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7 Ways In Which AR Upgrades Your Manufacturing Process



7 Ways In Which AR Upgrades Your Manufacturing Process

Business leaders can deploy AR in manufacturing to streamline routine operations and create a safer workplace.

Several industries, including construction, pharmaceutical, tourism, and others have started utilizing augmented reality (AR) to enhance their business. The COVID-19 pandemic has helped in showing the true potential of AR in these industries. According to the Wall Street Journal, AR has transitioned from an interesting experiment to an essential everyday tool. The ability of AR-powered applications to impose images over the real world has allowed managers and experts to communicate and collaborate remotely. For instance, Volkswagen AG’s Porsche unit had witnessed increased usage of AR glasses in the US dealerships during the pandemic. The technology allowed technicians to perform complicated repairs on expensive sports cars with virtual help from repair experts. Similarly, many other organizations are looking to follow suit and deploy AR in manufacturing to improve business processes.

Many business leaders may feel skeptical about the applications of AR in manufacturing, considering the digital infrastructure required to deploy such solutions. After looking at the benefits offered by AR, it seems like a worthwhile investment. By implementing AR in manufacturing, businesses can reduce production downtime, identify issues instantly, and offer virtual support in real-time. AR-based solutions can speed up manufacturing operations and make them safer for employees. AR will also assist businesses in the manufacturing sector to streamline multiple operations. AR glasses and AR apps on smartphones and tablets can overlay crucial information such as stats, images, and 3D models in the real world.

Use Cases of AR in Manufacturing

Business leaders can take a look at the following use cases of AR in manufacturing:


1. Employee Training

AR can prove to be extremely helpful in training new employees through necessary procedures, protocols, and equipment. Compromising on these factors will lead to safety issues in the workplace. With AR devices and apps, new personnel can be trained through all the crucial procedures, leading to safer workplace conditions. For example, Atheer has created an AR-powered app that provides step-by-step guides, documentation, manuals, and additional resources that can assist new workers in the field. Industries such as construction and finance are already using AR to train new employees. Technical training can be a massive challenge for businesses as they need to walk new employees through expensive and complex machines or dangerous equipment. Manufacturing businesses can offer complicated technical training for new employees as well as upskilling opportunities for experienced workers with AR. Jaguar Land Rover and Bosch used the Reflekt One platform to develop an AR app that offers “X-ray” vision to train employees to locate components in the dashboard of the Range Rover Sport vehicle.

2. Shop Floor Issues Resolution

Manufacturing organizations have to regularly address shop floor pain points. Key personnel needs real-time access to important data to resolve shop floor problems. However, certain employees may not be available in the workplace due to COVID-19 pandemic-related travel restrictions or personal reasons. In such scenarios, AR can be useful in presenting all shop floor issues to maintenance teams. Maintenance teams can also view key performance indicators in real-time and detect as well as resolve issues without obstructing production.

3. Maintenance

Columbia University researchers have developed an AR headset for the US Marine Corps mechanics for testing purposes. The results suggest that it helps mechanics in finding and starting a maintenance task in almost half of the usual required time. Generally, maintenance personnel need to refer to a technical manual on their laptop while repairing components inside vehicles, where there are several hydraulic, electric, and mechanical components in a closed space. In this situation, a US Marine Corps mechanic can wear a compact AR headset that assists with 3D arrows to point out components, instructions, floating warnings and labels, and 3D models of relevant tools. A smartphone attached to the mechanic’s wrist allows them to queue up the next sequence of instructions. Businesses in the manufacturing sector could use a similar solution for maintenance. By using AR in manufacturing, maintenance teams will be able to see specific equipment or hardware that needs servicing, and they would be able to detect potential issues. AR devices could also display operation times, potential pain points, the date of the last service, and other crucial data. Such easy access to data eliminates guesswork from the maintenance process, enabling quicker repairs, faster response times, and streamlined maintenance operations. Faster maintenance times with the help of AR will also reduce production downtime by pre-emptively identifying potential issues.

