Blog

As the GNSS surveying landscape evolves, so do the needs of professionals who rely on cutting-edge technology for precision and efficiency. In the past two years, we've made comparison tables of our GNSS receivers to help our users to make an informed decision.

Our first few batches of Orion ONE users have already received their equipment and put it into use. To facilitate everyone's use and to demonstrate the operation to interested professionals, in today's blog, we will introduce in detail how to use the laser surveying function and related precautions.

In our previous blog, we focused on the laser surveying capabilities of the Orion ONE visual and laser RTK receiver. Today, we’ll address more frequently asked questions, including laser surveying limitations, AR stakeout WiFi usage, and the overall performance of Orion ONE beyond its new features.

Since the release of the Orion ONE visual and laser RTK receiver, we've received some questions from users curious about its new laser surveying function. In this blog, we'll address some of the most frequently asked questions to help you better understand how to utilize this feature and make informed decisions.

With the launch of the P2 safety solution, the SingularThings IoT platform has gained significant attention in industries like construction safety, inspection, and personnel tracking. This platform offers extensive customization options, making it adaptable to various operational needs.

For GIS tasks that don't require centimeter-level accuracy or when RTK correction services aren't available, PPP (Precise Point Positioning) and SBAS (Satellite-Based Augmentation System) modes offer excellent alternatives. These modes provide reliable sub-meter to 20cm accuracy without requiring a base station, making them ideal for a variety of field surveying applications.