Systematically index unidentified subjects, missing persons reports, recovered media artifacts, and timeline windows to identify correlations and generate forensic cross-reference briefs.
| Subject ID / Name | Status | Est. Window | Location | Linked Evidence Item | Match Score | Action |
|---|
In complex search warrant executions involving multi-subject files and recovered digital media—such as high-volume residential storage seizures—investigators must cross-reference physical characteristics, tattoos, jewelry, and location stamps against national missing persons registers without biasing manual identification.
Our in-browser algorithm evaluates temporal overlap (missing date window vs. photo EXIF/filesystem timestamps), geographic proximity, and characteristic token overlap (e.g. distinctive tattoos, piercings, apparel) to highlight probable identities for prioritized review.
All calculations, tokenization, and brief generation operate strictly within your local browser runtime. Sensitive forensic case notes never leave your device or touch external cloud servers.
The matcher computes a normalized composite score based on: (1) Temporal overlap between the missing disappearance window and media metadata (40% weight), (2) Attribute token matching such as identifiable jewelry or tattoos (35% weight), and (3) Geographic corridor proximity (25% weight).
Yes. Built with efficient client-side data structures, the correlation matrix can ingest hundreds of entries while instantly recalculating metrics, timeline bars, and export packages with zero lag.
The generated Case Brief produces a standardized, timestamped investigative summary listing high-confidence correlation candidates, outstanding unverified media items, and action items for medical examiners and investigative detectives.