Liang Guan, General Manager at Rokid, enthusiastically stated:
“Numerous top-tech companies currently explore AR, XR, or the metaverse. As early as 2016, Rokid has been proactively expanding our AR product pipeline across leading technological areas of optics, chips, smart voice, and visual image. Today, we have X-Craft deployed in over 70 regions and Air Pro has been widely used in 60+ museums around the world. Moving forward, Rokid will keep delivering real value to enterprises through its line of AR products.”

Rokid products empower the frontline workforce, providing real-time analysis, views, and documents to the control center. Many media and participants were surprised after trying Rokid products. Saying that the various control modes provided by Rokid AR glasses are very convenient for users to operate and can effectively improve work efficiency.

Rokid X-Craft, demonstrated live at the AWE 2022, has officially received ATEX Zone 1 certification from TUV Rheinland Group. Becoming the world’s first explosion-proof, waterproof, dustproof, 5G, and GPS-supported XR device. This is not only a great advance in AR and 5G technology but also a breakthrough in AR explosion-proof applications in the industrial field. Many users at the event said after the trial that safety headsets are comfortable to wear and are highly competitive products in the market. It not only effectively ensures the safety of front-end staff, but also helps oil and gas fields increase production capacity.

Rokid Air Pro, a powerful binocular AR glasses, features voice control to help you enjoy a wide variety of media including games, movies, and augmented reality experiences. Rokid Glass 2, provided real-time analysis, views, and documents to the control center, and successfully improved traffic management and prevention to ensure the long- term stability of the city.

The unprecedented need to develop a workforce that can build and service electric and autonomous vehicles and develop the cybersecurity to protect them is the driving force behind the new consortium.

Industry partners involved are BMW, Michelin, Bosch, Daimler, Proterra and Volvo.

The consortium is named “Collaborative Research: REVVED,” short for Revolutionizing Electric Vehicle Education, is receiving $2.83 million from the National Science Foundation to fund the project.

One of the main goals is to strengthen learning and retention among students from rural areas, veterans and students who are from groups underrepresented in the workforce.

Digital learning systems are especially attractive for students who are non-traditional and underrepresented in the workforce, researchers said.

Mary Thornley, president of Trident Technical College, said REVVED addresses a critical need in South Carolina and across the country.

“Our country has an unprecedented need, the need for a new generation of talent to respond to international competition for an automotive workforce with up-to-date skill sets required for the manufacturing and servicing of electric and autonomous vehicles,” Thornley said. “We are excited to work with strong partners to create that talent to ensure state and national competitiveness.”

Readers can find out more about this new initiative by reading the original article on Clemsen News.

Hundreds of the world’s most profitable and well-known companies are already using augmented, virtual, and mixed reality (XR) to deliver the benefits of digitization to the modern workforce. These organizations are seeing ROI in the form of faster training, shorter design cycles, higher quality, less downtime, reduced waste, and increased customer satisfaction.

Hear from those driving XR and other emerging technologies in enterprise at the 2022 Augmented Enterprise Summit when it returns in-person October 18-20 at the newly renovated Town & Country Resort Hotel in San Diego. As always, the event will feature a world-class lineup of enterprise end users along with the largest curated expo of enterprise-ready XR solutions. Organizations at every stage of adoption will get to hear how the world’s biggest companies are leveraging XR, try out the top hardware/software, and connect across industry lines.

“[AES] has consolidated its position as the nexus of the growing enterprise XR ecosystem, with the ability to bring together both augmented reality companies and the large enterprises that are now testing and implementing XR solutions.” – Forbes

The Speakers

Leading innovators from companies like Abbott, Bank of America, Con Edison, DuPont, Ford, GM, Kohler, Marathon Petroleum, and Ulta Beauty will share insight into adopting and deploying XR and related emerging technologies for applications such as remote support, collaboration, work instructions, training, design, marketing, safety, and sales.

The Program

The comprehensive educational program includes case studies across industry verticals with deep discussions on specific immersive applications, best practices, security, enabling technologies like 5G and AI, IIoT, the Metaverse, and more.

The Exhibit

Get hands-on in the carefully curated expo of AR smart glasses, MR/VR headsets, body-worn sensors, exoskeletons, and other connected devices ready for deployment today, along with the platforms and technologies that power them.

