L3D42

(3.2)
L2T65 (54%): Weapon (13%), Military (10%), Lethal autonomous weapon (7%), Military robot (7%), International humanitarian law (6%)
L2DCommonL1DSpecificExamples
L2D172

(2.0)
L2T65 (30%): Military (13%), Weapon (10%), Military robot (7%)

L2T87 (21%): Computer vision (12%), Deep learning (11%), Machine learning (11%), Artificial general intelligence (7%)
L1D462

(1.8)
L2T87 (32%): Cybernetics (9%), Futurology (8%), Artificial general intelligence (5%), Nick Bostrom (5%), Superintelligence (5%)

L2T65 (20%): Weapon (11%), Military robot (8%), Lethal autonomous weapon (8%), Military (7%)
  • Artificial intelligence for networked robotic drones / C.A. Rabbath, Precision Weapons Section, Defence Research and Development Canada - Valcartier. (2002) (2002) [+]
  • Persistent surveillance with a team of robotic drones : basic concept and practical results / C.A. Rabbath, Defence R&D Canada Valcartier, J.-S. Marier, Numerica Technologies, Inc., N. Léchevin, Defence R&D Canada Valcartier. (2002) (2002) [+]
  • Robots: The Future is Here (2006) (2006) [+]
  • The Ethics of Killer Applications: Why Is It So Hard To Talk About Morality When It Comes to New Military Technology? (2010) (2010) [+]
  • Tech: Swarming at UPenn’s GRASP Lab (2013) (2013) [+]
  • Eight great technologies: robotics and autonomous systems (2014) (2014) [+]
  • National Security Implications of Increasingly Autonomous Technologies (Part 2): Legal Ambiguity, Challenges in Controlling This Space, Public/Private Sector Dynamics and Ethical Concerns (2015) (2015) [+]
  • The Morality of Robotic War (2015) (2015) [+]
  • National Security Implications of Increasingly Autonomous Technologies (Part 1): Defining Autonomy, Military and Cyber-related Implications (2015) (2015) [+]
  • Assorted Sunday Links #3 (2015) (2015) [+]
  • An Intelligent Future? (2016) (2016) [+]
  • Autonomous Weapon Systems: Implications of Increasing Autonomy in the Critical Functions of Weapons (2016) (2016) [+]
  • Who's to Blame (Part 2): What is an "autonomous" weapon? (2016) (2016) [+]
  • X-risk News of the Week: AAAI, Beneficial AI Research, a $5M Contest, and Nuclear Risks (2016) (2016) [+]
  • Cheap Lasers and Bad Math; The Coming Revolution in Robot Perception (2016) (2016) [+]
  • A widening attack plain : threatcasting report : Army Cyber Institute / (2017) (2017) [+]
  • Mapping the Development of Autonomy in Weapon Systems (2017) (2017) [+]
  • Lethal Autonomous Weapons & RMA (2017) (2017) [+]
  • інформація | збірник наукових праць харківського національного університету повітряних сил. - 2017. - № 2. (2017) (2017) [+]
  • AI, Robots, and Swarms: Issues, Questions, and Recommended Studies (2017) (2017) [+]
  • The new dogs of war : the future of weaponized artificial intelligence. (2017) (2017) [+]
  • AI Researchers Create Video to Call for Autonomous Weapons Ban at UN (2017) (2017) [+]
  • Artificial Intelligence & Autonomy: Opportunities and Challenges (2017) (2017) [+]
  • Leaders of Top Robotics and AI Companies Call for Ban on Killer Robots (2017) (2017) [+]
  • Programming China (2017) (2017) [+]