4. Efficient Logistics

Businesses in the manufacturing sector need to go through a long and tedious process for order fulfillment and warehouse organization. When an order comes in, an employee has to manually check relevant information, find products, scan products, report data, deliver products to the loading dock, and sign off the order. AR can streamline the entire logistics process. With the deployment of AR in manufacturing, employees can access a connected system that shows them the exact location of products. AR-based systems can also be used to scan necessary information, allowing employees to quickly find and retrieve products, and deliver them to the loading dock. DHL is already testing mobile AR systems in a local capacity. DHL employees who used smart glasses have shown increased productivity and reduced errors.

5. Product Design

The conventional product design process is extremely lengthy and tedious. Every new product is frequently discussed between concerned parties, and it has to go through multiple revisions. AR can reduce the time required for some of the tasks in this process. For instance, AR glasses or apps can show the product design process in real-time to directors or executives. Concerned teams would receive and implement feedback instantly, speeding up the entire process. Thyssenkrupp uses Microsoft’s HoloLens to design home mobility solutions for physically challenged people. Designing home mobility solutions can be an intricate process where the company needs a complicated system of labels, cameras, and manual data entry to make sure that all the nuances are captured precisely. The entire process that involves sales, manufacturing, and installation of, let’s say, a new stairlift requires many time-consuming processes, leading to long delivery times. With HoloLens, a salesperson can measure the staircase during their first visit and share it with the manufacturing team instantly. Customers can quickly look at and approve the design, which has reduced the delivery times by 4x.

6. Streamlined Assembly

Manufacturing companies have to put together thousands of components in complex assemblies as quickly as possible. These complicated assemblies can be performed by following specific assembly instructions. Businesses can simplify this process by utilizing AR in manufacturing. Boeing uses AR glasses integrated with Upskill’s Skylight platform to streamline 130 miles of wiring required in a new Boeing 747-8 Freighter. With the help of AR glasses, technicians receive required instructions in the viewfinder. The glasses also come with bar code reader and voice command capabilities. As a result, Boeing has managed to cut down wiring production time by 25% and completely eliminate error rates. With no room for error, Boeing ensures that its aircraft meet the highest production standards. Similar solutions can be used by manufacturing companies to significantly improve production standards and reduce production time.

7. Customer Support

Along with technicians and maintenance personnel, businesses in manufacturing can use AR to assist customers and onsite sales representatives. For example, Leybold, a vacuum pump manufacturer, has partnered with REFLEKT to deploy AR apps for onsite sales and customer support. These apps show components as well as features of a product on an iPad or HoloLens device. Customers will get an “X-ray” vision with AR apps to see various components of a pump without disassembling it. AR has incredible potential to disrupt the manufacturing sector. However, deploying AR in manufacturing is a major challenge. Business leaders need to consider the following steps for successful AR implementation:

  • Hire tech experts or join forces with tech consultancy service
  • Create strategies to deploy AR solutions
  • Start small by targeting a specific area of business operations
  • Develop a sufficient budget to invest in infrastructure
  • Train and upskill employees to ensure they are comfortable with using AR technology
  • Record results and figure out pain points that need to be worked on

As AR technology continues to develop, businesses will see even more ground-breaking applications. Big players have already started investing in AR in manufacturing for several use cases. With higher investment, developers will have sufficient funding to create advanced apps and compact devices. Eventually, AR devices will become mainstream and inexpensive as the technology continues to become more popular. It should also be noted that XR technology is developing at a rapid rate, and we could be just years away from truly immersive experiences.

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How Sports Organizations Are Using AR, VR and AI to Bring Fans to The Game



How Sports Organizations Are Using AR, VR and AI to Bring Fans to The Game

AR, VR, and AI in sports are changing how fans experience and engage with their favorite games.

That’s why various organizations in the sports industry are leveraging these technologies to provide more personalized and immersive digital experiences.

