The latest progress of the Mars Rover mission brings extraordinary discoveries and achievements in the exploration of the red planet. With advanced technology, rovers such as Perseverance and Curiosity have provided deeper insight into the potential for life on Mars and its geological history. Perseverance, which landed on the surface of Mars in February 2021, has some very advanced scientific instruments. One of the main instruments is MOXIE (Mars Oxygen ISRU Experiment), which is designed to produce oxygen from carbon dioxide in the Martian atmosphere. In several experiments, MOXIE succeeded in producing oxygen in sufficient quantities to support human life, while also showing the potential to support more ambitious future missions, including human habitation on Mars. Apart from MOXIE, Perseverance is also equipped with SuperCam, which is capable of analyzing the chemical composition of rocks and soil remotely. The use of this technology allows scientists to identify locations that have the potential to find signs of past microbial life. With sampling carried out by Perseverance, the rover is also collecting rock samples that will be returned to Earth in future missions, providing the opportunity for further analysis with more sophisticated tools. The Curiosity rover, which has been operational since 2012, also continues to provide important data. With instruments such as ChemCam and SAM (Sample Analysis at Mars), Curiosity continues to observe traces of water and elements important for life, such as hydrogen and carbon. Recent analysis shows signs of ancient lakebeds and river deltas, suggesting Mars had much more water than previously believed, leading to possibilities of past microbial life. Peeking at the networked exploration, scientists are also preparing the next mission called Mars Sample Return, which aims to bring samples from Mars back to Earth. This project involves international collaboration between NASA and ESA (European Space Agency), and could provide new and significant insights into the potential existence of life on Mars. One of the interesting innovations in rover missions is the use of drones such as Ingenuity, a small helicopter operating on Mars. Ingenuity made repeated successful flights, testing mobility and flight capacity in the thin Martian atmosphere. Ingenuity’s success not only shows the capabilities of flight technology on other planets, but also opens up the possibility of exploring a wider area than a rover can reach on the surface. In terms of communications, NASA continues to improve the communications system with the rover so that data can be sent to Earth more quickly. The use of a network of Mars satellites, including the Mars Reconnaissance Orbiter, helps speed data transfer and places information obtained on both rovers in a broader context. The current Mars Rover mission is not only focused on searching for life, but also trying to understand what Mars’ climate once was. The data collected will play an important role in planning future human missions, providing information about atmospheric and surface conditions that must be considered for astronaut safety. Weather and climate monitoring is also currently underway to understand the challenges that human missions will face. Thanks to technological advances and international collaboration, the Mars Rover mission continues to break new ground in scientific research, producing findings that confirm the possible presence of life on Mars and the planet’s potential as a destination for human exploration.