Digital Twin is a technology that digitally models physical objects or spaces to create a virtual counterpart reflecting real-world systems, integrating various sensors for real-time monitoring, analysis, and optimization. It has become a tool for enhancing operational efficiency across various sectors such as manufacturing, healthcare, and smart cities, with estimated revenues projected to reach around $110.1 billion by 2028. This signifies the remarkable growth Digital Twin will experience amidst the ongoing digital innovations across industries.
29% of global manufacturing companies have already fully or partially implemented digital twin strategies. This indicates companies' recognition of the value of digital twins in improving management and production processes by virtually replicating physical systems and environments.
Digital Twin Beamo is an enterprise solution that captures real-world sites and enables collaboration in a 360-degree virtual space. With a simple setup comprising a 360-degree camera, smartphone, and tripod, various industrial sites can be captured and it is automatically captured by walking through the site, so even beginners can easily operate it. Additionally, stitching images captured by the 360-degree camera creates a 360-view, rapidly generating digital twin compared to LiDAR or 3D scanners. Another advantage is the ease of reflecting changes in specific areas, making it particularly useful for industries with frequent updates like construction sites.
Digital twin serves as a crucial tool for companies to progress sustainably. It optimizes production processes, improves workflows, reduces energy consumption, and optimizes resource usage, facilitating the achievement of sustainability goals. Moreover, digital twins enable remote sensor monitoring in complex spaces and facilities without the need for physical presence. Positioned on innovation and change, Digital twin establishes itself as a major trend in future industries, expected to expand and evolve through its application and technological advancements.