The Artemis mission, launched by NASA, is an ambitious step in space exploration, with a focus on deeper exploration of the moon. The primary goal of the Artemis Missions is to return astronauts to the lunar surface, specifically to the lunar south polar region, to conduct scientific research and prepare the way for future Mars missions. Artemis I, the first unmanned mission, was successfully tested during a launch in November 2021. The Space Launch System (SLS) rocket and Orion spacecraft began undergoing a series of rigorous tests, including a flight that took Orion to orbit the Moon. This mission aims to validate the technology that will be used in the Artemis II manned mission which is scheduled to launch in 2024. One of the interesting aspects of the Artemis Mission is international and commercial collaboration. NASA collaborates with various space agencies and private companies such as ESA, JAXA, and SpaceX. This collaboration enables the development of new technologies and accelerates the progress of innovation in space exploration. For example, Lunar Gateway, a small space station planned to orbit the Moon, aims to support future manned and robotic missions. In addition to the engineering aspects, the Artemis Missions also have significant scientific goals. The Moon’s south polar region is filled with valuable resources, including water ice that can be used for fuel and drinking water. Research into the existence and composition of this ice is very important for understanding more deeply the history of the Moon, and can help human missions to Mars. The Artemis program is also concerned with inclusivity, with the goal of sending the first woman to the Moon. NASA has committed to creating a more diverse environment by involving a variety of individuals from different backgrounds on the mission. This program reflects a positive change in the way society views the role of women in STEM (Science, Technology, Engineering and Mathematics). In the context of security, NASA continues to work to ensure that all missions are carried out safely. A rigorous risk evaluation process was implemented to identify potential dangers to astronauts en route to and from the Moon. By utilizing the latest technology and a more systematic approach, NASA strives to minimize risks during missions. The Artemis mission is also not only focused on the Moon, but also prepares the ground for deeper exploration of Mars. The experience and data gathered from lunar exploration will help NASA understand the challenges it will face on longer journeys to the red planet. With a sustainable design and technology process, NASA hopes the Artemis Mission can inspire a new generation of space researchers and explorers. The expansion of knowledge about the Moon will not only open new horizons in our understanding of the universe, but also improve life on Earth through scientific and technological advances resulting from space research. Overall, the Artemis Missions are an important bridge to a broader future of space exploration, one that will open up the possibility not only for humans to explore the Moon, but also to lead to greater achievements on Mars and beyond.