the platform can respond intelligently, adapt swiftly, and function effectively within an integrated command and control system. However, nuclear deterrence continues to serve as a critical strategic foundation. Particularly in regions with ongoing rivalries such as South Asia, advanced conventional capabilities are playing a role in shaping crisis dynamics and military advantages. As emerging technologies such as surveillance and strike drones, hypersonic missiles, artificial intelligence (AI), cyber warfare capabilities, and space-based monitoring platforms continue to advance, their strategic significance grows. The concept of deterrence is now expanding beyond the traditional framework. Instead of relying solely on nuclear deterrence, states are turning to more precise and flexible technological tools. These tools enable them to demonstrate strength and exert pressure. Importantly, they do so without escalating a crisis into full-scale nuclear conflict

The recent confrontation between Pakistan and India highlights that while the nuclear weapon remains an important strategic tool; the dynamics of warfare in South Asia are now influenced by more advanced technologies, strategic integration, and political manoeuvring. These advancements allow the states to manage escalation, apply pressure, and gain an advantage below the threshold. Consequently, the future of regional deterrence is expected to rely less on traditional nuclear weapons and more on the effective deployment of limited conventional capabilities.

The writer is M.Phil. IR scholar from Iqra University Islamabad and a research intern at the Institute of Strategic Studies Islamabad. He can be reached at [email protected]