Spatial data science is a specialized field that integrates geographic location with data analysis to provide insights into how places connect and interact, distinguishing it from traditional data science by incorporating spatial elements directly into the analytical process. Employing geographic information systems (GIS) and machine learning, spatial data scientists analyze spatial relationships such as distance and proximity to uncover patterns and trends that might otherwise remain hidden. This discipline finds application in various sectors, including agriculture, government, climate science, education, energy, insurance, public health, real estate, retail, telecom, and transportation, where it aids in predicting trends, optimizing resources, and improving decision-making processes. Spatial data science is closely related to geospatial data science, which emphasizes mapping technologies, and spatial analysis, which provides methods for studying spatial patterns, with all three areas overlapping yet maintaining distinct focuses. The Felt AI platform exemplifies how spatial data can be made accessible and interpretable, offering features like natural language translation into SQL queries, enabling users to explore spatial datasets without needing advanced coding skills.