  • Is influence of artificial intelligence on modern security far greater than we think? (2018) (2018) [+]
  • National Organization Committee : (2018) (2018) [+]
  • Международные и социальные последствия использования технологий искусственного интеллекта (2018) (2018) [+]
  • Waiting for Skynet (2018) (2018) [+]
  • L’Intelligence Artificielle au Japon (2018) (2018) [+]
  • AI and Robotics Researchers Boycott South Korea Tech Institute Over Development of AI Weapons Technology (2018) (2018) [+]
  • Is assurance the Achilles heel of military artificial intelligence? (2018) (2018) [+]
  • Future Warfare and Artificial Intelligence: Visible Path (2018) (2018) [+]
  • Responsible, Safe and Secure Artificial Intelligence (2018) (2018) [+]
  • How AI Can Help the Indian Armed Forces (2018) (2018) [+]
  • Megatrend Issues in Artificial Intelligence and Autonomous Systems (2018) (2018) [+]
  • The Race for an Artificial General Intelligence: Implications for Public Policy (2018) (2018) [+]
  • A Smarter Battlefield?: PLA Concepts for “Intelligent Operations” Begin to Take Shape (2019) (2019) [+]
  • Moscow Pursues Artificial Intelligence for Military Application (2019) (2019) [+]
  • Vol 22. No. 2 (2019) (2019) [+]
  • Learning Without Fighting: New Developments in PLA Artificial Intelligence War-Gaming (2019) (2019) [+]
  • Assessing ethical AI principles in defense (2019) (2019) [+]
  • The Impact of Artificial Intelligence on Strategic Stability and Nuclear Risk (2019) (2019) [+]
  • State of AI: Artificial Intelligence, the Military and Increasingly Autonomous Weapons (2019) (2019) [+]
  • FLI Podcast: Beyond the Arms Race Narrative: AI & China with Helen Toner & Elsa Kania (2019) (2019) [+]
  • New Report: Don't Be Evil - A Survey of the Tech Sector’s Stance on Lethal Autonomous Weapons (2019) (2019) [+]
  • Fonds de recherche du Québec- (2019) (2019) [+]
  • AI Alignment Podcast: China's AI Superpower Dream with Jeffrey Ding (2019) (2019) [+]
  • Innovate UK funding competition winners 2019 (2019) (2019) [+]
  • Is Artificial Intelligence (AI) Changing the Nature of War? (2019) (2019) [+]
  • Artificial Intelligence in Russia Issue 16, December 4, 2020 (2020) (2020) [+]
  • Thinking Machines Will Change Future Warfare (2020) (2020) [+]
  • Artificial Intelligence in Russia Issue 11, September 25, 2020 (2020) (2020) [+]
  • AI Alignment Podcast: On Lethal Autonomous Weapons with Paul Scharre (2020) (2020) [+]
  • Military Applications of AI Raise Ethical Concerns (2020) (2020) [+]
  • Autonome Waffensysteme (2020) (2020) [+]
  • A.I. in the Chinese military: Current initiatives and the implications for India | ORF (2020) (2020) [+]
  • Artificial Intelligence in Russia Issue 13, October 23, 2020 (2020) (2020) [+]
  • AI Governance: A research agenda (2020) (2020) [+]
  • Artificial Inteligence diplomacy : artificial inteligence governance as a new European Union external policy tool. (2021) (2021) [+]
  • Presentation by Ms. S. M. Grand Clement, Security and Technology; Programme and Conventional Arms Programme, United Nations Institute for Disarmament Research (2021) (2021) [+]
L1D463

