Revolutionary AI for Early Gender Prediction
How Our AI Algorithm Works
Our AI algorithm analyzes ultrasound scans as early as 9 weeks into pregnancy to predict the fetus's sex. We've trained our model on a database of over 10,000 annotated ultrasound images, considering factors such as gestational age and fetal sex.The algorithm's ability to generalize allows it to accurately classify images of fetuses it has never seen during the learning phase, making it truly intelligent and adaptable Our AI algorithm boasts an impressive average reliability of 95%, with accuracy reaching up to 99% in some cases. This high level of accuracy is achieved even when the genital nub is not visible, which typically occurs around 10 weeks of pregnancy.Our unique and revolutionary method is currently undergoing research for future publication in a scientific journal, aiming to join the ranks of reliable and scientifically proven methods for determining your baby's gender.
The Ramzi Theory
The Ramzi theory, developed by Dr. Saam Ramzi Ismail, is one of the most trusted gender detection AI systems. It boasts an accuracy rate of 97.2% for males and 97.5% for females.This non-invasive method analyzes ultrasound pictures to determine which side of the uterus the chorionic villi are attached to. The theory is based on the natural polarization of male and female fetuses in the womb, with males favoring the right side and females the left.
The Nub Theory
If you've passed the six to eight-week mark in your pregnancy, there is still an effective AI baby prediction tool you can use to find out your little one's gender. The Nub Theory revolves around the positioning of the baby's genital tubercle, which forms on the baby's lower abdomen in early pregnancy. As it develops, the "nub" will become a clitoris in females or a penis in males. The way this theory works is by getting a good look at how the baby's nub is positioned, better known online as "the angle of the dangle" (oh yeah, you read that right!), to determine if it is a boy or girl. Depending on its relation to the baby's spinal cord, you can determine which direction it will continue developing, indicating what genital it will become. This method is a great option for parents who missed the early Ramzi theory window but don't want to wait for another one to two months to find out their baby's gender.
The Obstetrician
In the hands of an experienced doctor, the accuracy of determining whether it is a child can be 85 to 90%. However, AI has the advantage of eliminating human factors such as fatigue or interpretation errors, offering a more consistent prediction under the same conditions.
Doctors have an average accuracy of 85-88% when predicting girls, slightly lower than boys. AI, with its ability to detect complex patterns, can offer a significant advantage, reaching up to 91% under optimal conditions.
This slight margin in favor of boys could be explained by the ease of identifying male anatomical features in ultrasound., such as the presence of the penis, which tends to be more visible and distinctive during scans. On the other hand, in the case of girls, the absence of prominent anatomical markers can lead to more subjective interpretations, increasing the likelihood of prediction errors.
This small bias highlights the importance of continuing to refine artificial intelligence algorithms to enhance their ability to interpret more subtle cases. Furthermore, it demonstrates that AI can not only serve as a valuable complement in medical diagnostics but also help reduce the uncertainty and anxiety of expectant parents by providing faster and more accurate predictions.
