The current state and prospects of navigation support development in the Russian Federation Arctic zone

The analysis of the current state and prospects for the development of navigation support in the Russian Federation Arctic zone (RFAZ) by 2030 in the following areas is carried out: satellite navigation, terrestrial radio navigation systems, navigation in the natural fields of the Earth. The relevance of the study is due to the strategic importance of the RFAZ to ensure the country's national security in conditions of geopolitical tension, for the development of the country's national economy. Modern technologies including artificial intelligence and artificial neural networks are considered. The use of Earth's natural fields seems to be a promising direction for the development of autonomous navigation solutions. Highly sensitive quantum sensors allow you to record the smallest changes in the planet's magnetic and gravitational fields, providing accuracy even in extreme situations. To improve the reliability and accuracy of the created systems, a number of studies are needed aimed at improving the characteristics of sensors, optimizing signal processing algorithms and building reliable reference maps of the earth's fields. The use of artificially intelligent systems and neural networks opens up new perspectives for the analysis of the data obtained and the adaptation of navigation equipment to various environmental conditions. The integration of advances in quantum technology, artificial intelligence and geophysics will create reliable and high-precision navigation systems that can function regardless of weather conditions and the presence of satellite signals. It was concluded that it is necessary to further develop navigation systems and means, taking into account the prospects for introducing hybrid, integrated, integrated systems using artificial neural network technologies and artificial intelligence to further improve the accuracy and availability of navigation support