During this year’s SIGGRAPH 2019 conference taking place in Los Angeles until August 1st, Magic Leap unveiled a new augmented reality Undersea experience. This innovative experience promises to transport users into a mesmerizing underwater world, showcasing the potential of AR technology. Watch the quick teaser below to learn more from Dan Lehrich, Vice President of Production for Magic Leap Studios. Unfortunately, it has not been confirmed as yet whether the experience will be made public, but let’s hope it is, and if it is, we will keep you in the loop.
The Development Process and Its Educational Value
The team at Magic Leap Studios is using the development process for the Undersea experience to help third-party developers learn more about constructing augmented reality experiences for the Magic Leap hardware. This initiative is part of Magic Leap’s broader strategy to foster a robust ecosystem of AR content. By sharing insights and methodologies, Magic Leap aims to empower developers to create more immersive and high-quality AR experiences.
Magic Leap has a history of developing engaging AR content. For instance, they previously developed “Create,” an interactive toy room-style sandbox for Magic Leap. While “Create” features a cartoonish art direction, Undersea aims for a more realistic and visually stunning experience. This shift in artistic direction highlights Magic Leap’s commitment to pushing the boundaries of what is possible in AR.
Technological Advancements and Graphical Fidelity
The Road to VR website explains that “Magic Leap Studios is stressing the graphical fidelity of the experience, saying that it’s built on Unreal Engine and Vulkan 3.1 mobile for an experience which ‘pushes the graphical boundaries of Spatial Computing.’” This emphasis on high-quality graphics is crucial for creating a believable and immersive underwater environment. The use of Unreal Engine, known for its powerful rendering capabilities, ensures that the Undersea experience will be visually impressive.
Vulkan 3.1 mobile, a modern graphics API, further enhances the graphical performance, allowing for more complex and detailed scenes. This combination of advanced technologies enables Magic Leap to create an AR experience that not only looks stunning but also runs smoothly on mobile hardware.
Potential Applications and Future Prospects
While the Undersea experience is primarily a showcase of Magic Leap’s technological capabilities, it also hints at the potential applications of AR in various fields. For example, educational institutions could use similar AR experiences to teach students about marine biology in an engaging and interactive way. Museums and aquariums could also leverage this technology to offer visitors a more immersive and informative experience.
Moreover, the techniques and technologies developed for the Undersea experience could be applied to other AR projects, ranging from gaming to industrial applications. By demonstrating what is possible with current AR technology, Magic Leap is paving the way for future innovations.
In conclusion, Magic Leap’s Undersea experience is a significant step forward in the world of augmented reality. By focusing on high graphical fidelity and leveraging advanced technologies like Unreal Engine and Vulkan 3.1 mobile, Magic Leap is setting a new standard for AR experiences. Whether or not the Undersea experience becomes publicly available, its development process will undoubtedly provide valuable insights for the AR community. We look forward to seeing how this project influences future AR developments and applications.
Source: Road To VR
Latest Geeky Gadgets Deals
Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
