INDOAR Integrations

SERVICE AR is an innovative all-in-one application designed to enhance essential service and maintenance operations. It allows users to visualize important data and information at their convenience. With an extensive array of state-of-the-art features such as maintenance tours, remote assistance, and detailed work instructions, SERVICE AR aims to minimize downtime and elevate the quality of service provided. The application guides employees to locate service points by determining the most efficient routes, even in intricate building layouts. Enhanced navigation features further aid users by displaying relevant data and information throughout their journey. Critical areas and potential hazards are highlighted, clearly indicating where increased vigilance is necessary. As a result, the safety of workers is significantly improved, and their productivity can be increased twofold, leading to a more efficient work environment. By integrating these functionalities, SERVICE AR not only streamlines processes but also fosters a culture of safety and efficiency in service operations.

HELPAR is a highly effective collaborative tool designed for remote assistance, integrating video streaming with augmented reality (AR) technology. This advanced system overlays the camera feed from the user’s device with digital visuals, facilitating interactive experiences and the use of AR markers. Users can effortlessly initiate a live video session using their smartphone or smart glasses, allowing for immediate demonstration and explanation of issues. Similar to traditional remote support platforms, it enables real-time sharing of videos and images, but with the added advantage of AR annotations that enhance the clarity of communication. Once placed during a session, these sticky annotations maintain their position for the duration of the remote assistance call, simplifying the process of addressing specific problems. Users can easily highlight areas of concern by utilizing AR markers, while also having the capability to establish trackers based on 3D models, CAD data, or 3D scans without needing complicated setups. This seamless integration of technology not only enhances collaboration but also significantly improves the efficiency of remote guidance.