How do you get a sports fan’s attention when there are so many other entertainment options? By using emerging technologies to create unforgettable experiences for them! Innovative organizations in the sports industry are integrating AR, VR and AI in sports marketing and fan engagement strategies. Read on to discover how these innovative technologies are being leveraged to enhance the game-day experience for sports fans.  



AR is computer-generated imagery (CGI) that superimposes digitally created visuals onto real-world environments. Common examples of AR include heads-up displays in cars, navigation apps and weather forecasts. AR has been around for decades, but only recently has it become widely available to consumers through mobile devices. One of the best ways sports organizations can use AR is to bring historical moments to life. This can help fans connect to the past in new ways, increase brand affinity and encourage them to visit stadiums to see these experiences in person. INDE has done just that, creating an augmented reality experience that lets fans meet their favorite players at the NFL Draft.


VR is a computer-generated simulation of an artificial environment that lets you interact with that environment. You experience VR by wearing a headset that transports you to a computer-generated environment and lets you see, hear, smell, taste, and touch it as if you were actually there. VR can be especially impactful for sports because it lets fans experience something they would normally not be able to do. Fans can feel what it’s like to be a quarterback on the field, a skier in a race, a trapeze artist, or any other scenario they’d like. The VR experience is fully immersive, and the user is able to interact with the content using hand-held controllers. This enables users to move around and explore their virtual environment as if they were actually present in it.


Artificial intelligence is machine intelligence implemented in software or hardware and designed to complete tasks that humans usually do. AI tools can manage large amounts of data, identify patterns and make predictions based on that data. AI is already influencing all aspects of sports, from fan experience to talent management. Organizations are using AI to power better digital experiences for fans. They’re also using it to collect and analyze data about fan behavior and preferences, which helps organizers better understand what their customers want. AI is also changing the game on the field, with organizations using it to make better decisions in real time, improve training and manage player health. Much of this AI is powered by machine learning, which is a type of AI that uses data to train computer systems to learn without being programmed. Machine learning is the reason why AI is able to evolve and get better over time — it allows AI systems to adjust and improve based on new data.


VR and AR are both incredible technologies that offer unique benefits. VR, for example, is an immersive experience that allows you to fully imagine and explore another virtual space. AR, on the other hand, is a technology that allows you to see and interact with the real world while also being able to see digital content superimposed on top of it. VR and AR are both rapidly evolving and can have a significant impact on sports marketing. By using both technologies, brands and sporting organizations can create experiences that bridge the real and virtual. This can help sports marketers create more engaging experiences that truly immerse their customers in the game.

Technologies like AR, VR and AI in sports are making it possible for fans to enjoy their favorite games in entirely new ways. AR, for example, can help sports lovers experience historical moments, VR lets them immerse themselves in the game, and AI brings them more personalized and immersive digital experiences. The best part is that sports fans can also use these technologies to interact with one another and feel even more connected. 

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The Dark Side of Wearable Technology



The Dark Side of Wearable Technology

Wearable technology, such as smartwatches, fitness trackers, and other devices, has become increasingly popular in recent years.

These devices can provide a wealth of information about our health and activity levels, and can even help us stay connected with our loved ones. However, there is also a dark side to wearable technology, including issues related to privacy, security, and addiction. In this article, we will explore some of the darker aspects of wearable technology and the potential risks associated with these devices.

1. Privacy Concerns



Source: Deloitte

Wearable technology can collect and transmit a significant amount of personal data, including location, health information, and more. This data is often shared with third parties, such as app developers and advertisers, and can be used to track and target users with personalized advertising. Additionally, many wearable devices lack robust security measures, making them vulnerable to hacking and data breaches. This can put users’ personal information at risk and expose them to identity theft and other cybercrimes.

2. Security Risks


Source: MDPI

Wearable technology can also pose security risks, both to the individual user and to organizations. For example, hackers can use wearable devices to gain access to sensitive information, such as financial data or personal contacts, and use this information for malicious purposes. Additionally, wearable technology can be used to gain unauthorized access to secure areas, such as buildings or computer systems, which can be a major concern for organizations and governments.

