An MAE of 2.5
Reduce the mean absolute error of age estimates to 2.5, across all Fitzpatrick skin types.
A leading age verification company wanted to enhance its age estimation system. Here’s how Exometrics helped it achieve remarkable results.
1.98
Mean absolute error (MAE) for the crucial 18–24 age group
The opportunity
As age verification becomes crucial in more and more industries, demand for highly accurate age estimation is growing. A prominent company in the field partnered with Exometrics to develop an advanced age estimation engine, capable of reducing the mean absolute error (MAE) of its estimates to 2.5 across all Fitzpatrick skin types.
Reduce the mean absolute error of age estimates to 2.5, across all Fitzpatrick skin types.
Work reliably for people from a diverse range of demographics.
Give consistent estimates across different ethnicities and age groups.
Run quickly and efficiently enough for real-world applications.
Our solution
The team
Exometrics assembled a highly qualified team to take on the challenge, made up of three PhD holders: in Applied Mathematics, Biostatistics and Computer Science.
The approach
This expert group devised a multi-stage approach, developing three generations of age estimation engines.
Our data scientists and machine learning specialists used a diverse array of techniques, including ensemble models, deep learning architectures and cutting-edge data preprocessing.
Technologies used
Results
Mean absolute error
1.98
For the crucial 18–24 age group. Lower is better.
Get in touch for a free consultation with our experts.
850 work hours saved per month A state-of-the-art generative AI system that automates workflows and improves efficiency.
Read the case studyA novel approach to determining location using pressure sensors and AI.
Read the case studyFinding out which visitors are most likely to convert, based on content viewed, behaviour and more.
Read the case study