A Look At The Rising Popularity of Mobile 3D Visual Experiences
Forecasts of the mobile 3D market are looking up. The global smartphone market was valued at $378.29 billion in 2020 and is projected to reach $493.13 billion by 2026, according to Market Data Forecast, which predicts a CAGR of 6.85% through 2022-2027. By comparison, Mordor Intelligence expects the mobile 3D market to register a CAGR of 40.60% over the forecast years of 2021-2026, citing the increasing proliferation of 3D and mobile video games as a significant predictor of this market’s growth potential. 3D and mobile video games, in their various forms, are already big business. In addition, we can see continued growth in areas like 3D modeling design, environmental scanning, and even 3D photos–all applications that could benefit from the increased dimensionality of IKIN’s unique hologram technology.
Continued Success For 3D And Mobile Gaming
The video game industry was valued at $180.3 billion in 2021. Many modern popular games employ 3D perspectives in gameplay, and the popularity of platform-based 3D VR gaming showed promising growth during the Covid pandemic. Even more impressive is the continued success of mobile gaming, which accounted for 52% (or a whopping $93.2 billion) of 2021’s global video game market. Historically speaking, true 3D gaming has not been a success story, but these latest statistics suggest a turning point for the medium that could find even greater success as the 3D capabilities of dedicated devices, like Oculus and PS VR, go mobile.
Mobile 3D Modeling Design
In addition to 3D and mobile gaming, the advent of practical mobile 3D modeling design is another area that has shown significant growth in recent years. 3D modeling design work was once relegated only to the most powerful desktop computers. Today, thanks in big part to the increased processing power of modern 5G-ready smartphones and tablets, engineers, developers, designers, and artists can take their 3D modeling on the go. Whether doing structural design, engineering a product model spec for manufacturing, creating a 3D character for video games or virtual production, or even building a blueprint for 3D printing, you can find a mobile 3D modeling app to fit your needs. The number of mobile 3D modeling apps has exploded in recent years, offering affordable tools across all major mobile platforms and for every experience level. If you can think it, you can build it…on your mobile device of choice.
Capture Your World Through Your Mobile Device
Modern mobile devices come packed with a slew of built-in tools. One of the most impressive is undoubtedly the depth-detecting lidar sensor. Equipped standard on Apple devices, lidar can scan real-world spaces and objects into digital 3D. Coupled with the accuracy-boosting Canvas app, lidar can easily capture space-scanning photography, called photogrammetry, that can be used for planning home improvement projects, interior design, or even creating digital tours. Lidar also allows for the scanning of 3D objects; it can improve 3D visual experiences, like AR experiences; and, it can even enhance photos, all leading to greater digital dimensionality.
3D Photos
Lidar, multi-lens smartphones, and developing AI have all attributed to the emergence of 3D photos. 3D photos can be produced in different ways, but the end result is similar in effect: a photo that distinguishes the foreground from the background and allows the perspective to shift slightly to create new angles to view the background while more subtly adjusting the details of the foregrounded subject. This approach increases the illusion of depth and adds an element of movement to an otherwise still image. There are plenty of apps like LucidPix, Phogy, or Parallax, that can allow you to capture 3D photos or even convert your 2D photos into 3D. 3D photos are not particularly versatile at present, but they are trending as eye-catching imagery on social media.
IKIN Is Applying A Holographic Approach To Mobile 3D
IKIN’s approach to digital 3D is holographic. The beauty of holograms is that it is a natively 3D technology that produces natural perspectives and accurate dimensionality. The company’s leading hologram technology systems are the IKIN ARC, a large format dimensional display, and the RYZ, IKIN’s holographic system for mobile devices. Both systems generate holograms in ambient light and neither requires the headgear typical of VR and AR. Thus, the 3D visual experiences of IKIN’s holography is an intuitive one that uses head tracking AI to create user perspectives based on their movements.
Using IKIN Hologram Technology To Boost Established 3D Applications
Incorporating IKIN’s holographic tech into any of the above 3D applications would boost dimensionality and–in many cases–create more realistic digital experiences resulting in higher emotional engagement for users. Imagine, for instance, a fully holographic 3D mobile game that allows users to look around the game’s environment simply by craning their neck. Holographic 3D modeling could create more immersive walkthroughs of modeled or mapped digital 3D spaces. And, similar to some 3D photo apps currently available, the RYZ SDK can convert 2D content into holographic 3D. If 3D is the future of modern digital experiences, holography is the future of 3D.
To learn more about IKIN’s ongoing developments in holographic technology and hologram applications, please visit the IKIN blog. And, remember to follow IKIN on social media.