For information and tickets, visit www.augmentedenterprisesummit.com. Early bird rates expire August 29. Attendees are encouraged to register early as space is limited.

Official Event Brochure: https://augmentedenterprisesummit.com/aes-2022-brochure/

Managed and hosted by long standing AREA partner BrainXChange – see their partner page.

The Telecoms and Media landscape could be perfectly poised to benefit from the advantages extended reality offers. XR has already proven itself as a powerful tool for communication and collaboration, capable of connecting people like never before. This gives Telecoms companies a new landscape to experiment with when it comes to offering communication services to brands.

At the same time, as the communications space grows increasingly complex, with endless new technology appearing on the market all the time, XR can empower employees too. The right solutions can improve training opportunities, enhance day-to-day processes, and support businesses in achieving better CX outcomes.

The question is, how do you build a business case for XR in telecoms and media your shareholders and business leaders can get behind?

Step 1: Consider the Evolving Industry

Companies in the media and telecoms landscape need to stay on the cutting edge if they want to survive in today’s competitive landscape. This means offering services and support relevant to the needs of their customers. Even if your company might not be using XR solutions in-house, it may be important to offer these tools to customers and clients.

For instance, telecoms companies could offer access to XR app-building environments, and other accompanying technologies for brands hoping to step into the XR world. Things like 5G connectivity will be particularly important for vendors building new XR landscapes.

As concepts like the metaverse grow more appealing, and companies look for more ways to interact with their client using immersive technology, media and telecoms companies will need to ensure they’re considering the part they can play in the XR environment. Whether this means offering marketing campaigns in XR, sales strategies enhanced by XR, or 5G connectivity for immersive experiences, don’t fall behind the competition.

Step 2: Find Opportunities to Improve Operations

In any industry, the hunt is always on for ways to improve the efficiency and productivity of teams. In the telecoms landscape, an evolving number of tools and services in the landscape is leading to significant complexity in the workplace. Inspecting, maintaining, and repairing devices at scale can require a lot of investment in talent and travel.

With XR, companies can improve their daily operations using a range of different tools. For instance, an AR or MR solution will allow experts to assess a piece of technology from a distance, allowing for quicker inspection processes with massive cost savings. Additionally, the telecom sector can also use extended reality environments to help with the repair and maintenance of undersea, and underground cables, as well as other advanced networking tools.

Identifying issues in a virtual environment can allow for the use of automated systems and extra guidance to technicians in the breakdown area. This means problems with the communication ecosystem can be solved more rapidly, leading to better customer experiences.

Step 3: Highlight Opportunities for Improved CX

Speaking of customer experiences, XR offers an excellent opportunity for all kinds of companies to take advantage of new interactions with customers. In the media landscape, experts can create engaging AR ads and VR experiences for customers on behalf of companies, taking full advantage of the evolving metaverse and virtual event space.

In the telecoms space, companies can use XR to sell to customers and support clients like never before. XR can enhance the entire customer journey, starting with immersive demonstrations of how products and services might work, and continuing to the use of VR manuals for users learning how to access a new system. Companies can even build entire immersive onboarding experiences, where customers are prepped for success with insights into how each tool or service works.

With XR, it’s even possible to improve long-term customer service, by ensuring engineers and technicians can walk customers through strategies on how to fix common problems in a more powerful digital or augmented environment. This also saves companies money when it comes to sending technicians to field locations.

Step 4: Explore The Benefits of Better Collaboration

XR is an incredible tool for collaboration, allowing teams to share a space where they can connect over ideas, see reports and analytics presented in a range of different formats, and interact with digital assets. With XR, telecoms companies can connect specialists and experts working from locations all over the world in a shared environment.

A telecoms or media brand could provide a user with a pair of AR or MR glasses connected to a specialist who can offer guidance and support in real-time when the user is working on a complex task. This allows for better teamwork without having to have multiple people present in the same environment. The same technology can even help with the support of field service technicians.

In XR, experts can learn about technologies in a collaborative environment, discuss trends using visual insights, and work together on solving complex problems like service outages in certain data centers. The XR environment powers a future of intelligent workplace experiences for professionals who might not always work in the same physical environment.

