The next chapter of digital era: Extended Reality for impactful business solutions

The digital age is all about experience. And with technologies like Extended Reality (XR), creating “immersive” experiences is slowly becoming the norm. While a completely digital world like Metaverse is still a few years away, XR has found many use cases across various domains over the past few years – from virtual collaboration to customer engagement and even product launches. For instance, the rise of passthrough Augmented Reality (AR) integrated with Virtual Reality (VR), as seen in products like Meta Quest 3Meta Quest Pro, and Apple’s Vision Pro, showcased the significant evolution of the technology. Such applications hint towards a consistent progression towards widespread adoption in the future. In fact, during Q1 2023, the Meta headset emerged as one of the best-selling global XR headset brands, with projections indicating its significant market dominance. The Meta series, collectively, surpassed a remarkable milestone by shipping over 20 million units as of Q1 2023.

But what does this mean for businesses? How can they capitalize on this trend and gain a competitive edge in the coming year? In this blog, we dive deep into the convergence of extended reality and business solutions, the top use cases of XR in 2023, the most anticipated extended reality trends of 2024, and the key challenges that come with the adoption of the technology.

How extended reality is converging into business solutions

It’s no news that XR is slowly converging into various facets of business, offering innovative solutions that not only improve operational efficiency but also elevate the overall user experience for employees, customers, and stakeholders alike. Here are four characteristics that make this convergence notably evident:

  • Training and Development: Corporate training that employs augmented reality product visualization creates truly immersive learning experiences that yield significant results for on-the-job guidance and virtual environments for hands-on experience.
  • Remote Collaboration: Extended reality empowers employees to collaborate with other team members in a remote setting by immersing themselves in a virtual environment. One example is the software company “The Wild.” It established a VR-based digital workspace for building industry teams to explore and interact with 3D designs, replacing traditional two-dimensional slides. This shared VR space enables seamless collaboration, allowing employees, clients, and distributed teams to work together as if in the same room.
  • Design and Prototyping: The utilization of extended reality significantly accelerates the product design process, particularly when it comes to developing new products. Developers are increasingly leveraging VR to create a 3D preview of product designs, thereby enhancing their understanding of the product’s appearance and functionality before moving on to the production stage. Leading car manufacturers like BMW and Land Rover are some of the best examples of companies that embrace extended reality in their design and development phases.
  • Data visualization: Many businesses are using extended reality for financial services to visualize complex data sets in three-dimensional space. With XR, data analysts interact with data in a more intuitive and immersive manner, leading to better insights and decision-making.

The top 3 domains where extended reality made significant progress in 2023

Whether employing virtual, augmented, or mixed reality elements, extended reality holds considerable potential for elevating capabilities within these sectors and beyond.

Healthcare:

XR is advancing significantly in the healthcare sector by providing immersive experiences to both patients and physicians. For instance, Stanford Medicine uses extended reality software to integrate images from MRIs, CT scans, and angiograms, forming a three-dimensional model that allows physicians and patients to visualize and engage with the medical data. Beyond patient care, XR healthcare innovations were also pivotal in surgical training and medical education, thereby enhancing the learning experience for doctors and students.

Manufacturing:

VR solutions offer manufacturers a safer and more cost-effective means of exploring early concepts of design by eliminating the need for full-scale prototypes. XR in manufacturing processes plays a multifaceted role, enhancing training, design procedures, maintenance efficiency, collaboration, quality control, assembly line optimization, remote assistance, and safety training. One such example is Airbus, which leverages simulated digital environments for the design and testing of new aircraft features and models.

Retail:

An exemplary illustration of XR retail innovation is the furniture retailer IKEA, which has successfully incorporated XR technology to elevate its customers’ shopping experience. Customers can traverse over fifty furnished or unfurnished spaces via a virtual showroom, thereby acquiring an in-depth understanding of the furniture offerings. Another example is Amazon’s “View in your room” feature, which allows users to preview products in their home before purchasing, providing a convenient way to assess how products fit and look in their space.

