RECENT POSTS
Lethal Autonomous Weapon Systems: Slaves not Masters! Meaningful Human Control, Saving Lives and Non-Feasibility of a Pre-Emptive Ban
Lethal Autonomous Weapon Systems (LAWS) are currently the subject of a global debate, particularly at the UN, over ethical, moral and legal aspects related to their deployment in future wars. Human rights groups are advocating a pre-emptive ban on their development on the grounds that deployment of LAWS would be in violation of International Humanitarian Law (IHL). This is the final article in a three-piece series focusing on issues which are at the heart of this ongoing debate. The previous two write-ups dwelt on the unique characteristics of LAWS, analysed different positions on their purported violation of IHL, and discussed various nuances of Autonomy and Unpredictability. This piece will examine the important notion of Meaningful Human Control (MHC), and also bring out how employment of LAWS may in fact lead to saving of human lives. The pros and cons of a pre-emptive ban on LAWS vis-à-vis a binding regulation on their development will also be discussed.
Lethal Autonomous Weapon Systems: Slaves not Masters! Conflict Scenarios, Autonomy and Unpredictability
AI-powered weapon systems are soon expected to acquire the capability to “select and kill” targets without human intervention. Such systems are widely referred to as Lethal Autonomous Weapon Systems (LAWS), sensationally dubbed as “killer robots”. A raging debate is on globally, particularly at the UN, over the ethical, moral and legal aspects of deploying LAWS in future wars, with human rights groups advocating a pre-emptive ban on their development. This is the second of three articles in a series which discusses issues which are at the heart of this ongoing debate. The first article discussed the unique characteristics of LAWS, and why these are viewed as being in violation of the International Humanitarian Law (IHL). This piece begins with an analysis of whether or not LAWS actually violate IHL principles against the backdrop of three typical warfighting scenarios. It goes on to discuss some noteworthy nuances of Autonomy in LAWS, the intriguing feature of Unpredictability in AI-powered systems, and the need for caution while attempting to make the critical “select and engage” function autonomous.
Lethal Autonomous Weapon Systems: Slaves not Masters! “Killer Robots” and International Humanitarian Law
Increasing levels of autonomy are being incorporated in AI-powered weapon systems on the modern battlefield, which are soon expected to acquire the capability to “select and kill” targets without human intervention. Such systems are widely referred to as Lethal Autonomous Weapon Systems (LAWS), sensationally dubbed as “killer robots”. As a reaction to these developments a raging debate is on globally, particularly at the UN, over the ethical, moral and legal aspects of deploying fully autonomous weapon systems in future wars. Human rights groups are advocating a pre-emptive ban on their development on the grounds that employment of LAWS would be in violation of International Humanitarian Law (IHL). This work, comprising of three articles, discusses issues which are at the heart of this ongoing debate. In this first article, a brief tour is given of relevant literature on the subject, the unique characteristics of LAWS, and why these are viewed as being in violation of IHL.
Ideation for Defence R&D in India: Transformative Approach with Armed Forces as Pivot – Part III
India’s poor self-reliance in the defence sector has long been a matter of concern, deserving serious introspection. This series of four articles has been written with the aim of suggesting structural reforms to India’s defence R&D ecosystem. The first three articles reviewed the military modernisation strategies of the US, China, Russia, Israel and France. In this concluding article (in three parts), an approach is presented which advocates that the Armed Forces, suitably empowered, must act as a pivot for driving India’s defence innovation process. The first two parts of this piece covered previous studies on this subject, certain facets of our national innovation strategy, the need for strategic guidance and existing structural shortcomings. In this final part, several major structural changes to the existing R&D enterprise have been proposed. In addition, specific recommendations have been made on how the Armed Forces need to transform themselves for achieving proficiency in managing high technology projects.
Ideation for Defence R&D in India: Transformative Approach with Armed Forces as Pivot – Part II
India’s poor self-reliance in the defence sector has long been a matter of concern, deserving serious introspection. This is the concluding article in a series written with the aim of suggesting structural reforms to India’s defence R&D ecosystem. Having reviewed the military modernisation strategies of the US, China, Russia, Israel and France in the previous three articles, this concluding article (in three parts) proposes an approach which is fundamentally different from existing practices, advocating that the Armed Forces must act as a pivot for driving the defence innovation process, and be suitably empowered accordingly; and in order to perform this role effectively, they must make transformative changes internally for efficiently managing high technology projects. Part I of this piece covered previous studies, certain core issues and our national innovation strategy. This part discusses the importance of technology, need for strategic guidance and existing structural shortcomings.
