With the release of HemoVision 3.3.0, we introduced one of the largest updates in the software’s history. Alongside numerous improvements and new features, the release also brings a completely redesigned user interface aimed at making Bloodstain Pattern Analysis workflows faster, clearer, and more intuitive.
To help both new and experienced users get up to speed quickly, we have completely rebuilt and expanded our online documentation platform.
The updated documentation now includes:
In addition to the documentation overhaul, we also refreshed our training datasets. Each dataset has been carefully curated to demonstrate different aspects of HemoVision and to provide users with practical examples for learning and experimentation.
Whether you are just starting with HemoVision or already using it in active casework, the new documentation pages are designed to help you work more efficiently and confidently.
We will continue expanding the documentation over time with additional tutorials, examples, and educational material.
You can explore the updated documentation here:
HemoVision Documentation Pages
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 […]