Integrating XR offers consumers the convenience of virtually exploring an ideal house, test-driving a vehicle, or trying on clothing—all from the comfort of home. Vertebrae, for instance, allows clients to offer a virtual try-on experience using their 3D and AR technology, enabling consumers to preview products before making transactions. Another notable player in this space is VNTANA. Serving as the exclusive software platform powered by Intelligent Optimization™, VNTANA facilitates seamless viewing, management, and distribution of your extensive 3D asset library and transforms customer’s footwear sales effortlessly through the power of 3D eCommerce. 

The year 2024 will prove to be pivotal for extended reality solutions, ushering in a new era of immersive and transformative experiences. Let’s take a look at the top extended reality trends that are likely to shape the technological landscape in 2024 and beyond:

Trend# 1: Immersive Retail

The global retail industry has undergone substantial changes in recent years, primarily due to e-commerce, which gained momentum during the COVID-19 pandemic. But despite the unparalleled convenience of online shopping, it lacks the sensory stimulation that physical stores provide. While many retail chains have begun integrating XR solutions into their stores, the year 2024 is expected to witness further penetration of this technology in global markets. “Immersive retail,” employing technologies like AR and VR, will serve as a bridge, crafting more engaging and personalized shopping experiences. This approach will normalize a “try before you buy” trend and improve in-store interactions. In fact, research indicates that 80% of consumers find the overall experience of immersive shopping appealing.

Immersive retail technology maximizes the potential of big data and AI for hyperpersonalization, tailoring displays to individual preferences. It also efficiently manages real-time inventory, provides 3D product views online, and employs social VR for shared shopping experiences, seamlessly blending the advantages of digital and physical retail.

Speaking of examples, Sephora, a leading beauty retail chain, stands out as a pioneer in AR-based virtual try-ons. Through AR, Sephora’s mobile app enables customers to virtually try different shades of makeup, offering a preview without even visiting a store. This has resulted in higher interaction rates and increased time spent on their app. Moreover, the implementation of AR try-ons has reportedly contributed to higher conversion rates for their online store, demonstrating the positive impact of immersive retail on customer engagement and sales.

Farfetch, renowned for luxury boutiques, has introduced a “Store of the Future” in its London retail space. This augmented retail solution seamlessly blends online and offline experiences, featuring connected clothing racks, touch-enhanced mirrors, and sign-in stations utilizing online data. Customers access their purchase history and wish list, providing valuable insights for sales. A smart mirror allows size requests, exploring alternatives, and payments in the dressing room. This innovation earned Farfetch the title of “The Retailer of the Future,” harmonizing boutique charm with online convenience.

Gucci and Snapchat collaboratively inaugurated a global AR shoe try-on campaign. By leveraging Snapchat’s AR platform and SnapML feature, the campaign achieved notable success. The realistic try-on experience for four unique pairs of sneakers not only captured the attention of Snapchatters but also effectively kept them engaged.

Trend#2: Immersive technology in Real-estate

Extended Reality (XR) is on the verge of revolutionizing the real estate industry, as evident from the predicted surge of the real estate VR market to $2.6 billion by 2025. This transformative innovation facilitates virtual property tours, remote collaboration, and interactive showrooms, allowing buyers to customize and visualize spaces. XR also supports design visualization, remote property management, and augmented property information. It improves market analysis, provides valuable training tools, and facilitates remote property sales, promising to streamline processes and redefine marketing strategies.

A notable example is Inspace, an integrated property presentation platform that centralizes data, enables interactive presentations, and offers analytics. Another example is Matterport, which provides real estate professionals with 3D and VR property visits. Matterport utilizes “True 3D” technology to provide potential clients with the ability to experience immersive walkthroughs, floor plans, and accurate interior measurements.