Step 5: Look at Potential Cost Savings

Initially, implementing a disruptive new technology like XR into your business might seem like an expensive process. However, the reality is that the investment can pay off significantly in the long-term. For instance, using innovative environments for VR collaboration to bring your teams together on complex challenges can reduce the need for expensive travel.

Making sure your agents can access VR environments to plan fixes for complex telecommunications technology, then send the information they collect to engineers on the front line can reduce the downtime of various essential tools. This can also reduce the amount of money telecoms companies lose in honouring SLA agreements with customers, while improving customer satisfaction.

XR can also give you a powerful way to stand out among the competition, meaning you don’t have to work as hard to capture new potential customers for your brand. XR doesn’t just save money, it can help brands make more money too.

We often debate the role of technology in the field of sustainability. There is no disputing the fact that new advances in technology have led to the use of more energy, which is obviously continuing to have a terrible impact on the environment.

However, new technology can also be advantageous in the fight against environmental problems like the loss of natural resources and climate change in other ways. It can offer newer, more efficient ways to solve existing problems. This can lead to more energy efficient solutions with lower carbon footprints. It can also help products be more durable, which means that they won’t need to waste as many resources.

One of the new forms of technology that can help manufacturers improve sustainability is augmented reality.

In order for the computer to create this environment, it has to use many sensory modalities. Basically, your vision and hearing will be heightened since these are sharpened.

Augmented reality is also combined with artificial intelligence, and this has led to many breakthroughs in a wide range of fields.

AR has greatly improved manufacturing processes. It has made training a lot easier and faster, improved the performance of operators, enhanced throughput and other processes.

Companies that want to embrace sustainability should invest in the right augmented reality technology. Augmented reality can provide instructions for assembly processes, maintenance, machine setup change over and more.  Thanks to these real time visuals, it helps to decrease the amount of time it takes to understand instructions improving workflow and productivity.

The author then goes on to explore the AR Benefits for Sustainable Companies in more detail which can be read on the original article.

1. Avoid wasting natural resources and energy building prototypes by enabling you to make products come to life

2. More energy and resource efficient processes

3. Makes complex processes simpler

4. Visualized workflow for simple troubleshooting

5. Lower cost

Augmented reality is certainly unprecedented in its ability to make processes much clearer and integrate data. This will help users to easily understand problems, fix them and even prevent them from happening.

Augmented Reality Helps Manufacturers Be Eco-Friendlier

There are a lot of new technological breakthroughs that can help drive sustainability. Augmented reality is one of them. These benefits will help manufacturers reduce their carbon footprint and compete against less environmentally friendly companies.

By expanding into the US, the Augmented and Virtual Reality (XR) specialist will increase its proximity to existing local customers and partners and expand its customer base in the United States. Holo-Light already serves a steadily growing number of companies in the US, including BMW Group, Procter&Gamble, Denso and a number of leading aerospace companies.

Chief Executive Officer Florian Haspinger said, „We’re creating a game changer for the Industrial Metaverse: a streaming service for XR applications with an intuitive user experience, compelling 3D experiences and globally available immersive content. The United States is one of the world’s leading markets in Augmented and Virtual Reality, so this expansion is an important milestone for Holo-Light.

“The company’s XRnow streaming-as-a-service ecosystem brings the power of the cloud to mobile XR devices – combining endless computing power and smart orchestration of resources with high scalability. Hosting, running and streaming AR/VR applications from the cloud allows users to access high-polygon, complex 3D content at any time, regardless of location.

“We already serve more than 100 customers worldwide. Now, we´re using the capital from our recent funding round to further expand our business, relationships and competitive advantage globally. The Durham office puts us right in the heart of the Triangle, in close proximity to companies such as Lenovo, Epic Games, and Google,“ said Helmut Gulde, Chief Corporate Development Officer.

In the future, in addition to the Durham location, the company plans to open an office on the West Coast of the United States.

Last December, Holo-Light closed its largest-ever financing round of $6,3 million with EnBW New Ventures, Future Energy Ventures and Bayern Kapital. With XRnow, the young company has combined its two in-house products: the remote rendering software component ISAR SDK and the XR application AR3S for collaborative work on 3D CAD models. Holo-Light is aiming for a Series B financing round with international investors within the next 12 months.

