One of the primary challenges when developing Spatial Computing applications is navigating a new paradigm of user interactions and design patterns. In contrast to traditional technology mediums like mobile or web that have a very mature universal user interaction and design patterns, spatial computing offers a new canvas for user

Apple Vision Pro was released in February 2024 and marked a pivotal point in the AR/VR industry, defining a new industry term: Spatial Computing. Developing software for Apple Vision Pro requires a wide range of skills, including: * 👨‍✈️ Product Manager * 👨‍💻 Software Developer * ✏️ UX/UI Designer * 🧑‍🎨 3D Artist (Modeling, Rigging, Lighting)

Spatial computing unlocks a new paradigm of human interaction with technology and opens the door to a new generation of computer applications. We are currently in a blue ocean of business opportunities waiting for business leaders, innovators and entrepreneurs to start applying these technologies to generate value to society. What

The term spatial computing has risen to prominence in the AR/VR industry following Apple's announcement of the Vision Pro. By using “spatial computing” as the category name, Apple has set a new industry standard for terminology. Prior to this, these technologies were commonly known as: * AR/VR - augmented

Spatial Computing is transforming how we interact with technology. Merging the physical and virtual worlds unlocks a wide range of new applications and use cases that were once only imagined in science fiction. Here's a closer look at some of the top examples of how spatial computing is being used

Spatial computing refers to a set of technologies that enable human interaction with computers to happen in three-dimensional spaces. Instead of confining digital content and interactions to flat 2D screens, spatial computing integrates the physical and digital worlds. Technologies under this term include virtual reality, augmented reality and mixed reality.