Category: AR based Remote Assist App

Date: 2022 – ongoing

As one of Turkey’s leading chemical plants in the Organik Kimya and leading cement company Limak Cement utilizes our Augmented Reality (AR)-based Remote Support Application to provide support and service for its domestic and international facilities from maintenance centers.

Augmented Reality-Based Remote Support Application: This application allows technical teams to manage field operations quickly and effectively. Instead of sending an expert to the site, a user-focused approach is adopted where operators bring their work areas to the expert’s screen. Thanks to AR technology, experts can view real-time conditions in the field and resolve issues immediately.

Real-Time Problem Solving: The remote support application helps operators instantly identify and resolve issues with equipment. With AR support, experts provide visual guidance to operators in complex processes, enabling tasks to be performed accurately and effectively. This method allows the expert to virtually participate in the field.

Training and Knowledge Sharing: The application also significantly contributes to the training of technical personnel. New employees are trained in the field by experienced experts using AR support, which helps in better understanding complex processes. Augmented reality technology allows experts to quickly transfer their experiences and knowledge.

Performance and Efficiency Improvement: Thanks to the AR-based remote support application, the overall performance of the facility is enhanced, maintenance times are reduced, and production processes can be monitored more effectively.

Category: ProAG

Date: 2019- Still Ongoing

The PROAG Augmented Reality application developed by GNC Proses has references in the automotive and aluminum sectors in Turkey, France, and Oman. PROAG integrates Augmented Reality (AR) technology, allowing users to visualize data in real time.

With AR support, operators can manage production processes more effectively, monitor production line performance, and optimize maintenance processes. Users can see and interact with virtual objects in the physical world, making maintenance, training, and support processes more efficient.

Additionally, the PROAG application allows real-time display of information on equipment, thereby increasing workforce efficiency and minimizing error rates. This innovative approach contributes to the digitalization of industrial processes, helping companies gain a competitive advantage.