3. Addiction Issues


Source: Very Well Mind

The constant connectivity and access to information provided by wearable technology can also lead to addiction. The constant notifications and the ability to check social media, emails and other apps can create a constant need to check the device, leading to addiction-like symptoms such as anxiety, insomnia and depression.

4. Health Risks


Source: RSSB 

Wearable technology can also pose health risks, such as skin irritation and allergic reactions caused by the materials used in the device. Additionally, the constant use of wearable technology can lead to poor posture and repetitive stress injuries, such as carpal tunnel syndrome. It is important for users to be aware of these risks and to take steps to protect their health, such as taking regular breaks from using the device and practicing good ergonomics.


Wearable technology has the potential to be a powerful tool for improving our health, fitness, and overall well-being. However, it is important to be aware of the darker aspects of wearable technology and the potential risks associated with these devices. By understanding the privacy, security, addiction, and health risks associated with wearable technology, users can take steps to protect themselves and their personal information. Additionally, by being aware of these risks, organizations can take steps to protect their employees and customers from the potential negative effects of wearable technology.

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Data Science & Machine Learning Trends You Cannot Ignore



Data Science & Machine Learning Trends You Cannot Ignore

Digital transformation has become the new mantra for companies to thrive in the digital age.

Data science and machine learning are two major assets in the digital transformation era.

Digital transformation has become a necessity for businesses. It is the way forward for all businesses, regardless of size and scope. However, it should be more than simply digitizing your processes. Digital transformation should be about re-imagining your business processes with cutting-edge technology and artificial intelligence like data science and machine learning. This would help eliminate manual labor and accelerate growth with collaborative technologies like chatbots, virtual assistance and augmented reality, while having a seamless user experience across all channels – online, mobile app and website – with the help of an integrated CMS that can adapt to any screen size.


With the above thoughts in mind, let’s look at four new DSML trends you cannot ignore.

Intelligent Automation

Most digital transformation initiatives focus on creating a digital front-end, with a strong focus on customer-facing channels. While that’s obviously important, a lot of organizations forget about the back-end and the data that’s being used by their systems. This is a mistake, as intelligent automation can help bridge the gap between the front-end and the back-end systems and processes. It’s a key element that can help organizations curate data, which is then used to enrich customer experiences and create personalized marketing campaigns, among many other things. An integrated CMS with an intelligent automation system can automatically pull customer data into content, provide real-time insights about customers and their behavior, and suggest personalized content for different channels.

Augmented Reality

Augmented reality lets you digitize your business processes by visualizing information. It can help you create exciting customer experiences by enabling them to see and interact with information in their physical environment. This technology has been used for gaming and entertainment for a long time, but now businesses are leveraging it for digital transformation. With augmented reality, you can create interactive product catalogues, digital manuals and helpful visual guides to engage customers and employees.

Chatbots and Voice Recognition

Digital transformation is about more than just creating engaging customer experiences; it’s also about making sure that those experiences are accessible on any platform. Coupled with voice recognition, chatbots can be used across all customer channels, including websites and apps, to provide information, schedule appointments, and answer basic questions. A key element of digital transformation is making your business accessible to customers no matter where they are or what device they’re using.

Unified Experience Across Devices

A unified experience across devices ensures that customers experience the same content and functionality regardless of what platform they’re using. For example, let’s say a customer wants to learn more about your product. With a unified experience across devices, the customer would be able to access information about the product from their computer or mobile device. This way, if a customer is on the go and has limited screen real estate, they can still access the information they need.


A digital transformation is necessary for businesses to grow and thrive. However, it takes more than just digitizing processes. With the help of data science and machine learning, organizations can reimagine how they work with new technology and tools. Thereby, they can create an integrated experience across devices and channels, with a seamless flow for customers and employees.

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