The field of spatial reasoning and extended reality is rapidly evolving, with a focus on developing innovative solutions that combine machine learning, computer vision, and human-computer interaction. Recent developments have explored the use of extended reality for teaching mathematics, particularly geometry, and have proposed novel frameworks for integrating physical and cyber spaces. Moreover, researchers have made significant progress in dynamic spatial reasoning, introducing new benchmarks and training-free frameworks that enhance performance across diverse tasks. Noteworthy papers include: Development of Digital Twin Environment, which presents a digital twin environment that integrates a commercial metaverse platform with IoT sensors, and Bridging the Dynamic Perception Gap, which proposes a novel framework for dynamic spatial reasoning. Additionally, CoNav introduces a collaborative cross-modal reasoning framework for embodied navigation, achieving significant improvements on standard benchmarks.