Taking DNA Dating to the next level!
What is a phenotype?
Phenotypes are attributes such as hair colour, genetic height, pet allergies, and genetic sex. These attributes can be predicted accurately by raw
DNA analysis. Our DRom2.0 algorithm predicts and helps you autofill your online dating profile.
Online dating and phenotype compatibility.
DNA Romance establishes the newest algorithm “DRom 2.0” that uses information from DNA, combines artificial intelligence (AI) and helps to autocomplete your online dating
profile with a prediction of your “phenotype” based on your
genotype . DRom2.0 uses a neural network and looks at Single Nucleotide Polymorphism (SNP) markers in the
DNA to predict phenotypic traits with up to 92% accuracy.
After uploading DNA files, users will be able to use DRom2.0 to autocomplete online dating profiles and predict phenotypic attributes. With the DRom2.0 algorithm, DNA Romance
users will enjoy a more authentic matchmaking experience with stronger profile completeness. Besides knowing the overall
compatibility rating from DRom 1.0, users can use DRom 2.0 to receive more information about their matches, allowing them to make considerations before an initial communication.
The next steps in DNA dating
DNA Romance plans to expand predictions to other phenotypes relevant to online dating, tea or coffee drinkers, and even a shared liking for thrill-seeker sports like climbing and skydiving.
Furthermore, DRom2.0 is a substantial enhancement of our existing
profile verification mechanism . Online dating scams, frauds, and fake
profiles are age-long issues that
concern online dating users. The good news is that DNA information can combat scammers with genetic verification helping to provide a safer environment for serious relationship-seekers. DNA Romance is the pioneer of
online dating platforms to integrate AI and DNA to complete profiles. The profiles will be DNA verified under DRom 2.0 so users could feel comfortable and confident to
seek their soulmates
Figure 1. DRom 2.0 the algorithm that predicts 'Phenotype' from DNA