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Our sensors and analytics application are helping organizations make data-driven decisions, and AI Innovation House is no exception. AI Innovation House is an innovation playground that provides a platform for testing and using the latest digital products and artificial intelligence. Currently, they are using our sensors and analytics application to gain a better understanding of how and when their spaces are being utilized, and take actions based on the data collected overtime. Ultimately, this enables them to optimize their spaces and reduce energy consumption.
By leveraging the power of our technology, AI Innovation House is now able to analyze real-time data on space utilization, foot traffic and occupancy patterns. With this information, they can make data-driven decisions about how to optimize their spaces and improve their overall efficiency. For example, they can adjust heating, ventilation, and lighting systems based on the number of people in a given space, leading to significant energy savings. The ability to adapt utility usage to the number of people in a space is a crucial step in making any building more energy-efficient. With our solution, organizations can optimize their spaces and reduce their carbon footprint, all while saving on building management costs.
This is a case we worked on with Atea Denmark, a leading provider of IT infrastructure and consulting services. Their commitment to delivering world-class IT solutions aligns perfectly with our goal of helping organizations make data-driven decisions, as they have done with AI Innovation House. Our sensors and analytics application are a game-changer for organizations looking to make data-driven decisions. We are dedicated to helping organizations optimize their spaces for better efficiency and reduce energy consumption. Contact us today to learn more about how our sensors can help your organization achieve its sustainability goals.
Watch the video here to find out more about how AI Innovation House is utilizing our sensors and analytics application to optimize their spaces, reduce energy consumption and save on building management costs.
