You’re a game developer who wants to work with mixed reality. What’s the first skill you need to learn?

Quest3 is the best "cheap" option for good MR experiences. Get one, look for different type of projects. Apple VisionPro is a better product, but more expensive and with a lot less user base. MR is going to be more important than VR for many years, there are more possibilities and has Real world utility. Mixing real world and being able to understand the Real World content, adapt and mix the experience is something that well done feels like magic.

Mixed Reality (MR) combines the real world with virtual elements, like placing a fire-breathing dragon in your living room. To build MR games, the first skill I need is a strong understanding of 3D programming. This will allow me to create the virtual objects and environments that players will interact with in the real world.

To enhance your MR skills, start by investing in a quality MR headset. Experiencing MR firsthand is crucial for understanding its potential and limitations. Explore various apps and games that push the boundaries of what's possible in MR to familiarize yourself with different interactions and environments. Additionally, consider apps specifically designed for educational purposes or skill development in MR development, such as programming tutorials or design principles in mixed, virtual and augmented reality. Engaging with a community of MR enthusiasts and developers can also provide valuable insights and inspiration. Remember, hands-on experience combined with continuous learning and community engagement is key to mastering mixed reality.

MR is exciting for game development because it breaks the boundaries of traditional gaming. Imagine this: instead of being confined to a screen, games can unfold in your living room, seamlessly blending virtual elements with the real world.

Spatial computing is the foundation for bringing MR games to life. It's like the brain behind the magic, understanding the real world and how to integrate virtual elements seamlessly.

To facilitate spatial computing with mixed reality (MR), employ machine learning-based algorithms for robust environment mapping and user tracking. Utilize depth-sensing cameras like LiDAR coupled with advanced SLAM (Simultaneous Localization and Mapping) techniques for accurate spatial understanding. Implement lightweight frameworks such as ARCore or ARKit for seamless integration with mobile devices, enabling efficient rendering and anchoring of virtual objects. Additionally, leverage cloud computing for scalable processing of sensor data and collaborative experiences. This approach ensures precise spatial awareness and responsive interaction, enhancing user immersion and experience in mixed reality environments.

For a streamlined approach to learning spatial computing and developing MR games, consider leveraging the latest tools and resources. Utilize Unity's MRTK for HoloLens and AR Foundation for AR devices, or explore the XR Interaction Toolkit for VR devices. Alternatively, tap into Unreal Engine's VR Editor or the Unreal Engine 5 Early Access for robust capabilities. Access tutorials, documentation, and online examples for comprehensive guidance. This approach ensures ease of use and optimal performance, empowering developers to create immersive experiences efficiently.

Utilize Unity's Entity Component System (ECS) along with the Data-Oriented Technology Stack (DOTS) to optimize performance in mixed reality (MR) games. Implementing ECS separates data and behavior, allowing for efficient processing and reducing CPU overhead. Utilize Unity's Hybrid Renderer to optimize graphics rendering and reduce battery consumption on MR devices. Employ Unity's XR Interaction Toolkit for seamless compatibility across various platforms and devices, ensuring a consistent user experience. Prioritize user comfort by integrating comfort mode options to mitigate motion sickness and eye strain. Regularly gather and incorporate user feedback to refine gameplay mechanics and address any concerns regarding privacy.