Peace Through Technology: Dr Vivek Lall on Security, Innovation and India’s Defence Future

By Gulshan Luthra

In an increasingly volatile world marked by geopolitical rivalries, technological disruption, and emerging security threats, nations are reassessing how they safeguard their interests while maintaining stability.

A military engineer by training and a strategic thinker by inclination, Dr Lall has spent decades at the intersection of advanced technology, defence innovation, and international partnerships. Today, as CEO of General Atomics Global Corporation, he oversees initiatives that are shaping the future of unmanned systems, aerospace technologies, and strategic collaboration.

Against this backdrop, I sat down with Dr Vivek Lall, one of the most influential figures in the global aerospace and defence industry, to discuss the future of security, technology, and India’s growing role in the defence ecosystem.

Our conversation ranged from global peace and security to India’s defence modernization, the rise of startups, and the future of advanced unmanned aerial systems.

Peace Through Strength and Technology

As conflicts continue to simmer across regions and strategic waterways become flashpoints of international concern, the question of how nations can maintain peace has never been more relevant.

For Dr Lall, peace is not merely a diplomatic aspiration; it requires sustained investment in technological superiority and strategic preparedness. “The technology doesn’t stand still,” he observed. “If you stand still, you’re moving backward.”

According to him, effective national security depends on the coordinated efforts of multiple stakeholders. Governments, bureaucracies, industry, academia, media, and military establishments must function in harmony to ensure that technological capabilities remain current and effective.

Dr Lall emphasized that modern security architecture rests on several key pillars, chief among them being persistent surveillance. Whether through space-based systems, airborne platforms, maritime assets, or subsurface monitoring, nations must maintain continuous awareness of their operating environment.

Persistent surveillance, he explained, naturally leads to another critical requirement: secure and robust data sharing among allied and partner nations.

In an era where information can determine the outcome of conflicts, trusted and secure communication networks become indispensable components of national defence.

Strategic Stability in a Turbulent Region

Discussing tensions in the Gulf and concerns surrounding freedom of navigation through critical maritime corridors such as the Strait of Hormuz, Dr Lall refrained from focusing on specific political disputes. Instead, he returned to broader strategic principles.

His central argument was straightforward: peace is best preserved through strength, technological preparedness, and the ability to remain at the cutting edge of innovation.

He identified several transformative technologies that are redefining defence capabilities worldwide:

• Artificial Intelligence
• Quantum sensing
• Secure communications networks
• 5G and emerging 6G technologies
• Loitering munitions
• Autonomous and unmanned systems
• Advanced data-sharing architectures

Together, these technologies form the backbone of what he described as the future defence ecosystem.

“Peace through strength and peace through technology” remains, in his view, the most reliable pathway toward stability.

Startup Revolution in Defence

Turning the discussion toward India, I pointed out how the country has moved beyond its traditional reliance on state-run defence enterprises and is increasingly embracing private-sector innovation.

Dr Lall was unequivocal in his praise for India’s startup ecosystem. He believes startups have become a powerful engine of innovation within modern military-industrial frameworks. Their ability to rapidly develop disruptive technologies often complements the experience and scale of established defence companies.

However, he cautioned that startups frequently encounter what industry experts call the “Valley of Death”, the difficult period between innovation and commercialization, when financing, talent retention, and market access become critical challenges. This is where partnerships matter.

According to Dr Lall, collaboration between large corporations and emerging startups creates a mentor-mentee ecosystem that helps promising technologies survive and scale.

India’s recent successes demonstrate the effectiveness of this approach. Startups in sectors such as space technology, artificial intelligence, and semiconductors have achieved significant breakthroughs, with some emerging as globally competitive enterprises. “There’s been an inflection point,” he noted, suggesting that India’s innovation ecosystem has entered a phase of accelerated growth.

India’s Growing Defence Manufacturing Capability

One of the most visible signs of India’s transformation is the growing export of defence-related equipment to international markets. Products and components that were scarcely manufactured in India two decades ago are now finding customers across the Middle East and beyond.

Dr Lall sees this trend as a natural consequence of technological maturity and policy support aimed at strengthening indigenous manufacturing capabilities. The evolution is particularly significant because it reflects not merely assembly or licensed production, but increasingly sophisticated engineering and component manufacturing capabilities within India.

Building an Ecosystem Around the MQ-9B

The discussion naturally shifted to unmanned aerial systems, particularly the acquisition of the MQ-9B platform by India.

