Transform operational efficiency and user experiences across various industries with indoor mapping and location-based services. Explore our successful implementations in exhibitions, factories, museums, and more, and discover solutions with limitless potential.
Hello, this is Freegrow. Today, we introduce a simple test using our Mobile Anchor. We wanted to see how far the distance can be measured on Android and iOS. One of the most common questions from users is: “How far can my smartphone stay connected to the Mobile Anchor?” So
Hello, this is Freegrow!These days, museums, art galleries, and exhibitions focus on smart exhibition technology. It is not only about how you design the exhibition, but also about what kind of visitor experience you provide. A key part of this is location-based curation technology. This system detects where the visitor
Hello, this is Freegrow 😊When you set up a UWB-based indoor positioning system, most people only think about the XY plane. But what if you need height (Z-axis) information? For example, worker safety, drone position, or separating multi-level spaces. With the normal setup, it is not easy to get accurate
Hello, this is Freegrow 👋 In the last story, we shared how a student project team first tried to use a DIY DWM1000 module. That attempt failed, and finally, they chose the UWB Creator Kit. With Q1, the students felt, “Now we can do this project in the right way.”
Hello, this is Freegrow. In the last post, we shared a case where a university student team tried to use the Crowtail DWM1000 module and a DIY soldered DWM1000 module. But they faced many problems. The main issues were unstable communication and hardware limits. The biggest lesson was simple:“To succeed,
Hello, this is Freegrow. When you prepare a capstone design or graduation project, you may think,“Maybe we can save money by building the module ourselves?”Most of you have probably thought about this at least once. The case I will share today also started with that idea. A university student project
