To effectively implement the DBSCAN algorithm, the process begins by identifying core points, which are defined as points with a minimum number of neighbors (minPts) within a specified radius (ε). After labeling points as core, border, or noise, the next step is to determine the density-reachable clusters. This involves finding connected components among the core points based on their neighborhood relationships. Non-core points are then assigned to clusters if they are within the ε neighborhood of a core point; otherwise, they are classified as noise. A naive implementation may require significant memory to store neighborhood data, but the original DBSCAN approach processes points individually, optimizing memory usage. Understanding these steps is crucial for successfully clustering data using DBSCAN.