By: Minaal Yadav
31 JULY 2023
AI pioneers the journey for Mars rovers, ensuring safe navigation for extended periods. By detecting obstacles and plotting optimal paths, AI maximises efficiency.
AI revolutionises satellite management and intelligence operations. For example, SpaceX deploys AI algorithms to prevent collisions among navigation satellites.
AI elevates space data analysis, providing precise insights from satellites, probes, and exploration tools. Detecting anomalies paves the way for potential discoveries.
AI empowers scientists to identify and classify geological features on planets and moons like craters, volcanoes, and surface details. With generated 3D models.
SpaceX harnesses AI for rocket operations, closely monitoring and analysing sensor data to achieve precise trajectory control. AI automates aspects of rocket landings.
AI-driven algorithms revolutionise astronomical mapping. Detecting, classifying, and recognising star and galaxy patterns reveal essential physical properties such as mass and age.
AI analyses satellite operations and rocket landing data, but its role extends to predictive maintenance. Leveraging machine learning, AI identifies potential failures, recommends actions, and reduces maintenance costs.