Dr G. Satheesh Reddy is an Indian Aerospace Scientist and presently Scientific Adviser to Raksha Mantri and Director General, Missiles and Strategic Systems

If machines can talk to each other, why can’t academia and industry, asks DRDO’s Satheesh Reddy 

Defence Research and Development Organisation’s director general (missiles and strategic systems) and scientific adviser to the defence minister, G Satheesh Reddy has played a key role in the design and development of missile systems, guided weapons, and avionics technologies. In an interaction with Outlook Business, Reddy speaks on the need for R&D institutes, industry and academia to come together and create an ecosystem for defence and civilian technologies.

What is the likely impact of artificial intelligence (AI) on future battlefield technologies?

As the theatre of war shifts from information-specific warfare to an intelligence-specific one, it is predicted that intelligence and the synergy between its human and machine aspects will be the key factor to dictate the eventual outcome. AI will give teeth to our existing technologies by augmenting them with autonomy and embedded intelligence, thereby making them more potent and destructive. AI will help extract logical conclusions from the ocean of data and enable enhanced battlefield situation awareness, leading to quick and logical decision-making in real time.

DRDO set up a lab for AI and robotics in the ’90s. Why haven’t we seen any technology breakthroughs yet?

We have been carrying out studies on AI and robotics for nearly three decades. Currently, DRDO is working on various technologies ranging from microrobots for surveillance and disaster relief to large-scale autonomous systems for combat roles. One should understand that this is a rapidly evolving technology which needs a supporting ecosystem for fruition of ideas and that different technologies attain maturity in different time frames. Rapid advances in information and communication technology (ICT) have unbelievably changed the way we interact. Similarly, on a global scale, you can see that the past decade has witnessed a perceptible change owing to the application of AI and machine learning to existing systems. I am confident that in the next five years, we will see appreciable results.

What is the present state of work on AI in DRDO labs? The Centre for Artificial Intelligence & Robotics (CAIR) claims to have developed eight different robots. Have they been deployed?

The systems developed by CAIR are undergoing trials and will be deployed after completing field trials over the next two to three years. CAIR has also been working on a multi agent robotics framework (MARF) to equip the Indian Armed Forces with an array of robots that can function as a team similar to what our soldiers do. CAIR’s research includes Robot Sentry — a mobile robot system targeted at patrolling, reconnaissance, surveillance, autonomous navigation in semi-structured environments with obstacle avoidance capability and continuous video feedback.

Apart from CAIR, Research & Development Establishment (Engineers), Pune and Combat Vehicles Research & Development Establishment, Chennai, are working on autonomous vehicles and autonomous tanks respectively. Aeronautical Development Establishment, Bengaluru, is developing unmanned aerial vehicles (UAV). Naval Science & Technological Laboratory, Visakhapatnam is developing autonomous underwater vehicles for naval application. A dedicated group at Research Centre Imarat is also engaged in the development of AI systems. We have tie-ups with IITs and other universities on robotics and AI-related projects and also encourage start-ups working in the UAV space.

China and Russia have already taken the lead in terms of AI in defence, but we are still figuring out our ecosystem. Aren’t we too late?

China has taken off in this area, but we are not much behind. In two years, we will be able to catch up, but the momentum should not go down. For that, the most important thing is to have a market and then address the issue of funding. If these two variables are addressed, the industry will eventually find a way out. India has contributed tremendously in the area of ICT and it will be the same with AI and robotics. Even as we speak, the AI industry is clocking an annual revenue of $180 million in India, which is home to around 29,000 AI professionals. The average work experience of AI professionals in India is 6.6 years. University of Mumbai, BITS (Pilani), IITs (Kharagpur, Delhi, Bombay, Kanpur, Roorkee), University of Pune and University of Delhi are undertaking professional AI graduate and post-graduate courses. This augurs well for the future.

What’s needed for the industry to move up the curve in terms of defence technology?

No industry can survive by catering to the domestic market alone. It needs to create state of the art products that can be sold globally. Make in India should not stop at build-to-print, instead, it should involve indigenous design, development and manufacturing. This means roles have to be redefined.

We have generally been technology followers. The industry must shorten the lead time — often close to a decade — to two to three years. Schemes such as Atal Innovation Mission, Technology Development Fund and Small Business Innovation Research Initiative will aid the industry to shorten the lead time, thereby ensuring a ready market both within and outside the country.

The need of the hour is a synergistic effort of research institutes, academia and industry. Once we do this, the journey from ‘technology followers’ to ‘technology leaders’ will be relatively navigable.

Can you elaborate on how you plan to handhold the industry?

As development partners, the industry will have access to new and novel technologies and innovations. The DRDO test facilities, too, are available for use.

The government is striving to facilitate closer public-private partnerships with working groups involving military and technical experts, defence laboratories and academia to explore potential military application of AI. As a nation, we should formulate a mission-oriented long-term policy for strategic AI technologies.

Is the government making any specific effort towards ushering AI?

The government has put across a seven-point strategy as a prelude to India’s plan for using AI. This covers aspects such as human-machine interaction; security of AI systems; competent workforce; ethical, legal and societal implications of AI; and measuring and evaluating AI technologies. An expert committee has also been set up in the Ministry of Electronics and Information Technology to advise the government on a policy for AI. Similarly, a task force has been set up to look into the applications of AI in defence. In the 2018 Union Budget, the government has allocated 30.7 billion for research, training and skill development in areas such as AI, digital manufacturing, robotics, quantum communication, big data intelligence, 3D printing, machine learning and internet of things. NITI Aayog also plans to establish a national program to conduct research and development in AI and related areas.

A comprehensive long-term vision of the strategic and military role of AI is the backbone of sustained AI research as well as innovation. The vision must cover the various facets of AI, including autonomous weapons, cyber-defence, and formulate policies for each of them. This will help optimise the allocation towards the development of AI capabilities beneficial for the country.