2021 has arrived (finally). While our primary focus this year is on the anticipated medical advancements, immersive technology continues to evolve and occupy an increasingly significant role in our daily lives.
Therefore, we want to discuss augmented reality and what we can anticipate in 2021 from this technology. Although its utility extends to numerous areas and professions, including... workplace safety risk prevention, we want to highlight three trends that are expected to experience significant adoption by the general public.
USE OF AUGMENTED REALITY TO FACILITATE NAVIGATION
With increasing bandwidth and improved spatial mapping capabilities thanks to mobile device cameras, the entry of augmented reality into the navigation sector is one of the initial milestones we will begin to see regularly in our daily lives.
Several examples have already been integrated into our lives. The most well-known is the AR Live View tool launched in 2019 by Google for Google Maps, which allows us to orient ourselves more easily and visually by simply pointing at our surroundings.
In October 2020, Google announced several new features to enhance the AR Live View experience outdoors. These include the ability to overlay reference points and an expansion of the solution to more cities. Elevation is also a key aspect of the process, which improves Live View performance in mountainous areas.
However, this navigation use case is not exclusive to outdoor environments. It can also be highly beneficial within indoor spaces. A range of tools can be utilized to enhance this experience at various scales, such as Bluetooth beacons, ceiling antennas, and QR codes. However, in environments with a robust Wi-Fi network, devices like the latest iPhone models enable excellent indoor positioning.
https://youtu.be/VmROm6nbElA
The functionality of applications based on ARKit and ARCore can be highly valuable in assisting consumers with navigation in large indoor spaces, such as airports, shopping centers, and office complexes.
For example, navigation within a retail store can significantly improve the shopping experience, helping customers find what they're looking for in less time.
REMOTE ASSISTANCE AND VIRTUAL MANUALS
A total of 4,405,320 people in Spain have the option of remote work, representing 22.3% of the total occupied population, which in 2019 stood at 19,779,300 people. This percentage varies considerably depending on the occupation, according to an analysis by Randstad.
It is clear that remote work has increased dramatically since the beginning of the COVID-19 pandemic, and studies predict that current trends in remote work will continue long after the pandemic has passed.
Due to the rise in remote work, new solutions are needed to maintain the efficiency of certain professions previously operating in person. IT device repair is a prime example. Augmented reality (AR) can enable technicians to guide clients through the repair process, providing on-screen instructions to clearly and effectively outline the steps involved.
https://youtu.be/11NiyGoKOrk
Remote assistance allows both parties to connect and experience augmented reality simultaneously through a peer-to-peer connection. Virtual user manuals based on AR can be applied across various sectors, from automotive mechanical issues to factory machinery information.
AUGMENTED REALITY IN EDUCATION
Educational institutions have been among the most impacted by social distancing policies during the Coronavirus pandemic. However, augmented reality offers a range of applications to enhance student learning experiences through immersive AR experiences.
This technology increases student focus on course content while learning remotely, expanding visual content and offering diverse learning methods. This can break the monotony of video conferences and improve students' mnemonic learning processes.
Allowing students to observe objects coming to life and view them from different perspectives will enhance their learning. Visualizing blueprints for activities or creating logos are other possibilities offered by this technology.
A key advantage of augmented reality in education is a student's ability to inspect a model from multiple angles independently. By rotating a virtual object in space, they can examine and better understand complex concepts. This facilitates a home-based, experimentation-based learning method, proven to be more effective than traditional methodologies, as students are more likely to retain and comprehend the information.
The adoption of augmented reality in education is driven by the ability of students to inspect models from various angles, promoting deeper understanding through hands-on exploration. This approach fosters a more effective learning experience compared to traditional methods, leading to improved knowledge retention.
2021 has arrived (finally). While this year primarily focuses on anticipated medical advancements, immersive technologies continue to evolve and gain increasing prominence in daily usage.
Therefore, we're discussing augmented reality and the expected developments in 2021 for this technology. While applicable across numerous sectors and professions, including occupational safety, we'll focus on three key trends poised for widespread adoption.
USE OF AUGMENTED REALITY TO FACILITATE NAVIGATION
With increasing bandwidth and improved spatial mapping capabilities through mobile device cameras, the integration of augmented reality into navigation is a significant milestone expected to become commonplace in daily life.
Several examples of this already involve ongoing coexistence with us. Notably, the most well-known is Google's AR Live View tool, launched in 2019 for Google Maps, which enables users to navigate in a significantly simpler and more visual manner by simply pointing at their surroundings.
In October 2020, Google announced several new features designed to enhance the AR Live View experience outdoors. These include the ability to overlay reference points and an expansion of the solution to more cities. Elevation is also a key factor, improving Live View performance in mountainous areas.
However, this navigation approach isn't limited to outdoor use. It can also be highly beneficial within indoor spaces. A range of tools can be utilized to improve this experience at various scales, such as Bluetooth beacons, ceiling antennas, and QR codes. Nevertheless, in environments with existing robust Wi-Fi networks, devices like recent iPhone models can achieve excellent indoor positioning.
https://youtu.be/VmROm6nbElA
The functionality of applications based on ARKit and ARCore can be valuable in assisting consumers with navigation in large indoor spaces, such as airports, shopping centers, and office complexes.
For instance, navigation within a retail store can significantly improve the shopping experience, helping customers locate desired items in less time.
REMOTE ASSISTANCE AND VIRTUAL MANUALS
A total of 4,405,320 individuals in Spain have access to remote work options, representing 22.3% of the total occupied population, which in 2019 stood at 19,779,300. This percentage varies considerably depending on the occupation, according to an analysis conducted by Randstad.
It's clear that remote work has increased dramatically since the beginning of the COVID-19 pandemic, and studies predict that current trends in remote work will continue long after the pandemic has passed.
Due to the rise in remote work, new solutions are needed to maintain the efficiency of certain professions that previously operated in a physical setting. The repair of Information Technology (IT) devices is a good example. Augmented reality can enable technicians to guide customers through the repair process, for instance, by providing instructions on-screen to clearly and effectively indicate the steps to follow.
https://youtu.be/11NiyGoKOrk
Remote assistance allows both parties to connect and share the same augmented experience through a peer-to-peer connection. Augmented reality-based user manuals can be applied across various sectors, from automotive mechanics to factory machinery information.
AUGMENTED REALITY IN EDUCATION
Educational institutions have been among the most affected by social distancing policies during the Coronavirus pandemic. However, augmented reality offers a range of applications that can enhance the learning experience for students through augmented reality experiences.
This technology enables students to enhance their focus on course content while learning remotely, and also offers more diverse learning methods by expanding visual content. This can help break the monotony of video conferences and improve students' mnemonic learning processes.
Allowing students to visualize objects coming to life and examining them from various perspectives will support their learning development. Options such as viewing blueprints for future activities or creating logos, are facilitated by this technology.
https://www.youtube.com/watch?v=MArFzB6UM7o
A key benefit of augmented reality in education is a student's ability to independently inspect a model from multiple angles. By rotating a virtual object in space, they can examine and better understand specific concepts. Critically, this allows for a home-based learning approach centered on experimentation, which has proven significantly more effective than traditional methodologies, as students are more likely to retain and comprehend the material.