General Atomics has been working closely with Indian stakeholders to ensure that the aircraft are supported by a comprehensive maintenance, repair, and overhaul (MRO) ecosystem within the country. For Dr Lall, sustaining advanced platforms is as important as acquiring them.

“The maintenance and repair ecosystem is a very key component of any platform that comes to the country,” he explained.

The objective is not merely to operate these systems but to establish long-term capabilities that enable India to maintain and support them domestically. Such an approach aligns with India’s broader goals of self-reliance and indigenous capability development.

From Buyers to Partners

An important aspect of India’s defence modernization strategy involves moving beyond simple procurement toward deeper industrial participation.

Dr Lall confirmed that General Atomics has already initiated component manufacturing partnerships within India.

Among the examples he cited was collaboration with Indian industry partners for the production of landing gear struts and other critical components.

These initiatives represent the early stages of a broader indigenization process that could significantly expand in the coming years.

Rather than being merely a customer, India is increasingly becoming an integral participant in global aerospace and defence supply chains.

The Future: Unmanned Early Warning Systems

Looking ahead, Dr Lall highlighted one of the most exciting developments in military aviation: the integration of advanced airborne early warning capabilities into unmanned platforms.

He revealed that advanced early warning functionality is being developed for the MQ-9B, reflecting growing global interest in unmanned airborne early warning systems.

Such capabilities could dramatically enhance surveillance coverage, operational endurance, and situational awareness while reducing risks to human operators.

As military technologies continue to evolve, unmanned platforms are expected to assume increasingly sophisticated roles across intelligence gathering, surveillance, reconnaissance, and command-and-control functions.

Technology-Driven Security Future

Throughout the conversation, one theme remained consistent: technology is becoming the defining factor in national security.

Whether discussing persistent surveillance, artificial intelligence, startup innovation, secure communications, or advanced unmanned systems, Dr Lall repeatedly emphasized the importance of remaining ahead of the technological curve.

For countries like India, the challenge is not simply acquiring advanced capabilities but building enduring ecosystems that can sustain, upgrade, and innovate independently.

As geopolitical competition intensifies and technological cycles accelerate, the nations that successfully integrate government, industry, academia, startups, and defence establishments will be best positioned to secure their futures.

In Dr Vivek Lall’s vision, peace is not achieved through complacency. It is secured through preparedness, partnership, and a relentless commitment to innovation.

While discussing platforms, partnerships, and emerging technologies, Dr Vivek Lall emphasized that the future of India’s defence preparedness will be determined not merely by what the country acquires, but by what it can sustain, improve, and control independently during times of crisis.

According to him, the traditional model of defense procurement—where one nation builds and another purchases—belongs to an earlier era. In today’s security environment, true capability cannot be measured by the number of platforms acquired or the size of contracts signed. Instead, it must be judged by whether Indian engineers, technicians, and institutions gain the knowledge and expertise necessary to maintain, upgrade, and adapt those systems over their entire operational life cycle.

Dr Lall argued that technology transfer should be assessed through practical outcomes. Can the system be sustained in India without external dependence? Can Indian companies become part of the global supply chain? Can the technology be modified to suit India’s unique operational requirements? These, he suggested, are the real tests of a successful partnership.

Another important lesson emerging from recent military operations, Dr Lall observed, is the value of jointness. Modern warfare is no longer fought within isolated domains. Land, air, sea, cyber, and electronic warfare capabilities must operate as an integrated network. Sensors, communication systems, decision-making processes, and strike capabilities have to function seamlessly across domains to create operational advantages.

This requirement places a premium on architecture rather than individual platforms. Future technology partnerships, he argued, must be evaluated according to how effectively they contribute to an integrated and networked force structure.

On innovation, Dr Lall praised the remarkable progress made through India’s defence startup ecosystem. Programmes such as Innovations for Defence Excellence (iDEX) have created opportunities for hundreds of startups to contribute to national security. However, he noted that the next challenge lies in bridging the gap between promising prototypes and operational deployment. The process of testing, certification, procurement, and induction remains the most difficult stage for many innovators.

For India, the opportunity is unprecedented. The country possesses engineering talent, industrial scale, operational experience, and an increasingly sophisticated technology ecosystem. Combined with the right partnerships and sustained policy support, these strengths can help transform individual operational successes into enduring strategic advantages.

India’s emergence as a major defence and technology power is no longer a future aspiration. The foundations have already been laid. The challenge now is to institutionalize innovation, strengthen manufacturing depth, develop robust sustainment capabilities, and ensure that India remains ahead of the evolving threat landscape. India, he believes, has every ingredient required to be one of those nations.