(1.6)
L2T65 (34%): Military (7%), United States Department of Defense (5%), United States Air Force (4%)

L2T130 (8%): Autonomous robot (25%), Robotics (21%), Automation (16%), Robot (16%)

L2T87 (7%): Machine learning (19%), Computer vision (19%), Deep learning (10%)

L2T1 (6%): Situation awareness (31%), Intelligence analysis (24%)
  • Artificial Intelligence and National Security (1998) (1998) [+]
  • Unmanned underwater vehicle (UUV) information study / by Yannick Allard. (2002) (2002) [+]
  • Analysis of the operational test and evaluation of the CBRNE ‘Crime Scene Modeller' (C2SM) / prepared by Andrew Vallerand and Carl McDiarmid. (2002) (2002) [+]
  • Technology scanning for Combat Service Support (CSS) modernization : an investigation study for the Canadian Army / Jordan Miller, CALIAN Ltd. ; technical authority: Dr. Yazan Qasrawi and Dr. Abdeslem Boukhtouta, Defence Scientists. (2002) (2002) [+]
  • Future Computing and Cutting-Edge National Security (2007) (2007) [+]
  • Understanding “The Loop”: Regulating the Next Generation of Drones (2012) (2012) [+]
  • The National Security Engineering Center (2013) (2013) [+]
  • Between Iron Man and Aqua Man (2015) (2015) [+]
  • Autonomous Systems in the Intelligence Community Many Possibilities and Challenges (2015) (2015) [+]
  • How Commercial Tech Can Affect Military Intelligence Operations (2016) (2016) [+]
  • The military and the machine. (2016) (2016) [+]
  • Mapping the innovation ecosystem driving the advance of autonomy in weapon systems (2016) (2016) [+]
  • Anticipating the Onset of Autonomy: A Survey of the DoD, Armed Service, and other Federal Agencies' Outlook on Autonomy (2016) (2016) [+]
  • Innovate UK funding competition winners 2014 (2016) (2016) [+]
  • Advancing the science and acceptance of autonomy for future defense systems : hearing before the Subcommittee on Emerging Threats and Capabilities of the Committee on Armed Services, House of Representatives, One Hundred Fourteenth Congress, first session, hearing held November 19, 2015. (2016) (2016) [+]
  • ‘Building the Best Force for the Next Century’ (2016) (2016) [+]
  • Artificial Intelligence and the Future of Warfare (2017) (2017) [+]
  • Patriot Wars (2017) (2017) [+]
  • Battlefield Singularity (2017) (2017) [+]
  • Special Presentation: Multi-Domain Command and Control Overview (2018) (2018) [+]
  • Artificial Intelligence and National Security (2018) (2018) [+]
  • Human-machine teaming (JCN 1/18) (2018) (2018) [+]
  • U.S. Ground Forces Robotics and Autonomous Systems (RAS) and Artificial Intelligence (AI): Considerations for Congress (2018) (2018) [+]
  • Ministry of Defence area of research interest (2018) (2018) [+]
  • Artificial Intelligence – What implications for EU security and defence? (2018) (2018) [+]
  • Exploitation of big data for Special Operations forces / (2018) (2018) [+]
  • A Review and Assessment of the Fiscal Year 2019 Budget Request for Department of Defense Science and Technology Programs (2018) (2018) [+]
  • here (2018) (2018) [+]
  • House Hearing, 115th Congress — [H.A.S.C. No. 115-122] Department of Defense's Artificial Intelligence Structure, Investments, and Applications (2018) (2018) [+]
  • Technology Roulette (2018) (2018) [+]