With TeamViewer Frontline Augmented Reality, an SAP endorsed app from TeamViewer and part of SAP’s industry cloud portfolio, customers can further enhance their logistics processes in SAP EWM and empower their workforce with AR-based vision picking that helps to increase productivity and create more efficient processes across their entire warehouse and logistics operations.

Stefan Krauss, SVP, General Manager Discrete Industries and Energy & Natural Resources at SAP, said: “The effects from the recent disruptions in the global supply chain have been felt by almost everyone. Companies who have adapted the quickest have deployed agile warehouse management applications like SAP EWM, enabling them to rapidly adjust to external shocks and respond to demand, supply and workforce challenges quickly. Now with the integration of TeamViewer’s AR-based vision picking solution, together we can help our customers build more resilient supply chains that are also cost-effective to run.”

Alfredo Patron, Executive Vice President Business Development at TeamViewer, said: “Our partnership with SAP is based on a set of common goals: innovation and disruption through cutting-edge technologies that support companies in their digital transformation. Our vision picking solution significantly improves warehouse inbound and outbound processes, resulting in faster pick rates, better accuracy, and ultimately higher customer satisfaction. Moreover, it reduces the training and onboarding time of workers in a high employee churn environment.”

The integration with Frontline and SAP EWM enables businesses to directly connect warehouse and logistics workers in real-time with the critical data and information they need to perform their tasks. The AR-based workflows provide step-by-step instructions to workers on smart glasses and wearable devices that enable them to work hands-free, improving pick rates by an average of 10-15 percent and dropping error rates close to zero. At the same time, new data insights are passed back into the SAP EWM application right at the point of work to enable continual process validation and optimization that can drive significant cost savings.

This integration is the latest step of the successful partnership between TeamViewer and SAP and adds to the enhanced value already realized with integrations into SAP Field Service Management and SAP Service and Asset Manager, both part of SAP’s Digital Supply Chain portfolio. TeamViewer’s commitment and continuous investment into its partnership with SAP was recently recognized with an SAP Pinnacle Award in the category ‘Partner Application – Industry Cloud.’

The report, shared with ARPost, gives a by-the-numbers look at how hundreds of companies are using AR. It also predicts markets going forward and highlights some specific hardware and software options.

Accelerate Your Organization’s Digital Transformation

“Embracing Augmented Reality Technologies to Accelerate Your Organization’s Digital Transformation” was published by IDC and authored by IDC Group Vice President of Device and Consumer Research Tom Mainelli.

The paper was sponsored by Lenovo which has its own AR technology division, ThinkReality. Working on hardware and software for enterprise and education, this group has been interested in long-term trends and solutions for years.

“We think [XR] is a trend that’s going to stay and Lenovo feels like with the customer base that we already have we need to be a leader in this space, so there’s a lot of commitment in our teams to doing that,” Lenovo AR/VR Lead Nathan Pettyjohn told ARPost back in 2020.

The report talked about Lenovo ThinkReality solutions in particular, but was by no means an advertisement. The report was rich in insights and predictions backed up by data from a 2021 poll of over 400 enterprise companies with over 1,000 employees. All of these companies either have already employed AR technologies, or have at least started that ball rolling.

AR Technologies in a Post-COVID World

“The COVID-19 pandemic has accelerated the pace of digital transformation for companies around the world,” Mainelli wrote in the paper’s introduction. “As the world slowly looks to move beyond lockdowns and quarantines, AR technologies will only become more embedded and important to many companies’ future success.”

The paper goes on to present a sentiment that many were predicting this time a year ago: AR isn’t just a pandemic solution. XR bloomed during the pandemic out of necessity but the genie isn’t going back into the bottle. Work-from-home, distributed workforces, and hybrid meetings are all staying with us as we move into the “new normal”, and so is AR.

“IDC continues to forecast substantial growth in the coming years across all areas of AR, including hardware, software, and services. While many companies may initially balk at the perceived cost of entry, most realize that investments in AR pay for themselves,” wrote Mainelli. “AR is no longer a technology that will manifest in a few years: it’s here today.”

That growth could lead to $45.6 billion in worldwide spending on AR technologies (AR hardware, software, and services) by 2025, according to the report. Further, that doesn’t include spending related to smartphones and tablets – which is still how many people experience AR.

