India is preparing for a fundamental transformation of its military-industrial ecosystem as it pursues an ambitious vision to become a fully self-reliant, technologically advanced global military power by 2047. The government has set a target of expanding the country’s defence economy to ₹8.8 trillion ($105 billion), nearly six times its current size, while simultaneously positioning India among the world’s leading exporters of advanced defence systems.
The strategy reflects a growing recognition that future conflicts will be defined less by numerical military strength and more by technological superiority, innovation cycles, and industrial resilience. Artificial intelligence, cyber warfare, autonomous systems, space-based capabilities, and advanced manufacturing are increasingly viewed as the decisive factors that will shape military outcomes in the coming decades.
Recent conflicts have reinforced these lessons. Military planners point to Operation Sindoor and the broader conflicts witnessed across West Asia as evidence that modern warfare begins with attacks on command-and-control networks, communications infrastructure, air defence systems, industrial production facilities, research centres, and logistics hubs. Assets once considered safely behind the front lines have become primary targets.
The logic is straightforward: a nation that cannot manufacture, repair, communicate, or adapt rapidly loses the ability to sustain combat operations. Today’s kill chains are increasingly AI-assisted, data-driven, and continuously evolving in response to battlefield conditions.
However, defence experts argue that the most underappreciated battlefield of the future may not be physical at all. Modern conflict is increasingly being fought in the cognitive domain, where information management, societal resilience, and narrative control play strategic roles. In an era where conflicts unfold simultaneously on digital platforms and physical borders, national cohesion and public confidence have emerged as critical elements of deterrence and defence.
This changing nature of warfare is pushing countries toward a whole-of-nation security model. Military strength alone is no longer sufficient. Industrial capacity, supply chain resilience, technological innovation, and economic endurance are becoming equally important components of national power.
For India, the challenge is particularly significant. Despite being the world’s fifth-largest defence spender, with annual military expenditures of approximately $86 billion, the country continues to depend heavily on imported technologies, platforms, and critical subsystems. This dependence limits operational flexibility while exposing the country to geopolitical vulnerabilities and export restrictions.
The issue extends beyond defence procurement. Approximately 30 percent of inputs used across key sectors such as electronics, semiconductors, pharmaceuticals, chemicals, and automotive manufacturing originate from China. Policymakers increasingly view this dependence as a strategic risk that could undermine national security during periods of geopolitical tension.
Against this backdrop, defence manufacturing is emerging not only as a security priority but also as a major economic opportunity. India’s defence production currently stands at approximately ₹1.54 lakh crore, while exports have surged to a record ₹38,424 crore, reflecting growing international demand for indigenous military products.
By 2047, the government expects defence exports to increase nearly nine-fold to ₹2.8 trillion ($33.6 billion), with Indian-made systems supplied to more than 80 countries.
The country’s modernization plans include several flagship indigenous programs. These range from the Tejas Light Combat Aircraft and the Advanced Medium Combat Aircraft (AMCA) fifth-generation fighter to the INS Vishal aircraft carrier, Project 75I conventional submarines, Project 77 nuclear-powered attack submarines, the Zorawar light tank designed for mountain warfare, and the Future Main Battle Tank program.
Industry leaders believe India possesses several structural advantages that could accelerate this transformation. The country is home to nearly one-third of the world’s STEM workforce and has one of the fastest-growing startup ecosystems globally. As artificial intelligence reshapes traditional information technology services, defence manufacturing is increasingly being viewed as a high-value sector capable of generating skilled employment while advancing national capabilities.
Government policy has been aligned to support this transition. Approximately 75 percent of the defence capital procurement budget is now reserved for domestic acquisitions. The Positive Indigenisation List has expanded to more than 5,000 items, restricting imports and encouraging local production. Liberalized foreign direct investment norms and targeted incentives for research and development have further strengthened the ecosystem.
While public-sector enterprises have traditionally dominated major defence programs, the private sector is playing an increasingly important role. Companies across aerospace, electronics, autonomous systems, and advanced manufacturing are investing heavily in indigenous defence capabilities.