Trend# 3: 5G Connectivity

According to a report by XR Today, 5G will have a big impact on the development of extended reality because it gives users uninterrupted access to wireless content, which enhances the immersive experience overall. To use extended reality apps smoothly, large amounts of data must be sent very quickly. 5G connectivity provides speeds that are twenty times faster than those of current mobile networks, thereby establishing the foundation for the implementation of cloud-based and wireless VR and AR.

Beyond this, 5G is poised to broaden access to extended reality technologies by eliminating the necessity for expensive computers and facilitating businesses to incorporate XR capabilities without hefty infrastructure investments.

Furthermore, the anticipated arrival of “5G-Advanced” in the coming year promises additional wireless technology innovations, encompassing speed improvement, expanded coverage, heightened mobility, and increased power efficiency. Experts in wireless technology think that 5G-Advanced will grow to support integrated sensing and communication, the Internet of Things (IoT), tactile and multi-modality communication services, mobile metaverse services, and networks of service robots that are smart in their surroundings.

Addressing the challenges along the way

While extended reality technology continues to expand at an exponential rate, there are still several challenges that businesses must address prior to its adoption. One significant challenge is the considerable financial investment, especially when utilizing cutting-edge and sophisticated tools. An additional barrier is connectivity-related complications that disrupt the immersive experience. Seamless immersive experiences with minimal latency and lag demand dependable access to the available connections.

Collaborating with industry experts, like InfoVision, will enable businesses to address such challenges head-on and make the most of the technology. InfoVision, with a dedicated team of experts, offers comprehensive XR solutions by leveraging our proprietary frameworks in AI/ML and computer vision across various domains. Working closely with business leaders in top-tier TMT and industrial firms, we harness the significant advantages of 5G technology to explore new use cases and assist organizations in making a compelling business case for these applications. InfoVision innovates processes and delivers cost-effective solutions to empower businesses to emerge as leaders in the market.

As extended reality solutions become mainstream and affordable, they will mark the beginning of a new era for businesses. The possibilities and use cases of business solutions based on XR are limitless. While many industries have been early adopters of the technology, the coming years are expected to follow closely, making XR a strategic necessity in the future.

Thinking of adopting XR solutions? See how InfoVision helps businesses stay ahead of the technological curve with tailored solutions. Connect with us today to learn more!

Smart manufacturing: Transformative tech trends shaping 2024

In today’s world, technology has woven itself into the fabric of every industry, including manufacturing. The journey towards complete digitization is not a distant future – it’s happening now, reshaping businesses both big and small. As enterprises embark on this transformative path, the focus shifts from merely investing in technology to optimizing and profiting from it.

The global manufacturing sector has witnessed a radical shift in recent years. The catalyst for this change was the challenges brought on by the pandemic, which forced the very backbone of global commerce to confront unprecedented disruptions in supply chains. Amidst these trials, technology emerged as more than a tool; it became a lifeline, offering resilience and adaptability in the face of adversity.

The dawn of a new age in digital manufacturing is upon us. Increasingly, manufacturers are embracing this shift, leveraging data-driven insights to propel themselves towards more sustainable and efficient manufacturing practices. For instance, a study by Workday reveals that automation can reduce planning and reporting cycles in manufacturing by a staggering 50%-70%.

“The future of manufacturing is digital. Those who embrace technology will succeed, while those who resist will be left behind.”

– Klaus Schwab, Founder of the World Economic Forum

To capitalize on the opportunities and embrace smart manufacturing, manufacturers need a well-defined IT strategy that enables them to be more resilient than ever. As far as the digital manufacturing industry is concerned, the year 2023 has been transformative, with widespread and accelerated adoption of technologies like AI, data analytics, cloud computing, edge computing, and more that allow automation “at the source,” thereby enhancing efficiency with less dependency on centralized servers.

The manufacturing industry stands on the brink of a transformative era defined by three pivotal pillars:

1. Connectivity: The backbone of modern manufacturing, connectivity ensures seamless integration and communication across various systems and processes.

