Keywords
military weapons
artificial intelligence
autonomous weapon systems
hypersonic weapons
Categories
How to Cite
Abstract
ASEJ ISSN: 2543-9103 ISSN: 2543-411X (online)-29-4Abstract—The aim of the work is to analyze the use of technological innovations in military armaments, with particular emphasis on contemporary trends and future prospects. In the context of dynamic technological development, the work aims to identify the main innovations in the field of armaments, their impact on changes in military tactics and strategy, and to predict the further development of these technologies. Research problems include questions about the role of new technologies, such as artificial intelligence, hypersonic weapons or autonomous weapon systems, in the future of military equipment and the challenges associated with their implementation. The research hypothesis assumes that technological innovations will have a key impact on revolutionizing the military -including changes in the structure of the army, operational effectiveness and international relations. Research methods include an analysis of the subject literature and case studies. The conclusions suggest that the development of new technologies will require appropriate international regulations, as well as new challenges related to ethics and security. Understanding these processes is crucial to ensuring global security.
References
Barton D., Woetzel J., Seong J., Tian Q. (2017), Artificial Intelligence: Implications for China , McKinsey&Company, London.
Bogadał-Brzezińska A., Gawrycki M. (2003), Cyberterrorism and Information Security Problems in the Modern World, ASPRA-JR, Warsaw.
Cukier K., Mayer-Schönberger V., Véricourt F. de (2022), Contextual Thinking. The Greatest Advantage of Humans over Artificial Intelligence, MT Biznes, Warsaw.
Cyrkun K. (2024) The Use of Unmanned Aerial Vehicles to Monitor and Combat Terrorist Threats [in:] Śmiałek K. (ed.) Challenges and Threats to the Security of the Old Continent, FNCE Poznań.
Czajkowski M. (2013), Anti-missile defense in international relations, Jagiellonian University Publishing House, Kraków.
Gunkel D.J. (2018), The other question: can and should robots have rights?, "Ethics and Information Technology", no. 20(2).
Kamiński Ł. (2009), Technology and war of the future around the nuclear and information revolution in military affairs, Jagiellonian University Publishing House, Kraków.
Kowalczewska K. (2021), Artificial intelligence in war, Schoolar Scientific Publishing House, Warsaw. 10. Kuchciński A., Wilk-Jakubowski G., Harabin
R., Konopka T. W. (2023), National and global dimension of crisis situations. Challenges in the sphere of security, Publishing House of the Old Polish Academy of Applied Sciences in Kielce, Kielce.
Nastaj-Sałek K. (2023), Legal aspects of the use of artificial intelligence in military armament in the 21st century, [in:] K. Śmiałek, W. Śmiałek, Armed forces facing new challenges and threats, FNCE Poznań.
Nastaj-Sałek K. (2024), New challenges for state defense - cybersecurity in the era of new technologies [in:] Beround A., Śmiałek W., (ed.) Contemporary strategies and solutions in national security, FNCE, Poznań.
Solarz J. (2009), Military Doctrines of the 20th Century, Avalon, Kraków.
Śledź P. (2020), European Arms Cooperation, Wydawnictwo Naukowe Schoolar, Warsaw.
Świętochowski N. (2018), Non-lethal Weapons as a Means of Strengthening State Security, FNCE, Poznań.
Zarychta S. (2016), Nuclear Weapons in Shaping Security 1945-2015, Bellona, Warsaw.
Żebrowski A. (2017), Determinants of Information Warfare, UP. Kraków.
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
Copyright (c) 2024 Zbigniew Małodobry , Karolina Nastaj-Sałek, Katarzyna Cyrkun, Mariusz Kuliński