Security scans often face the problem of reporting the same vulnerability twice due to minor changes in the code, such as adding a comment or reformatting a file. This leads to futile auditing effort and erodes trust in the scan results. To tackle this issue, advanced vulnerability tracking was introduced in 2022, which uses the Scope+Offset fingerprinting method to identify findings by their narrowest enclosing scope and line offset. However, this method still had limitations, particularly with non-functional changes such as adding comments or blank lines, which could shift the offset and cause the tracker to see a duplicate vulnerability. To address this, an improved method was developed that ignores non-functional code when computing the fingerprint, ensuring that adding a comment or reformatting a file no longer changes the fingerprint. This normalized method was evaluated on a benchmark of 439 source files across multiple programming languages, where it produced zero duplicates and reduced unique fingerprints by 43% overall. The original Scope+Offset method, on the other hand, accumulated 1,361 duplicate fingerprints, a 77% growth over the baseline. The normalized Scope+Offset method is now available in GitLab as the scope_offset_compressed tracking algorithm, supporting multiple programming languages and composing with any combination of SAST tools. The study on this method, titled "Vulnerability Tracking using Normalized Scope+Offset," will be presented at the ASE 2026 Industry Showcase, and its findings have significant implications for improving the accuracy and efficiency of security scans. The development of this method is a result of collaboration among several researchers, including Julian Thome, Hua Yan, Lucas Charles, Craig Smith, and Jason Leasure, who contributed to the study and article.