Teletrix, known for its prowess in radiation training tools, is making a significant leap in the industry by acquiring a commercial license for their augmented reality (AR) platform called VIZRAD AR. This platform draws from the innovative technologies developed and licensed by the Department of Energy’s Oak Ridge National Laboratory (ORNL), allowing users to dive into a virtual but strikingly realistic world of radiological environments. Through the use of AR headsets, trainees can detect and measure radiation levels in a variety of scenarios without the risks associated with exposure to actual ionizing radiation.
“Nothing in this world behaves like ionizing radiation, which makes training difficult,” Jason O’Connell of Teletrix noted, according to
Oak Ridge National Laboratory
. He further stressed the challenge of educating individuals about something they can’t see. “Augmented reality technology enables VIZRAD AR to visually demonstrate how radiation behaves, improving trainee understanding and enhancing safety for those tasked with working in radiation-controlled areas.” These AR simulations are designed to improve the effectiveness and safety of training by providing a visual representation of radiation, which is inherently invisible.
The breakthrough VIZRAD AR platform supersedes the capabilities of current training systems by accurately modeling different radiation source geometries—something most other products lack. O’Connell added, “No other training products offer the ability to visualize radiological behavior in the way VIZRAD AR does.” This level of technological sophistication indicates a potential paradigm shift in how radiation safety training is conducted industry-wide, as per the
Oak Ridge National Laboratory
.
With its new commercial license status, Teletrix is gearing up to broaden the scope of applications for its AR platform. Innovations on the horizon entail solutions aimed at addressing contamination and shielding—a development O’Connell mentioned, specifying the company’s goals to include new areas of training and readiness for workers. Teletrix is also entertaining the idea of customizing the platform for specific scenarios that necessitate precise dose rate mapping, indicating a highly tailored approach to radiological safety and training.
O’Connell praised the collaboration with
Oak Ridge National Laboratory
throughout the development of VIZRAD AR, stating that working with the laboratory has been a great experience full of helpful resources for achieving the common goal of implementing new technology. The team behind the invention includes Michael Smith, M. Scott Greenwood, Noel Nelson, and Douglas Peplow from ORNL’s Nuclear Energy and Fuel Cycle Division, alongside former researcher Nicholas Thompson. Eugene Cochran from ORNL’s Technology Commercialization Group played a key role in negotiating the license terms. This commercialization marks a significant step toward introducing a crucial training tool to the market, potentially enhancing the preparedness and safety of the workforce engaging with radiological elements.
Note: Thank you for visiting our website! We strive to keep you informed with the latest updates based on expected timelines, although please note that we are not affiliated with any official bodies. Our team is committed to ensuring accuracy and transparency in our reporting, verifying all information before publication. We aim to bring you reliable news, and if you have any questions or concerns about our content, feel free to reach out to us via email. We appreciate your trust and support!
Leave a Reply