  • Playing to Your Strengths: A Different Perspective on Future Capabilities for the Royal Netherlands Army (2018) (2018) [+]
  • Human-Machine Teaming for Future Ground Forces (2018) (2018) [+]
  • How Might Artificial Intelligence Affect the Risk of Nuclear War? (2018) (2018) [+]
  • Military Applications Of Artificial Intelligence (2018) (2018) [+]
  • Reflections on the Future of Warfare and Implications for Personnel Policies of the U.S. Department of Defense (2019) (2019) [+]
  • Transcript: The Future of Warfare: Gaining a Tactical Edge Through Cloud and AI - by William Schneider (2019) (2019) [+]
  • Fiscal Year 2020 Budget Request for Department of Defense Science and Technology Programs: Maintaining a Robust Ecosystem for Our Technological Edge (2019) (2019) [+]
  • Emerging Technologies And Their Impact On International Relations And Global Security (2019) (2019) [+]
  • Fly-Fight-AI: Air Force Releases New AI Strategy (2019) (2019) [+]
  • A candle in the dark: US national security strategy for artificial intelligence (2019) (2019) [+]
  • AI Safety: An Action Plan for the Navy (2019) (2019) [+]
  • Warning for the Gray Zone (2019) (2019) [+]
  • How Well Is DoD Positioned for AI? (2019) (2019) [+]
  • Department of Defense’s artificial intelligence structure, investments, and applications : hearing before the Subcommittee on Emerging Threats and Capabilities of the Committee on Armed Services, House of Representatives, One Hundred Fifteenth Congress, second session : hearing held December 11, 2018. (2019) (2019) [+]
  • Artificial intelligence : what implications for EU security and defence? (2019) (2019) [+]
  • Artificial Intelligence in Russia Issue 14, November 6, 2020 (2020) (2020) [+]
  • The Collection Edge: Harnessing Emerging Technologies for Intelligence Collection (2020) (2020) [+]
  • How China Uses Big Data Analytics (2020) (2020) [+]
  • Artificial Intelligence in Russia Issue 9, August 28, 2020 (2020) (2020) [+]
  • The Intelligence Edge: Opportunities and Challenges from Emerging Technologies for U.S. Intelligence (2020) (2020) [+]
  • Regional Cooperation to Support National Hybrid Defence Efforts (2020) (2020) [+]
  • The Military Applicability of Robotic and Autonomous Systems (2020) (2020) [+]
  • Transcript: The Kill Chain: A Book Discussion with Christian Brose - by Bryan Clark (2020) (2020) [+]
  • What If China Becomes the World Leader in AI Innovation? (2020) (2020) [+]
  • Regional Cooperation to Support National Hybrid Defence Efforts (2020) (2020) [+]
  • Artificial Intelligence in Russia Issue 12, October 9, 2020 (2020) (2020) [+]
  • Defining China’s Intelligentized Warfare and Role of Artificial Intelligence (2021) (2021) [+]
  • US-China Tech Competition in the Post-Trump Era (2021) (2021) [+]
  • Delivering Advanced Unmanned Autonomous Systems and Artificial Intelligence for Naval Superiority (2021) (2021) [+]
  • Intelligence After Next: Ensuring Decision Advantage on the Future Battlefield—Intelligence at the Speed of Hypersonic Warfare (2021) (2021) [+]
  • Technology Innovation and the Future of Air Force Intelligence Analysis (2021) (2021) [+]
  • Technology Innovation and the Future of Air Force Intelligence Analysis (2021) (2021) [+]
L2D173