One of the most critical areas of focus is autonomous warfare. Military planners increasingly view unmanned systems operating across air, land, sea, and space domains as central to future battlefield effectiveness. These platforms offer greater operational speed, enhanced survivability, and reduced risk to personnel.
India’s emerging drone ecosystem includes companies developing unmanned aerial systems, loitering munitions, autonomous maritime platforms, and counter-drone technologies. Industry participants are also working to ensure these systems can operate effectively in India’s unique environmental conditions, including high-altitude terrain, extreme heat, and dusty operational environments.
Alongside autonomous systems, electronic warfare and cyber capabilities are becoming increasingly important. Defence experts argue that control of the electromagnetic spectrum may soon be as decisive as conventional firepower. Cyber warfare is expected to become a continuous activity rather than an episodic wartime capability.
A major area of strategic concern remains aero-engine technology. Historically, India has struggled to achieve self-sufficiency in advanced military engine development, resulting in long-term dependence on foreign suppliers.
To address this challenge, the country is pursuing multiple initiatives simultaneously. The Advanced Aero Turbofan Combat Engine (AATCE) program seeks to develop a 110-kilonewton thrust engine for future combat aircraft, while the Kaveri Derivative Engine is being adapted for unmanned combat aerial vehicles. International partnerships remain an important component of this effort, with ongoing collaborations involving General Electric and negotiations with companies such as Safran and Rolls-Royce for next-generation propulsion technologies.
The AMCA program represents perhaps the clearest example of India’s evolving defence-industrial model. Designed as a fifth-generation stealth fighter, the project combines public-sector leadership with significant private-sector participation. Major industrial groups are expected to contribute to manufacturing, systems integration, and supply chain development, creating a broader aerospace ecosystem capable of supporting future indigenous programs.
Beyond military platforms, policymakers are emphasizing advanced manufacturing as a strategic necessity. Initiatives under Make in India, the National Manufacturing Mission, Production Linked Incentive schemes, and Industry 4.0 programs aim to strengthen domestic production capabilities across critical technologies including semiconductors, advanced materials, drones, and precision engineering.
Defence innovation is also receiving increased institutional support. Programs such as Innovations for Defence Excellence (iDEX) and the ADITI initiative are designed to connect startups, academia, and industry with military requirements. These efforts focus on accelerating the development of artificial intelligence applications, autonomous systems, quantum communications, cyber defence technologies, space capabilities, and hypersonic systems.
The government is simultaneously working to streamline procurement processes. Revisions to the Defence Acquisition Procedure seek to reduce delays, encourage indigenous research and development, and expand opportunities for micro, small, and medium enterprises. Industry estimates suggest the sector could create business opportunities worth nearly ₹10 lakh crore over the coming decades.
Operation Sindoor highlighted the importance of integrating military services, industry, research laboratories, and private innovators into a unified ecosystem capable of rapid adaptation. This concept of “jointness” is increasingly shaping India’s defence planning across land, sea, air, space, and cyber domains.
Looking ahead, India envisions a phased transformation. The period between 2030 and 2040 is expected to focus on consolidation and capability development, while the years beyond 2040 are intended to establish India as a mature military and industrial power with substantial indigenous capacity.
Central to this vision is the concept of strategic autonomy. In a world where alliances are becoming increasingly transactional and supply chains are vulnerable to disruption, Indian policymakers view self-reliance as essential to both national security and economic growth.
The objective extends beyond reducing imports. It is about creating a resilient ecosystem capable of designing, developing, producing, and sustaining advanced military technologies at scale. Success will depend on sustained investment, stronger public-private partnerships, greater research and development spending, and a continued focus on innovation.
If these ambitions are realized, India could emerge by 2047 not only as a major military power but also as one of the world’s most significant defence manufacturing and technology hubs—an outcome that would fundamentally reshape both its strategic position and its economic future.
