We are excited to share that HemoVision has been included in the newly released fourth edition of Bloodstain Pattern Analysis with an Introduction to Crime Scene Reconstruction by Bevel, Gardner & Associates.
For many forensic professionals, this handbook has long been considered one of the foundational references in the field of Bloodstain Pattern Analysis. Over the years, it has helped educate investigators, analysts, students, and forensic practitioners around the world, making its inclusion of modern digital BPA workflows especially meaningful.
The updated edition reflects the continued evolution of forensic science and the growing role of technology in crime scene investigation. It is both encouraging and an honor to see HemoVision recognized as part of that evolution.
We would like to sincerely thank the authors for including HemoVision in this revised edition and for their continued contributions to forensic education and BPA methodology.
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 […]
