Spatial computing is an innovative technology that has the potential to reshape our daily experiences by seamlessly merging the digital and physical worlds. With the ability to stimulate our senses through 3D visuals, sounds, and haptics, it offers an immersive and entertaining way of perceiving the world. This cutting-edge technology presents a spectrum of options, ranging from augmented reality (AR) to full virtual reality (VR).
The potential applications of spatial computing are vast and span across various industries. For example, VRPilot enables pilots to practice their flying skills before graduating to flying an actual plane. Augmedics is another example of a helpful device that can help improve surgical outcomes. It works by superimposing precise anatomical placements on a patient for the surgeon to follow.
Education and work are two areas of society that are likely to shift due to the impact of spatial computing. In workplaces of the future, holographic calls and digital workspaces eliminate the need for a physical office space. People will be able to collaborate on and complete projects from around the world without issue. Education is set to benefit from this digital technology as well. For example, students may be able to visit historical sites virtually without ever leaving the classroom.