Innovative Vectors for the Development of Software for the Local Automated Centralized Notification System (LACNS)

Abstract

This paper conducts a systematic analysis of the potential development of software for the Local Automated Centralized Notification System (LACNS) through the implementation of modern digital technologies. The research is based on a review of scientific publications, technical documentation, and practical experience in the fields of notification systems, artificial intelligence, IoT, Smart City, mobile applications, and blockchain technologies. Based on the conducted research, five innovative directions for modernizing LACNS software have been identified: Application of artificial intelligence (AI) and machine learning to enhance notification intelligence: Integration of the system with Smart City infrastructure;  Use of the Internet of Things (IoT) as a network of trigger sensors; Development of mobile applications and open APIs to expand notification channels; Implementation of blockchain technology to improve reliability and transparency. For the first time, a comprehensive interdisciplinary approach to the development of LACNS software has been considered, covering AI, IoT, Smart City, mobile technologies, and blockchain. The LACNS software should be developed as an adaptive platform for the digital transformation of communities, capable of self-learning, automatic response, and secure interaction with other systems. State incentives for innovation-regulatory, financial, and organizational-are necessary for implementing these directions in civil protection practices.