(2.1)
L2T65 (53%): Weapon (16%), International humanitarian law (11%), Military (8%)
L1D464

(2.0)
L2T65 (47%): International humanitarian law (10%), Weapon (8%), Lethal autonomous weapon (7%), Military robot (6%), Civilian (6%)

L2T50 (16%): International law (15%), Treaty (12%), Social institutions (9%), Ethical principles (9%), Justice (9%)
  • The Case against Killer Robots (2012) (2012) [+]
  • The decline of the military ethos and profession of arms : an argument against autonomous lethal engagements / (2012) (2012) [+]
  • The Case against Killer Robots (2012) (2012) [+]
  • Promotion and protection of all human rights, civil, political, economic, social and cultural rights, including the right to development : written statement / submitted by Amnesty International (2013) (2013) [+]
  • Human Rights Implications of the Usage of Drones and Unmanned Robots in Warfare (2013) (2013) [+]
  • New technologies and warfare, IRRC No. 886 (2013) (2013) [+]
  • Human rights implications of the usage of drones and unmanned robots in warfare. (2013) (2013) [+]
  • Is an Autonomous War a Just War? (2013) (2013) [+]
  • Hitting the Target? How New Capabilities are Shaping International Intervention (2013) (2013) [+]
  • Autonomous Military Technology: Opportunities and Challenges for Policy and Law (2014) (2014) [+]
  • Report to COMEST of Workshop on Ethics of Modern Robotics in Surveillance, Policing and Warfare (University of Birmingham, United Kingdom of Great Britain and Northern Ireland, 20-22 March 2013) at... (2014) (2014) [+]
  • Vol. 16 No. 3 (2014) (2014) [+]
  • Regulating RoboCop: The Need for International Governance Innovation in Drone and AWS Development and Use (2014) (2014) [+]
  • Expert Meeting: Autonomous Weapon Systems, Technical, Military, Legal and Humanitarian Aspects (2014) (2014) [+]
  • Autonomous Weapons at the UN: A Primer for Delegates (2015) (2015) [+]
  • Autonomous weapon systems : a brief survey of developmental, operational, legal, and ethical issues / (2015) (2015) [+]
  • Implementing Article 36 weapon reviews in the light of increasing autonomy in weapon systems (2015) (2015) [+]
  • Don't Kill The Killer-Robots--Just Yet (2015) (2015) [+]
  • CNAS Primer on LAWS for UN Delegates (2015) (2015) [+]
  • U.N. Conference Debating a Ban on Autonomous Weapons: Understanding Key Issues (2015) (2015) [+]
  • 無人化兵器と国際人道法(PDF形式) (2015) (2015) [+]
  • Who is Responsible for Autonomous Weapons? (2016) (2016) [+]
  • Satellite imagery augments power and responsibility of human rights groups (2016) (2016) [+]
  • Lethal Autonomous Weapon Systems: Issues for Congress (2016) (2016) [+]
  • Command and Ctrl: India's Place in the Lethal Autonomous Weapons Regime | ORF (2016) (2016) [+]
  • The Dangers of Killer Robots and the Need for a Preemptive Ban (2016) (2016) [+]
  • Who's to Blame (Part 1): The Legal Vacuum Surrounding Autonomous Weapons (2016) (2016) [+]
  • Who's to Blame (Part 6): Potential Legal Solutions to the AWS Accountability Problem (2016) (2016) [+]
  • Who's to Blame (Part 5): A Deeper Look at Predicting the Actions of Autonomous Weapons (2016) (2016) [+]
  • Who's to Blame (Part 4): Who's to Blame if an Autonomous Weapon Breaks the Law? (2016) (2016) [+]
  • Mapping the debate on LAWS at the CCW: taking stock and moving forward (2016) (2016) [+]
  • India and the Challenge of Autonomous Weapons (2016) (2016) [+]
  • The moral component of cross-domain conflict (2016) (2016) [+]
  • Who's to Blame (Part 3): Could Autonomous Weapon Systems Navigate the Law of Armed Conflict (2016) (2016) [+]
  • Article 36 reviews: Dealing with the challenges posed by emerging technologies (2017) (2017) [+]
  • Who is afraid of the killer robots? (2017) (2017) [+]
  • Lethal Autonomous Weapon Systems (LAWS): Weapon of Geopolitics 2.0 (2017) (2017) [+]
  • Why the Effort to Ban "Killer Robots" in Warfare Is Misguided (2017) (2017) [+]
  • Is an AI Arms Race Inevitable? (2017) (2017) [+]
  • Lethal Autonomous Weapon Systems and the Future of Warfare (2017) (2017) [+]
  • Insights for the Third Offset: Addressing Challenges of Autonomy and Artificial Intelligence in Military Operations (2017) (2017) [+]
  • Lethal Autonomous Weapons Systems. Technology, Definition, Ethics, Law & Security (2017) (2017) [+]
  • Podcast: Banning Nuclear and Autonomous Weapons with Richard Moyes and Miriam Struyk (2017) (2017) [+]
  • Transatlantic Rifts: Managing the Use of Autonomous Weapons Systems (2017) (2017) [+]
  • Four reasons why Denmark should speak up about lethal autonomous weapons (2018) (2018) [+]
  • Failure to define killer robots means failure to regulate them (2018) (2018) [+]
  • In banning autonomous weapons, Europe must take the lead (2018) (2018) [+]
