The field of satellite communications is moving towards more intelligent and dynamic spectrum management, leveraging technologies such as cognitive radio and artificial intelligence to optimize performance and address the growing demand for high-bandwidth services. Researchers are exploring innovative solutions to improve the resilience and efficiency of satellite networks, including the use of reconfigurable intelligent surfaces, unmanned aerial vehicles, and advanced routing algorithms. Notable papers in this area include the proposal of a novel LEO satellite constellation design algorithm that minimizes construction cost while satisfying quality of service requirements, and the development of a scalable and resilient link management strategy for LEO satellite networks. Another noteworthy paper presents a segment routing framework that reduces energy consumption and latency in satellite networks, while also ensuring high reliability and packet delivery rates.