2. Intelligent automation: This is the driving force behind smarter operations, leveraging AI and robotics to enhance efficiency and precision.

3. Scalable data management & analytics: The ability to manage vast amounts of data and extract actionable insights is critical for strategic decision-making and continuous improvement.

Within these domains lies a spectrum of technologies poised to redefine manufacturing. These range from IoT devices that offer real-time monitoring to advanced analytics that predict maintenance needs, and from AI-driven automation that optimizes production to scalable cloud infrastructures that support the ever-growing data demands.

For manufacturers to thrive amidst rapid industrial evolution, it’s crucial to not only watch these trends but to actively incorporate them. We invite you to join the conversation and discover the technologies set to shape the future of manufacturing excellence.

Trend #1: Smart factories will transform shop floors

A “smart” factory stands as a highly advanced and automated facility, revolutionizing conventional operations through key technologies like the Industrial Internet of Things (IIoT), Artificial Intelligence (AI), automation, and digital twins. Projections indicate that the global smart factory market is poised to reach approximately $321.98 billion by 2032, with a CAGR of 9.52% from 2023 to 2032.

Smart factories enhance efficiency and production processes by utilizing interconnected devices, real-time analytics, and smart sensors. Today, smart factories have found applications across diverse industries, including energy, power, automotive, oil and gas, electronics, and semiconductors. For instance, the Tesla Gigafactory in Germany integrates solar panels to promote sustainability and reduce operating costs. Similarly, BJC Healthcare in the US has adopted smart manufacturing that incorporates IoT into its processes. The company employs Radio Frequency Identification (RFID) technology to track medical supplies. The implementation of a smart factory has enabled them to reduce costs, increase operational efficiency, and overall improve the company’s functionality.

Rise of digital twin technology

The evolution of cutting-edge technologies also fuels the rise of digital twin technology in manufacturing, creating a digital replica of physical processes for informed decision-making. Ford’s implementation of AI-driven predictive maintenance through digital twin technology serves as a notable example. Ford develops distinct digital twins for each vehicle model, covering various production stages from concept to operation. These digital models extend to manufacturing procedures, production facilities, and the customer experience. Ford’s digital twin accurately identifies energy losses, highlights areas for energy conservation, and boosts overall production line performance. The growing popularity of digital twins is reflected in projections, which anticipate a market size of $73.5 billion by 2027.

AI/ML play a crucial role

The strategic use of AI empowers manufacturers to analyze extensive datasets systematically, identify patterns, and facilitate intelligent decision-making. In the supply chain domain, AI plays a crucial role in predictive analytics, optimizing inventory management, refining demand forecasting, and streamlining logistics. This is evident in companies like Amazon, which employs AI-powered algorithms to expedite deliveries, reducing the gap between their products and customers.

AI is influential not only in the supply chain but also in various other areas. This can be seen from the example of the Haier Group, a leading consumer electronics and home appliances manufacturer in China. The group has integrated AI into its manufacturing processes within a smart factory framework. This integration enhances various aspects such as quality detection, maintenance, machine collaboration, material transportation, energy management, and security. This example underscores the multifaceted applications of AI in modern manufacturing, showcasing its potential for operational enhancement and efficiency across diverse industries. The trajectory of AI indicates that Generative AI will play a central role in the years to come.

Notably, discussions about AI are incomplete without addressing machine learning, a crucial component in predictive analytics for quality control. Machine learning algorithms play a substantial role in proactive measures to enhance product quality and optimize manufacturing processes. A significant two-thirds of manufacturing companies attribute substantial revenue savings or generation to machine learning and advanced analytics.

A notable paradigm shift

Additionally, technologies such as Augmented Reality (AR) and Virtual Reality (VR) provide an immersive experience in manufacturing, allowing users to enhance their senses with real-time data from any location, ensuring constant and accurate awareness of the factory’s status anywhere, anytime. Furthermore, Web 3.0 enhances machine interactivity through advanced technologies such as AI, deep learning, machine learning, Big Data, and data analysis, enabling machines to comprehend information like humans using language comprehension technologies and the Semantic Web.