Ideation for Defence R&D in India: Transformative Approach with Armed Forces as Pivot – Part I
India was the second largest importer of arms in the world during the period 2014-19, and had a miniscule share of exports during the same period. India’s poor self-reliance in the defence sector has long been a matter of concern, deserving serious introspection. This is the concluding article in a series written with the aim of suggesting structural reforms to India’s defence R&D ecosystem. In the previous three articles of this series, the military modernisation strategies of the US, China, Russia, Israel and France were reviewed, and several features were identified which could perhaps be usefully adopted in the Indian context. In this piece (covered in three parts), an approach is presented which is fundamentally different from existing practices, built upon the following principles: firstly, the Armed Forces must act as a pivot for driving the defence innovation process, and be suitably empowered accordingly; and secondly, in order to perform this role effectively, they must make transformative changes internally for efficiently managing high technology projects.
Ideation for Defence RD in India: Defence Innovation Approaches of Russia, Israel and France – Part II
India was the second larger importer of arms in the world during the period 2014-2019 with a share of 9.2%, and 82% of its imports are from Russia, Israel and France. On the other hand, its share of arms exports is a meagre 0.2%. It is evident that a serious introspection is needed to examine the reasons behind this uninspiring performance by the Indian DSTI sector. This is the third in a series of articles written with the aim of suggesting structural reforms to India’s defence industrial complex. In the previous two articles of this series, the defence innovation approaches of the US and China were reviewed, and several features were identified which could perhaps be usefully adopted in the Indian context. This piece is in continuation to “Defence Innovation Approaches of Russia, Israel and France – Part I”, and together they carry out a similar review for Russia, Israel and France, the three countries from which India imports most of its arms.
Ideation for Defence R&D in India: Defence Innovation Approaches of Russia, Israel and France – Part I
India was the second larger importer of arms in the world during the period 2014-2019, with a share of 9.2%, with 82% of its imports being from Russia, Israel and France. On the other hand, India’s share of international arms exports during the same period was only 0.2%. In contrast Israel, despite a GDP eight times lesser than that of India, has a share of international arms exports during the same period which was the eight highest in the world at 3% (15 times that of India). It is evident that a serious introspection is needed to examine the reasons behind this uninspiring performance by the Indian DSTI sector. This is the third in a series of articles written with the aim of suggesting structural reforms to India’s defence R&D ecosystem. In the previous two articles of this series, the defence innovation approaches of the US and China were reviewed, and several features were identified which could perhaps be usefully adopted in the Indian context. This article (in two parts) carries out a similar review for the three countries from which we import the major proportion of our military systems, namely, Russia, Israel and France.
Ideation for Defence R&D in India: China’s Approach to Defence Innovation – Part II
Over the decades, India’s defense science, technology and industrial sector has by and large failed to deliver on the ground, barring a few notable successes. With the advent of highly sophisticated and disruptive military technologies such as AI & robotics, quantum, nano and hypersonic technologies on the 21st Century battlespace, the challenge of revitalising India’s defense industry is becoming an increasingly uphill task. This is the second in a series of articles written with the aim of suggesting structural reforms to India’s R&D enterprise. This piece (the second of two parts) analyses the Chinese approach to defence innovation and identifies features which could perhaps be usefully adopted in the Indian context. It is in continuation to “China’s Approach to Defence Innovation – Part I”, which covered the background, CMI integration strategy and national S&T development plans.
Ideation for Defence R&D in India: China’s Approach to Defence Innovation – Part I
Over the decades, India’s defense science, technology and industrial sector has by and large failed to deliver on the ground, barring a few notable successes. With the advent of highly sophisticated and disruptive military technologies such as AI & robotics, quantum, nano and hypersonic technologies on the 21st Century battlespace, the challenge of revitalising India’s defense industry is becoming an increasingly uphill task. The uninspiring performance of our DSTI sector has been a matter of much debate over the years, and despite honest past efforts by the Government to energize it, there has been little discernible improvement. This is the second in a series of articles written with the aim of suggesting structural reforms to India’s R&D enterprise. In the previous piece, several features of the US R&D ecosystem were identified which could perhaps be usefully adopted in the Indian context. This article (in two parts) carries out a similar review for China.