SMART DEFENSE MODELING OF THE ARCHIPELAGO SEA DEFENSE STRATEGY TO SUPPORT INDONESIAN NAVY DUTIES

Abstract

To build a strong maritime force, the Indonesian military has an Archipelagic Sea Defense Strategy which is essentially a national defense strategy implemented at sea. Affected by changes occurring in the global strategic landscape which have an impact on the need for military equipment technology in dealing with changing threats, in practice it requires the implementation of a smart defense or smart defense, namely a concept in the context of security and defense that focuses on the use of information and communication technology and innovative solutions to strengthen national defense capabilities. This concept aims to increase effectiveness, efficiency and responsiveness in dealing with complex security threats in the digital era. In this research, we need a strategic structure for the strength of the sea dimension that is able to carry out the defense of the archipelago to deal with every threat, both actual and potential, and will provide scientific studies by creating a dynamic system model of the smart defense system for the archipelago's sea defense strategy to support the duties of the Indonesian Navy. The authors employed the Delphi method to establish the criteria for this study, for smart defense that had an effect on the archipelago’s sea defense strategy, then in the next stage used Fuzzy Weighting to determine priorities in the development of smart defense systems and continued with the System Dynamic method to obtain smart defense models and scenarios. The results of the best scenario analysis using a system dynamic approach, scenario 3 is the best choice for Smart Defense modeling of the archipelago’s sea defense strategy including cyber threats.

Keywords: Smart Defense, Delphi, Fuzzy Weighting, Dynamic System