In the domain of manufacturing, a notable paradigm shift is underway with the introduction of Collaborative Robots (Cobots). These human-powered robots work alongside humans, contributing to efficiency by providing strength, power, precision, and data. Importantly, AI technology facilitates their ease of programming and quick learning, marking a significant advancement in the manufacturing landscape.

Trend #2: Blockchain technology will subside supply chain challenges

Blockchain technology is truly a transformative tool when it comes to enhancing transparency and security within the digital manufacturing supply chain. Through the creation of a tamper-proof record of transactions, leveraging blockchain in the supply chain enables manufacturers to meticulously trace products throughout their entire lifecycle, from raw materials to finished goods. This robust and unalterable ledger system ensures data integrity and authenticity.

Blockchain also offers manufacturers the opportunity to streamline operations, gain heightened visibility into supply chains, and track assets with unparalleled precision, as revealed by PwC. This is one of the reasons why Walmart, the retail giant that sells everything from furniture to the latest mobile phones, leverages blockchain technology to oversee their suppliers of leafy greens, aiming to guarantee product safety and expedite the process of providing evidence in case of a claim. The system collects data at each stage of the greens’ journey, starting with the planting of seeds. Even after the greens reach the shelves, the company can continually contribute data to the platform.

Currently, 24% of industrial manufacturing CEOs are either exploring or implementing this transformative technology. As cybersecurity and data privacy become more critical as a direct result of digital transformation, Blockchain applications are expected to become more prevalent in the manufacturing industry soon.

Other futuristic technologies that will have a major influence on the future of manufacturing over the span of the next 2–10 years include Intelligent Process Automation, Autonomous Mobile Robots, Cobots, AR/VR/MR/metaverse, Web 3.0 and Knowledge Engineering, Intelligent Edge, Neuromorphic computing, 4D Printing, Quantum Computing, 6G and c-band, Zero Trust security, self-diagnosis systems, resilient and self-healing systems, AND Fully Homomorphic Encryption.

Overcoming digital manufacturing challenges can be daunting

Embracing digital transformation has its own challenges for manufacturers. For instance, modernizing legacy systems demands significant investments, including hardware upgrades and standardization of data formats. Efficiently managing diverse data sources requires robust strategies and advanced analytics. Cybersecurity is an important concern as well, necessitating multi-layered defenses and compliance with privacy regulations. Lastly, addressing the skills gap and overcoming resistance to change in the workforce requires targeted training programs, clear communication, and stakeholder engagement for successful digital adoption.

To effectively tackle these challenges, it is imperative for manufacturers to partner with experts who have the combined knowledge and experience of the domain and technology. At InfoVision, we specialize in supporting the expansion of manufacturing to accelerate digital transformation. Over the years, we have helped numerous manufacturers address key challenges with digital transformation, offering solutions in product design, engineering, and cutting-edge technologies like AI, IoT, and mobile app development. Our expertise extends to crucial areas like Blockchain-based supply chains, Data Analytics, smart manufacturing, and more.

The opportunities are endless

As we gaze into the horizons of 2024, the manufacturing industry is poised for a remarkable transformation where a fusion of cutting-edge technologies meets the dynamic challenges of business. This blend is set to revolutionize efficiency and spur innovation like never before. We also expect that the supply chain complexities will be more than just a hurdle; they will act as critical drivers for change, shaping the future of manufacturing in profound ways.

For manufacturers, understanding these shifts is crucial. These are not mere tweaks to existing processes; they represent a paradigm shift, heralding a new epoch in manufacturing execution and strategy. This is more than adaptation; it’s a complete reimagining of the manufacturing ethos for 2024 and beyond.

Partner with InfoVision to stay ahead of the curve of transformative shifts in the digital manufacturing industry. Contact us today to learn more.