How and Why Enterprises Use AR

That many companies start out using smartphones or mobile devices to get their feet wet in XR was only one of the gems uncovered in the survey. Depending on the AR technologies your company is using, this might sound archaic but even most AR glasses use (or can use) a standard mobile phone or tablet for their computing power.

This approach, used in enterprise as well as entertainment, cuts the cost of the headset for the end-user. It also allows the headsets to focus on display and audio while offloading the computing power to a nearby device. This makes the headsets lighter, comfier, and safer. One Lenovo device, made with Motorola and Verizon, even allows edge computing.

“One of the critical challenges around AR hardware has been the high cost coupled with the fact that most headsets could offer either a comfortable, lightweight form factor or high-end optics, but not both,” wrote Mainelli.

Here, the report started discussing Lenovo and ThinkReality hardware, which can pair with a laptop computer as well as a mobile device. While some enterprise tasks require more mobility than a laptop can easily afford, others don’t. Using XR devices as “virtual screens” is one of the swiftly rising use cases in enterprise (and entertainment).

Half of the survey respondents use AR technologies for employee training. Forty-eight percent use AR for videoconferencing and collaboration. Further, when asked what they saw as the top benefit to AR technologies, the most common answer was improving collaboration. So, it’s no surprise that 80% expressed interest in virtual desktops – including 67% of healthcare respondents.

As manufacturing and industrial companies continue to deal with ever-growing demands from their customers, the need for innovative technology in the industry is greater than ever. Capable of assisting with everything with crucial training initiatives to faster prototyping, extended reality represents a phenomenal opportunity for brands in the industrial sector.

Already, we’ve begun to see a number of leading companies experimenting with new opportunities in the XR space. Whether it’s bringing teams together in virtual reality to create and interact with digital twins or products, or supporting collaboration through augmented reality, there are no shortage of options out there.

Today, we’re going to be sharing just a few insightful stories from innovators in the XR landscape working with manufacturing and industrial brands.

Microsoft and Airbus

Innovator in the aerospace technology and manufacturing landscape, partnered with Microsoft on their journey into the extended reality landscape. The pioneering company wanted to transform traditional industrial processes involved with the creation of commercial and military aircraft, launch and satellite vehicles through mixed reality.

Using Microsoft’s Azure MR environment and HoloLens 2, Airbus has been able to successfully accelerate and enhance the design of aircrafts, while improving the functionality and safety of the team. Intelligent solutions like Azure Remote Rendering even allows the company to bring team members together for a higher level of collaboration in a mixed reality environment, without compromising on safety and security.

Holo-Light and Thyssenkrupp Marine Systems

In the manufacturing and industrial landscape, the measurement and quality control aspects of dealing with various components can often be a time-consuming process, particularly for companies building submarines. Fortunately, the Thyssenkrupp Marine Systems company discovered a new way to enhance the performance of their teams through augmented reality, with Holo-Light.

The solution from Holo-light gives the Marine manufacturing brand the opportunity to tap into a comprehensive AR package consisting of all the software and hardware required to perform ultra-precise work in an AR environment. According to the case study produced by Holo-Light the new work process is now significantly more streamlined and convenient for the engineers.

Kognitiv Spark and Surepoint

The Surepoint Group, an industrial contractor specializing in construction, manufacturing electrical and instrumentation services, operates in various sectors across the globe. Surepoint has field locations throughout the US and Canada, as well as offering services to client sites on a broader scale. To deliver consistently exceptional support and speed in this space, the Surepoint team decided it was time to upgrade its solution with RemoteSpark.

The RemoteSpark mixed reality remote worker support tool allows subject matter experts and field workers to collaborate and connect securely through an AV connection. Experts can make annotations in the field of view of engineers, share files, and even create animated 3D holograms. All of these tools allow workers to resolve issues faster, while keeping technology hands-free.

RealWear and Total

Total, a leading energy company producing and marketing all manner of fuels, natural gas and low-carbon electricity services across more than 130 countries, engaged with the RealWear team on their strategy for industrial digital transformation. In the past, when complex equipment required repairs or maintenance, Total had to slow its operations to a halt to bring in specialist experts.

