AMOSLauf in Graz: 3D laser technology revolutionizes the investigation!

Amoklauf in Graz: Ermittler setzen 3D-Lasertechnologie zur präzisen Tatortdokumentation ein, um relevante Beweise zu sichern.
AMOSLauf in Graz: Investigators use 3D laser technology for precise crime scene documentation in order to secure relevant evidence. (Symbolbild/DNAT)

AMOSLauf in Graz: 3D laser technology revolutionizes the investigation!

Graz, Österreich - On June 13, 2025, a killing spree at a school in Graz shook the public and tragically demanded eleven lives. The investigators face the challenge of reconstructing the complex events and relying on innovative technologies. A crucial tool in these investigations is 3D laser technology, which enables it to record the crime scene in detail and to provide later analyzes. As oe24.at since 2020 in Austria has been increasingly used for the crime scene documentation.

3D laser technology offers crucial advantages for the investigators. It allows a virtual, three -dimensional documentation of the crime scene, which can be used as evidence in later criminal proceedings. The data is recorded using laser scanners that offer immense precision by collecting up to two million measuring points per second and at the same time creating 360-degree panorama recordings. This digital preparation ensures that local people also have access to the circumstances of the crime scene without having to enter it, which significantly increases the efficiency of the investigation.

technological progress and possible uses

Federal Minister Karl Nehammer presented the 3D laser crime scene location documentation on November 1, 2020 in a press conference and underlined the importance of this method for the Austrian executive. The technology is not only used by around 200 experts at the state level, but also by 350 specialists at the district level. This is shown by the far -reaching integration of this technology in criminalistics, as well as bundeskriminalamt reported.

The 3D laser recording complements the conventional photo documentation and allows a precise analysis by creating point clouds as a data basis. This innovative method opens up new possibilities, such as the analysis of firing angles or trace of blood, and is particularly useful for serious crimes or major damage.

future developments and challenges

The role of 3D technology in criminalistics could expand even further over time. In addition to the crime scene documentation, 3D printing is also used in forensics as a teaching aid and to create target brands. According to 3dnatives improves 3D-scant technology and helps to transfer perpetrators. At the same time, there are challenges, for example in terms of cost efficiency, training needs and dealing with large amounts of data.

Overall, it can be seen that the implementation of 3D technologies has changed both the investigative work and the investigation of crimes. Looking into a future, the further development of these technologies could continue to contribute to increasing the efficiency and accuracy of investigations and increasing the clarification rate.

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OrtGraz, Österreich
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