The tool users may have difficulty filtering out detailed information on specific astronomical events or units from NASA's extensive media archive. The problem could be based on the broad range of information provided by the tool, and the lack of an effective search or filter function that allows access to specific data or media. In particular, students and researchers, who need in-depth knowledge about certain topics, could take advantage of the mismatch of this requirement with the general nature of the tool. Although the resource is free and abundant, the difficulty in focusing on a specific astronomical event or unit could lead to inefficiency and frustration. Therefore, there is a need for a solution that enables more effective navigation and data abstraction.

To enhance navigation and data abstraction, the tool could implement advanced filter and search functions. For example, users could enter specific search criteria, such as the date of the astronomical event, the type of celestial body, or the type of media resource. Furthermore, they could simultaneously use multiple filters to obtain even more precise results. Another improvement could be a personalized learning and research environment that adapts to the interests and needs of each user. With automated learning paths and intelligent data analysis, the platform could highlight relevant information and provide resources tailored to individual research requests. Finally, a feature for storing and organizing resources could be implemented, allowing users to easily access previously found and stored data. In this way, the tool would support its users in quickly and efficiently accessing and managing the information they need.