We are excited to share our latest research on HemoVision, which has just been published in Forensic Science International. This comprehensive validation study evaluates HemoVision’s ability to reconstruct both the 3D geometry as well as the area of origin of complex bloodstain patterns on multiple arbitrarily oriented surfaces.
In the study, we created five distinct impact patterns in challenging environments. These scenes were then photographed and analyzed using HemoVision. Only a handful of manual measurements was made throughout the study. The study reports median reconstruction errors falling below 3mm and an average area of origin error of just 8cm.
Our findings confirm that HemoVision is not only highly accurate but also robust in diverse and complex forensic scenarios. These results underscore the reliability of HemoVision in real-world applications, making it a vital tool for forensic investigators seeking precision and efficiency.
To delve deeper into our study and explore the detailed findings, read the full publication here.
The coming month will be an exciting one for the Forentrics team, as we’ll be attending and contributing to three different forensic and policing events across Europe. We always value opportunities to meet investigators, forensic scientists, researchers, and students in person, exchange ideas, and discuss the future of forensic technology and Bloodstain Pattern Analysis. Here’s […]
We are proud to share that Kristin Russell and Eugene Liscio have published an independent validation study evaluating the accuracy of HemoVision’s Area of Origin (AO) analysis capabilities. The publication represents a major milestone for HemoVision and the broader forensic community. Independent validation studies are essential for establishing the scientific reliability of forensic tools, particularly […]
A new independent study by Savita Brickman-Maxwell and Eugene Liscio has evaluated the accuracy of HemoVision’s new cast-off bloodstain pattern analysis feature. The paper represents the first dedicated validation study of HemoVision’s cast-off workflow and marks an exciting step forward for forensic BPA technology. The study investigates HemoVision’s ability to estimate the swing path of […]
