BanyanDNA provides a software platform for building, visualizing, and analyzing complex family trees. Users can import DNA match data from any major testing service and use the tool’s novel DNA‑flow simulation to predict genetic relationships, enabling more accurate placement of individuals in intricate pedigrees. The system also offers statistical analysis features for hypothesis testing and tree optimization.
Funding
Funding not disclosed
Founders
Product
Problem
Genealogists and ancestry researchers often struggle to integrate DNA match data with complex family trees, leading to inaccurate relationship placements and time‑consuming manual analysis.
Solution
BanyanDNA offers a software platform that lets users construct detailed genealogical trees and import DNA match information from any major testing service. The core of the platform simulates the physical flow of DNA through the pedigree, providing statistically grounded predictions of where individuals belong in the tree. By automating hypothesis testing and relationship placement, the tool reduces manual effort and improves the reliability of ancestry conclusions. Users can visualize the entire genealogy, run analyses, and iteratively refine their models within a single interface.
Target Audience
Primary users are professional genealogists, academic researchers, and advanced hobbyists who need to integrate DNA data with intricate family histories.
Features
- Advanced tree builder with drag‑and‑drop editing for creating and visualizing complex pedigrees
- Universal DNA match import supporting all major testing providers and custom pairwise match entries
- Novel DNA flow simulation engine that models inheritance across generations for higher placement accuracy
- Statistical analysis module for hypothesis generation, confidence scoring, and optimal relationship placement
- Interactive visual reports that display simulated DNA pathways and relationship probabilities