  • How can international law regulate autonomous weapons? (2018) (2018) [+]
  • Autonomy in Weapon Systems | Heinrich-Böll-Stiftung (2018) (2018) [+]
  • AI and Autonomy in War: Understanding and Mitigating Risks (2018) (2018) [+]
  • Podcast: Six Experts Explain the Killer Robots Debate (2018) (2018) [+]
  • Artificial Intelligence and Asian Security (2018) (2018) [+]
  • A Moral and Legal Imperative to Ban Killer Robots (2018) (2018) [+]
  • European Parliament Passes Resolution Supporting a Ban on Killer Robots (2018) (2018) [+]
  • Google Searching for Moral High Ground in the Wrong Places (2018) (2018) [+]
  • Lethal Autonomous Weapons: An Update from the United Nations (2018) (2018) [+]
  • The Risks Posed By Lethal Autonomous Weapons (2018) (2018) [+]
  • Towards a Regulation of Autonomous Weapons – A Task for the EU? (2019) (2019) [+]
  • Discussion summary: AI in defense - what would a code of conduct for AI look like? (2019) (2019) [+]
  • Emerging Technologies And Their Impact On International Relations And Global Security (2019) (2019) [+]
  • „Es besteht die Gefahr, dass die Dinge mit Maschinengeschwindigkeit aus dem Ruder laufen“ (2019) (2019) [+]
  • Defense Primer:U.S. Policy on Lethal Autonomous Weapon Systems (2019) (2019) [+]
  • Military Robotics Might Enable Conflict While Reducing Costs (2019) (2019) [+]
  • European Think Tanks reflect on the challenges of emerging military technologies (2019) (2019) [+]
  • Possible outcome of 2019 GGE and future actions of international community on LAWS (2019) (2019) [+]
  • Segment on characteristics Statement by Belgium (2019) (2019) [+]
  • FLI Podcast: Why Ban Lethal Autonomous Weapons? (2019) (2019) [+]
  • Emerging Technologies: Lethal Autonomous Weapons Systems (2019) (2019) [+]
  • Towards Responsible Autonomy - The Ethics of RAS in a Military Context (2019) (2019) [+]
  • Remarks by Secretary General Thomas Greminger at the VIII Moscow Conference on International Security (2019) (2019) [+]
  • Präventive Regulierung autonomer Waffensysteme (2019) (2019) [+]
  • Preventive Regulation of Autonomous Weapon Systems (2019) (2019) [+]
  • The question of swarms control: Challenges to ensuring human control over military swarms (2019) (2019) [+]
  • 5 (a) An exploration of the potential challenges posed by emerging technologies in the area of lethal autonomous weapons systems to international humanitarian law (2019) (2019) [+]
  • Responsible Artificial Intelligence Research and Innovation for International Peace and Security (2020) (2020) [+]
  • OPINION on artificial intelligence: questions of interpretation and application of international law insofar as the EU is affected in the areas of civil and military uses and of state authority outside the scope of criminal justice (2020) (2020) [+]
  • AMENDMENTS 1 - 67 - Draft opinion Artificial intelligence: questions of interpretation and application of international law in so far as the EU is affected in the areas of civil and military uses and of state authority outside the scope of criminal justice (2020) (2020) [+]
  • Managing RAS: The Need for New Norms and Arms Control (2020) (2020) [+]
  • 4444_002_Millennials on War; PDF only (2020) (2020) [+]
  • Responsible Military Use of Artificial Intelligence: Can the European Union Lead the Way in Developing Best Practice? (2020) (2020) [+]
  • Governing autonomous weapon systems (2020) (2020) [+]
  • Al, human-machine interaction, and autonomous weapons : [Paper #2] / thinking carefully about taking "Killer Robots" seriously. (2020) (2020) [+]
  • Millennials on war (2020) (2020) [+]
  • ‘Autonomous’ weapons: building towards international regulation from contributions to the CCW (2020) (2020) [+]
  • Addressing the threat of autonomous weapons : Maintaining meaningful human control (2020) (2020) [+]
  • Autonome Waffensysteme (2020) (2020) [+]
  • Will COVID-19 hasten the rise of lethal autonomous weapons? (2020) (2020) [+]
  • Publication from Clingendael (2020) (2020) [+]
  • “AI weapons” in China’s military innovation (2020) (2020) [+]
  • Limits on Autonomy in Weapon Systems: Identifying Practical Elements of Human Control (2020) (2020) [+]
  • Answer for question E-000738/21 (2021) (2021) [+]
  • Journal of the 975th Plenary Meeting of the Forum for Security Co-operation (2021) (2021) [+]
  • Autonomous Weapon Systems and International Humanitarian Law: Identifying Limits and the Required Type and Degree of Human–Machine Interaction (2021) (2021) [+]
  • Discours vidéo de la Directrice générale de l’UNESCO, Audrey Azoulay, à l’occasion de la Réunion de l’Alliance internationale pour le multilatéralisme – Éthique de l’intelligence artificielle et dr... (2021) (2021) [+]
  • It is time to negotiate global treaties on artificial intelligence (2021) (2021) [+]
L1D465

