@article{21367,
  keywords = {cyber defense, EU, Hungary, hybrid warfare, intelligence, military, NATO, resilience, security policy},
  author = {Andras Hugyik},
  title = {Best Practices in the Application of the Concept of Resilience: Building Hybrid Warfare and Cybersecurity Capabilities in the Hungarian Defense Forces},
  abstract = {<p>In its Global Strategy for foreign and security policy, the EU applies resilience as a comprehensive concept of internal and external security. In parallel, at the 2016 Summit in Warsaw, Allied leaders decided to boost NATO's resilience to the full spectrum of threats. Each NATO member needs to be resilient to a major shock caused by a natural disaster, failure of critical infrastructure, a hybrid, or an armed attack. Hybrid warfare, including cyberattacks, is recognized as a significant security challenge. The National Security Strategy of Hungary, adopted in 2020, confirms that the primary international framework of Hungary's security and defense policy is NATO and EU membership and highlights the need to enhance the country's resilience against hybrid attacks. This article provides an analysis of the application of the concept of resilience in the Hungarian defense sector. It introduces the development of the resilience of the Hungarian Defense Forces against hybrid threats, including their cyber component, while generating options for the decision-makers regarding the military and information instruments of national power. The author identifies potential hybrid threats against Hungary, a possible cyberattack scenario, and lines of effort to achieve a feasible level of resilience to such threats. He takes account of the political and military environment, as well as wider national issues in view of hybrid threats and main features and dilemmas of cyber warfare, thus aiming to facilitate the application of the concept of resilience in Hungary.</p>},
  year = {2020},
  journal = {Connections: The Quarterly Journal},
  volume = {19},
  chapter = {25},
  pages = {25-38},
  month = {Fall 2020},
  doi = {https://doi.org/10.11610/Connections.19.4.02},
  language = {eng},
}