Now, RealWear headsets with Microsoft Teams access allow Total to connect their onsite workers to subject matter experts wherever they are, for faster equipment diagnostics and repairs. The result is eliminated travel costs for visiting experts, improved collaboration for multiple teams, and better equipment maintenance and repair times.

Taqtile and PBC Linear

PBC Linear, a company committed to making linear motion products, decided to work with Taqtile when they discovered new opportunities for digital transformation in their business. For PBC Linear, Taqtile presented an opportunity to create comprehensive training and instruction experiences for manufacturing staff who needed help getting to know difficult pieces of machinery.

The Manifest AR technology from Taqtile allows the company to capture the specific knowledge and machine instructions from seasoned employees to guide newer members of staff in the industry. The result is an 80% reduction int raining time and a significant reduction in the number of errors made within the manufacturing space.

Varjo and Tenstar

Varjo, a market leader in extended reality solutions for the modern landscape, recently partnered with Tenstar to help teach manufacturing and industrial professionals how to use various pieces of heavy machinery in real-life situations. The immersive virtual reality training experience helps professionals to gain new skills at a rapid pace, without putting them at risk.

According to Varjo’s case study, the solution means that customers can now spend up to 90% less compared to real-machine training, and trainees can repeat tasks more often, leading to fewer accidents and more experiences. Trainees also get to practice in real-life scenarios that would be dangerous to access in the real world.

Unity and the Manufacturing Technology Center

The Manufacturing Technology Center, or MTC is a research and technology organisation belonging to the High Value Manufacturing Catapult. The company has an impact on a number of industrial sectors worldwide, and like many manufacturing groups, is reliant on rapid transformation to stay ahead of the competition.

With Unity’s help, the MTC was able to find cutting-edge solutions for creating high-value manufacturing firm blueprints using innovative real-time 3D projects. The Unity landscape meant MTC could eliminate a host of common project roadblocks, with issue resolution of 24 hours or less.

At the same time, the company also enhanced the product design and development process for clients and opened doors for better collaboration among internal teams.

Matterport and SEACOMP

A company committed to supplying manufacturing solutions for customers across the industrial, consumer goods, and medicals industry, SEACOMP has a huge presence worldwide. Unfortunately, during the pandemic, the company’s employees were no longer able to visit customers and show clients or prospects product demos.

With Matterport, the company was able to create new digital twins of their offices and manufacturing equipment into a digital world. This means SEACOMP can now give prospects and clients a full 3D walkthrough of the factor’s equipment without the time, costs, and risks of travel.

With Manifest, an organization’s frontline workers have instant access to work-instruction content ranging from digitized manuals, step-by-step videos, and detailed holograms, enabling them to complete complex tasks more efficiently, more accurately, and more safely.

At the lab, visitors will be able to interact with these advanced functions, as a well as Manifest’s unique remote-assistance capabilities. For example, deskless workers requiring additional support can connect with a company’s most experienced technicians and trainers anywhere, anytime. With real-time guidance via the Manifest AR environment, including see-what-I-see video, company experts can remotely facilitate problem solving.

“The Oracle Industry Lab provides an unparalleled opportunity to collaborate with enterprise customers and explore new use cases and implementation scenarios for Manifest,” explained Joe Clukey, VP of sales and strategic partnerships, Taqtile.

“Leveraging the power of the Manifest system with proven benefits of Oracle Database technology will deliver advanced functionality to our customers, such as the creation of work order systems that seamlessly sync between technicians in the field and headquarters.”

The 30,000-square-foot Oracle Industry Lab brings customers, technology partners, and the entire Oracle portfolio of solutions and decades of deep industry expertise together to incubate and demonstrate new solutions across industries. Supported by Verizon 5G Ultra Wideband, the Oracle Industry Lab will first focus on use cases in utilities, construction and engineering, communications, and manufacturing.

“Many industries are at a crossroads as they look to navigate increasing regulatory, environmental, and customer-driven demands,” said Burcin Kaplanoglu, vice president, Oracle Industry Labs. “We built the Chicago lab to bring together leading innovators like Taqtile so we can jointly help customers shape bold ideas into powerful solutions that improve productivity, operational intelligence, and sustainability.”