Mixed Reality(MR) offers a new medium for information visualisation and interaction with data. Merging physical with the virtual, MR can enhance both visual and interaction experience. This MR exploration is situated at the intersection of visualization and interaction with geospatial and movement related data.

The research investigates two interaction modalities - Poke and Gaze-Pinch interactions, and two visualization techniques - Stationary and Non-stationary, for objects moving on a map, assessing their influence on the user experience, performance, and cognitive load. The study involved N=12 participants using a custom MR application developed with a Design Science Research Methodology, and data collection centered around Usability Testing strategy. The interactions and visualisation techniques, are recommended to elevate the user experience for tasks requiring interaction with objects moving on a map. The study identifies optimal strategies for engaging with dynamic data such as real-time vehicle information, to potentially support decision-making in transportation and logistics industry, when monitoring vehicles in a MR context. This research contributes to the fields of Immersive Analytics, Human-Computer Interaction, and geospatial visualization, with implications for enhancing operational efficiency and user engagement in professional settings.