Redefining Mobile App Development with Augmented Reality

Augmented reality aims at providing an enhanced and digitalized view of the real-world with the aid of computerized images, texts, sounds, special effects, etc. Augmented reality unleashes great audio-visual experiences with techniques like image recognition through cameras, tracking locations through GPS, usage of ‘touch’ screens, etc. AR is the use of computer technologies to create a clearer, more informative and meaningful version of the real world. It is often confused with virtual reality; however, both have different meanings. Virtual reality creates an absolutely artificial environment. Augmented reality creates a virtually superimposed layer on the natural environment.

Source:wdipl

The Augmented Reality concept has been popularly accepted worldwide, by the mobile app development companies and the app users. Augmented reality may lead to interesting learning processes in future by virtually portraying the reality, hence enabling better registration of facts in brain. The virtually clear view of the real scenarios can assist in better planning taking up better decisions in the fields of business, economy, etc. The industries that highly benefitting from AR are education, gaming, healthcare, retail, etc. The gaming industry is drawing an impressively large number of users by the creation of AR-based mobile applications. Augmented reality applications are revolutionizing the mobile app development by enabling the creation of realistic, user-friendly, interesting and smarter mobile applications.

Augmented reality has end number of advantages. Firstly, it provides enhanced user experiences through a large number of interactive elements. Secondly, it helps in the optimization of user interactions.  AR combines elements of the physical and the digital to create a computerized version of the real-world, thus narrowing the gap between the real and the virtual world. Locations can be tracked more realistically with Augmented reality-based tracking applications.

With games like Pokemon Go, augmented reality has created an impressive mark, enabling a digital environment interact with the real world. The digital world and the real-world went hand in hand, with the movement of the mobile device through all the real spaces in search of pokemon characters.

Working of Augmented Reality Applications

The implementation of Augmented Reality can take place in numerous ways in a mobile app development company. Some of them are as follows:

3-Dimentional Objects: Augmented reality can form 3-D versions of the objects of any particular environment. For example, when a 3-D version of a particular classroom is created using AR, then there can be simulated digital guide for locating where the switches of the classrooms are, where the chalks are kept, how much of empty space is there in the classroom, etc. This can be achieved with or without the usage of trackers.

Tracking User Location: AR apps can show where exactly the user is by tracking and displaying the location of the user on screen and delivering related results.

Location Based Applications: The AR applications that are location-based employ location detecting features of the mobile like accelerator and GPS to gather information about the user’s location, and displaying that data on the image that gets clicked with the camera of the mobile device.

Markerbased and Markerless Augmented Reality: In case of markerbased AR ( also known as recognition based AR) , markers like QR codes are employed for the creation of digitalized overlays over the real camera-view. Markerless AR apps employ special algorithms for detection of realistic images with any information, which gets displayed with the image overlay.

Augmented reality is gaining huge popularity because of its ability to create highly sophisticated and realistic mobile apps. It is no exception that AR is now utilized on a vast scale by every mobile app developer, Utah. There are many popular tools for developing AR based mobile apps. Some of these tools are ARToolKit, Google ARCore, Maxst, Vuforia, Apple ARKit, etc. The SDK must be selected based on the requirement of the mobile app to be developed.

Augmented reality is used in complicated surgical processes, in supercomputers, in smart phones, in archaeological researches, in video marketing, in video games, etc. Statistica reports say that by 2021, the AR and VR market is anticipated to reach a size of $215. Besides Pokemon Go, there are various other popular AR-based apps across various sectors , like ZooBurst in education, AccuVein in healthcare, etc. Augmented reality may lead to interesting learning processes in future by virtually portraying the reality, hence enabling better registration of facts in brain. Students can be exposed to video classrooms and game-based learning systems. Considering all these factors, it can be aptly concluded that Augmented Reality holds an amazing future in the days to come.