The development of satellite technology in the world has reached the peak of innovation with various applications that have a significant impact on everyday life. One of the latest advances is the use of miniature satellites or CubeSats. CubeSats, which have small sizes and low manufacturing costs, have revolutionized the way we conduct space research. While conventional satellites require large investments, CubeSats can be launched as part of larger missions, enabling more diverse research and experiments. On the other hand, Earth observation technology is also experiencing rapid progress. High-resolution satellites are now capable of capturing clear images of the entire surface of the Earth. For example, Planet Labs satellites can take daily images of specific locations, which is very useful for environmental, agricultural and urban monitoring. This capability helps scientists and policymakers make data-based decisions regarding climate change and land use. In the communications sector, solar-powered satellites are increasingly popular. With advances in solar panel efficiency, these satellites can operate longer and provide better connectivity. Starlink, initiated by SpaceX, is a real example where thousands of small satellites are launched to provide internet throughout the world. This service not only reaches urban areas but also remote areas that previously had difficulty getting internet access. Propulsion technology also underwent significant innovation. More efficient use of ion and other propulsion provides the capacity for satellites to stay in orbit longer and perform more precise maneuvers. This not only reduces operational costs but also optimizes the use of space, reducing the risk of collisions between satellites. One of the latest trends is the development of satellite systems capable of collaboration. The “satellite swarm” concept allows several satellites to operate simultaneously. It improves monitoring capabilities and provides more accurate data by compiling information from multiple sources. This system is very useful in the fields of defense, weather, and scientific research. Artificial intelligence (AI) also plays an important role in processing satellite data. By utilizing AI, analysis of imagery and big data from satellites can be done more quickly and accurately. This contributes to the ability to make better weather predictions, monitor natural disasters, and detect environmental changes. Regulation is a challenge in this development. The increasing number of satellites in low Earth orbit requires policymakers to develop an effective regulatory framework to minimize the risks surrounding space debris. International collaboration is also needed to ensure the safe and sustainable use of space. Finally, the investment trend in satellite technology continues to increase. Many countries and private companies are focusing resources on research and development of satellite-based solutions. In an increasingly connected world, the role of satellite technology will become increasingly important in supporting global needs, both in communications, environmental monitoring and space exploration.