From Pen to Pixel: Handwriting Examination with AI
Published on October 15, 2025
THE EVENT
🆕 At Panacea, we have spent the past year developing a new product line for criminalistic applications: Zibian Labs. Under this brand, we are bringing together a range of new AI-powered tools designed to support and enhance the work of forensic experts.
💻 The first tool we are launching focuses on forensic handwriting examination, introducing an innovative language-based approach that helps experts by automating the most time-consuming and repetitive aspects of their work.
Furthermore, the software is available in English, Spanish, French, and German, with additional languages on the way.
💬 In this online event, Enrique Bermejo and Alejandro Manzanares will present the new product and demonstrate its key features. Secondly, members of our development team will share insights into the process of integrating new languages and answer questions from the audience.
The event was recorded on Thursday, October 23 at 4 pm CET.
🇬🇧 The event will be in English.
WATCH IT NOW
THE SPEAKERS
Enrique Bermejo received his Ph.D. in Computer Science in 2018 from the University of Granada, Spain. He’s been a postdoctoral researcher at the second biology section of The National Research Institute of Police Science (NRIPS, Japan) and the Andalusian Research Institute in Data Science and Computational Intelligence (DaSCI). He is currently a senior AI researcher and product head at Panacea Cooperative Research and an academic collaborator at DaSCI. His main research interests are computer vision and machine learning applications to medical imaging and human identification.
MsC. Alejandro Manzanares is a research scientist in artificial intelligence at Panacea Cooperative Research. He earned a degree in Computer Engineering, Computing, and Intelligent Systems from the University of Granada in 2022. MsC. Manzanares is a member of Panacea’s artificial intelligence research team, which develops cutting-edge AI solutions to address real-world challenges with significant social impact. Currently, his primary area of research is the application of deep learning techniques in forensic sciences.