by Angela Balas | Oct 9, 2020 | Articles
With support from big names like Google, Apple, and Facebook– 2020 is just beginning to showcase the power of Augmented Reality (AR) in our future. In fact, Statista predicts that in 2023, 35 billion dollars will be spent on these technologies by the manufacturing and construction industry alone.
Therefore, we felt inspired to gather 10 meaningful updates in AR– which may ignite your own innovations.
1. Investments pour into the AR space
According to recent statistics from Techjury, the AR market value rose from 1.8 billion in 2018 to 3.5 billion in 2019. After Apple released ARkit, ARkit only apps had 13 million downloads. Additionally, over 50,000 units of the HoloLens have been sold. Clearly, AR is projected to surpass VR revenues and companies are beginning to understand the significance of AR.
2. AR for navigation solutions
The GPS system is heavily relied upon to navigate the outdoors, but AR will be the solution to indoor navigation. Airports around the world are beginning to deploy AR solutions for passengers to find their way around. Gatwick airport, London’s second busiest airport, has created an augmented reality wayfinding app. They have installed 2000 wayfinding beacons to enable augmented reality wayfinding and routes to terminals and gates. Per VR focus, the app won the Mobile Innovation of the Year award at the National Technology Awards. Other industries including retail, travel, and real estate will follow in their footsteps– as AR-powered navigation is expected to move into new territory.
3.AR and AI will combine to create immersive 3D experiences
Artificial intelligence and machine learning are booming sectors in technology. In the spatial computing world, voice and immersive media can work together to personalize experiences. MobDev points out, “35% of sales on Amazon are derived from its recommendation engine, which leans heavily on data science and machine learning to deliver search results and match advertisers with customers. Combining AR and AI will be extremely useful as a marketing tool that can help companies learn about shopping preferences.
4. Home improvement and Furniture stores adopt AR applications
Ikea was one of the first to establish an Augmented reality app that helps you digitally position your furniture in your house to identify if it’s the right fit– without ever having to visit the store. Wayfair and Lowes also created similar apps using AR technology. It is clear that furniture retailers can easily take advantage of AR to improve customer satisfaction.
5. AR begins to disrupt healthcare
There are some educational applications for Augmented Reality in healthcare– like training medical staff or new students. Additionally, Augmented Reality can help medical staff with tasks that require precision. Technologies like AccuVein are being created to assist medical professionals with patient care. AccuVein uses projection-based AR to cast a virtual real-time image of underlying vasculature on the surface of one’s skin.
6. AR is shifting to Industrial Use
Immersive technology can be leveraged for the manufacturing industry– increasing safety and efficiency. According to Forbes, “The 2020 XR Industry Insight report collated by VR Intelligence states that 65% of the AR companies surveyed said they are working on industrial applications, while just 37% working on consumer products and software.”
7. 5G will power emerging Technologies
The higher throughput of 5G will support AR and VR content that’s streamed from the cloud. 5G was introduced in early 2019 and with its extremely high speeds, it helps solve the high bandwidth demands of AR.
8. Automotive
People have been dreaming of self-driving cars for centuries– and here they (almost) are. The automotive industry is now investing millions of dollars into AI and AR-powered systems to recreate the driving experience. Panasonic recently revealed an AR demo car that can project large images in distances up to 10m. The car augments images on the driver’s windshield so they can continue to maintain focus on the road.
9. Coronavirus accelerates the use of AR and AI to maintain social distancing
Unfortunately, the pandemic was unpredictable, but we saw a huge spike in workplace technologies like zoom. As weeks turn into months, companies must adapt to continue to promote collaboration and training. Cities such as Seattle and Boston have already piloted using different forms of AR/ VR to help city planners, elected officials, and citizens better participate in city planning.
10. AR for fun!
From museums to video games – AR has vast potential to add some excitement and spark to average experiences. For example, Google Lens recently introduced new features to make at-home learning more fun for families. For children who are looking to learn and tap into their imagination– AR creates a new world of possibilities.
What do you think are things happening in the AR that are making a difference in the update and use of the technology?
by Bob LaBelle | Oct 24, 2018 | Uncategorized
Although around for a couple decades, Augmented Reality (AR) is a technology that is receiving a great deal of attention through growing implementations, fueled by developments in supporting technologies, improved network speeds and increasing user interest and industry experimentation. As these developments continue to evolve, there will be technological challenges caused by the variety of different devices, software and platforms, coupled with the overall multi-dimensionality of AR and its associated requirements and goals that are highly dependent on the AR offered service or experience.
Even though many major companies are trying to make AR mainstream and start-ups are forming around its various aspects and uses, the adoption and use of this technology face many issues including interoperability. Many of these challenges can be addressed through open standards (open in development process through consensus and voluntary use).
AR standardization as a whole can, in principle, provide a schematic or framework on which parties involved can build services and applications, while encouraging innovation through clearly defined practices, maintaining interoperability, generating market trust and allowing collaborations and efficient information exchange.
When we look at AR today, its development and application can benefit from being grounded in open standards and universally adopted standard interfaces that lead to interoperability of hardware and software, which is necessary to grow market opportunities for the industry and benefit users. Open standards reduce the need for companies to reinvent the wheel, allowing for solutions to be more cost-effectively developed and move to market faster. All involved in the open standards development benefit from cooperation in building a foundation for the industry to compete upon—as a fragmented technology landscape benefits few. Further, the current “infrastructure” upon which AR functions—and its main access tool or vehicle of mobile devices—relies on open standards. When we look at standards for AR, these standards need to align with and innovate upon this foundation.
As the current popularity (and market) trends on AR continue with AR experiences maturing, with more AR content being created, and as new services and business models emerge—not to mention as more and more people use the “well- marketed” AR paradigms of today, it is time to reinforce support for the development and application of open standards to ensure open AR for all.
by Bob LaBelle | Oct 5, 2018 | Uncategorized
Global standards help the world achieve essential goals, including enhanced public health and safety, increased education, technology innovation and market expansion. In short, global standards—those developed in an open, bottom-up and market driven paradigm—are the underpinnings of innovation and their value and necessity are coming into even sharper focus with the Internet of Things, Big Data, Artificial Intelligence and Augmented Reality.
Standards open new markets and applications and make broadly available proprietary knowledge for current and future innovative technologies. Globally open standards development forums help promote solutions and provide networking opportunities with and among cross national communities, creating vibrant, open ecosystems that provide multiple sources of readily available information and expertise.
The open standards produced are beneficial on many fronts, including for industry there is less chance of being locked in by a specific technology and/or vendor. Since the specifications are known and open. And it is easier for systems from different parties or using different technologies to interoperate and communicate with one another. As a result, there is improved data exchange. Open standards help facilitate cross-platform functionality and speed development toward universal mapping and localization, among many things.
As digital technologies become increasingly more ingrained in our daily lives and as technologies such as AI and AR intersect more with industry verticals and commercial applications, innovation is boundless especially if grounded in open standards and specifications.
AI and AR in particular are at a pivotal moment in time. Decades of visions regarding AI and AR are coming of age and viable—beyond technologically to industry and consumer adoption and use. AR and the broader set of industries are converging the physical and digital worlds, with a tremendous amount of talent and creativity envisioning the future of the human experience. For industry to realize this promise, open standards are needed. Further, how these standards are created and who they are designed to benefit will have an impact on how the AI and AR space evolves.
For AI and AR to evolve, open solutions and standards will be critical to unleashing cross-platform support and accelerating development in what promises to be one of the most exciting times for creativity.
At Brainwaive we support open standards for open innovation to advance AR for industry and consumer use that is easy to access and use and that is trusted, safe and secure.