(1.9)
L2T65 (27%): Nuclear weapon (9%), Deterrence theory (8%), Weapon (7%), International security (6%)

L2T66 (17%): Information warfare (12%), Cold War (9%), War (9%), People's Liberation Army (8%), International relations (8%)

L2T67 (14%): Security (22%), National security (16%), United States Cyber Command (15%), Proactive cyber defence (14%)
  • Handle with care: crowd-sourcing and non-proliferation (2014) (2014) [+]
  • Handle with care : crowd-sourcing and non-proliferation. (2014) (2014) [+]
  • Future operating environment 2035 (2015) (2015) [+]
  • The Problem with Brexit: 21st Century Challenges Require International Cooperation (2016) (2016) [+]
  • X-risk News of the Week: Nuclear Winter and a Government Risk Report (2016) (2016) [+]
  • House Hearing, 115th Congress — [H.A.S.C. No. 115-8]CYBER WARFARE IN THE 21ST CENTURY: THREATS, CHALLENGES, AND OPPORTUNITIES (2017) (2017) [+]
  • Monthly Alert: New Security Threats and Opportunities - The Dark Side of the Security Coin (2017) (2017) [+]
  • Contribution by Mr. Ian Anthony, Programme Director (2017) (2017) [+]
  • The Case for a Transatlantic AI Centre of Excellence (2018) (2018) [+]
  • NATO Needs to Get Smarter About AI (2018) (2018) [+]
  • Alternate Cybersecurity Futures (2019) (2019) [+]
  • Global Security Pulse: Interstate Military Competition (2019) (2019) [+]
  • Environnement opérationnel 2035 (2019) (2019) [+]
  • Operating environment 2035 (2019) (2019) [+]
  • The European Union’s Centres of Excellence Initiative on CBRN Risk Mitigation (2019) (2019) [+]
  • Can We Still Regulate Emerging Technologies? (2019) (2019) [+]
  • Keynote address by OSCE Secretary General Thomas Greminger at the Basel Peace Forum 2019 (2019) (2019) [+]
  • Credible Cyber Deterrence in Armed Forces of India (2019) (2019) [+]
  • General Assembly official records, 74th session : 1st Committee, 17th meeting, Tuesday, 29 October 2019, New York (2020) (2020) [+]
  • United Nations Institute for Disarmament Research : note / by the Secretary-General (2020) (2020) [+]
  • AI in the Age of Cyber-Disorder (2020) (2020) [+]
  • Debating Security Plus 2019 (2020) (2020) [+]
  • AI in the Age of Cyber-Disorder (2020) (2020) [+]
  • AI in the Age of Cyber-Disorder (2020) (2020) [+]
  • AI in the Age of Cyber-Disorder (2020) (2020) [+]
  • AI in the Age of Cyber-Disorder (2020) (2020) [+]
  • AI in the Age of Cyber-Disorder (2020) (2020) [+]
  • AI in the Age of Cyber-Disorder (2020) (2020) [+]
  • AI in the Age of Cyber-Disorder (2020) (2020) [+]
  • Modern Conflict and Artificial Intelligence (2020) (2020) [+]
  • Military Trends and the Future of Warfare: The Changing Global Environment and Its Implications for the U.S. Air Force (2020) (2020) [+]
  • Work of the Advisory Board on Disarmament Matters : report of the Secretary-General (2020) (2020) [+]
  • Strategic Monitor 2019-2020 - The Writing on the Wall (2020) (2020) [+]
  • AI in the Age of Cyber-Disorder (2020) (2020) [+]
  • Performing Information Manoeuvre Through Persistent Engagement (2020) (2020) [+]
  • Artificial Intelligence diplomacy | Artificial Intelligence governance as a new European Union external policy tool (2021) (2021) [+]
  • New technologies, complexity, nuclear decision making and arms control: Workshop report (2021) (2021) [+]
  • Three priorities for NATO partnerships in a contested world (2021) (2021) [+]
  • Nuclear weapons decision-making under technological complexity (2021) (2021) [+]