Also Read: VIAVI Unveils Groundbreaking AR Tool to Visualize Radio-Frequency Signals in Real Time

Moreover, this collaboration will facilitate roadmap alignment and joint innovations to further enhance the graphics, multi-user experiences, and developer communities’ scalability. “We believe the future of computing will be more human and grounded in the real world,” said Evan Spiegel, co-founder and CEO, Snap Inc. “Our work with Qualcomm provides a strong foundation for the future of Specs, bringing developers and consumers advanced technology and performance that pushes the boundaries of what’s possible.”

Read More: Snap and Qualcomm Expand Strategic Collaboration to Advance Intelligent Computing Experiences on Specs

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Developed in collaboration with Verizon Wireless, RF Viewer overlays live RF data including signal strength, distribution and intensity directly onto a device’s camera feed. Through this intuitive AR experience, complex RF analytics are translated into visually accessible insights, enabling users to quickly detect signal anomalies, locate interference sources, and optimize network configurations.

“This solution bridges the gap between invisible RF data and human perception, empowering technicians, engineers and researchers to make faster, smarter decisions in the field,” said Ian Langley, Senior Vice President of VIAVI’s Wireless Business Unit. Verizon’s Vikramjeet Singh emphasized the safety and operational benefits of the technology, noting its role in efficiently locating passive intermodulation (PIM) sources while ensuring technician safety.

How RF Viewer Works: AR Meets Wireless Diagnostics

At its core, RF Viewer brings together AR visualization and advanced RF analytics to provide:

• Live overlays of RF signal metrics on camera video
• Real-time diagnostic feedback for troubleshooting and optimization
• User-friendly interfaces accessible to both expert engineers and non-technical operators

This combination helps professionals in telecommunications, smart building design and RF safety assessments to immediately contextualize signal environments. With RF emissions often difficult to interpret through traditional instruments alone, the AR visualization layer significantly reduces cognitive load and accelerates decision-making in the field.

RF Viewer augments the existing capabilities of OneAdvisor 800 Wireless, which already includes spectrum analysis, interference detection and transport network validation features critical for supporting evolving standards such as 5G Advanced and the future progression toward 6G technologies.

Also Read: Virtual Reality vs Augmented Reality: Battle of Reality Technologies 

Implications for the Augmented Reality Industry

While augmented reality has primarily been associated with consumer applications such as gaming, retail overlays and navigation RF Viewer highlights AR’s expanding role as a specialized industrial tool. By enabling visualization of invisible electromagnetic fields, VIAVI’s solution opens new AR use cases in technical diagnostics and complex data interpretation areas previously dominated by conventional interfaces like charts and meters.

This trend fits well within the broader trends within the AR industry itself to focus on more productivity tools over entertainment-oriented apps. As enterprise organizations look to leverage AR to support decision-making tools for things like telepresence assistance to drive field service automation initiatives, products such as RF Viewer show the viability of AR to drive real-world solutions within highly technical scenarios itself.

In the telecommunications sector where RF planning, network optimization and interference mitigation remain paramount the integration of AR directly into diagnostic workflows could significantly shorten troubleshooting cycles and improve workforce efficiency. By presenting data visually in context, AR bridges the gap between abstract readings and actionable insights, lowering barriers for less experienced technicians and enabling faster learning curves.

Furthermore, VIAVI’s partnership with Verizon underscores how AR solutions can be co-developed with industry leaders to address specific operational challenges, thereby creating tailored AR capabilities that directly align with business needs. This collaborative model may become more common as enterprises recognize the value of context-aware, data-rich AR tools.

Business and Competitive Impacts

For companies operating in the AR space, VIAVI’s launch signals both opportunity and competition:

• Opportunity: The expansion of AR into industrial diagnostics may accelerate investment in AR software platforms, sensor integration and visualization frameworks tailored to niche markets such as network testing, manufacturing, healthcare, and industrial IoT.
• Competition: Providers focusing solely on consumer AR experiences may find pressure to pivot toward enterprise offerings that deliver measurable ROI and productivity gains.

As AR technologies mature, companies that can combine immersive visualization with domain-specific analytics are likely to gain an edge. For example, integrating AR with AI-driven analytics, predictive maintenance systems or remote collaboration tools could further expand the value proposition for enterprise clients.

From a market perspective, this development may influence strategic decisions around hiring AR specialists, adopting mixed-reality hardware, and investing in training programs that leverage immersive tools for operational efficiency.

Looking Ahead

VIAVI RF Viewer is one such application which clearly demonstrates how augmented reality is progressing from being a gimmick to a crucial industry-grade application. With the future of the telecommunications industry emerging into 5G Advanced and preparing the path for 6G, augmented reality is expected to find more uses in visualizing information and improving work efficiency.

Regarding the AR market as a whole, the future seems to be moving towards the enterprise with solutions that can be easily integrated with technical systems to offer various business advantages, ranging from cost reduction to accelerated problem-solving as well as enhanced safety.

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Alipay+, the unified wallet gateway service under Ant International, announced the Alipay+ smart glasses-embedded payment solution for global e-wallets. In collaboration with Meizu, a global industry leader, Alipay+ completed the world’s first real-world smart glasses-embedded e-wallet payment transaction in Hong Kong.

The successful transaction on Meizu StarV Snap smart glasses with AlipayHK, Hong Kong’s leading superapp, marks another milestone in Alipay+’s advance at the forefront of global mobile payment innovation. Users are able to make seamless payments with QR scans or voice commands from their smart glasses, backed by Alipay+’s AI-powered voice interface, intent recognition, and voiceprint authentication technologies. The new feature will roll out to Alipay+ global partner e-wallets in 2025 upon the integration of Alipay+ upgraded tech suite for smart glasses.

In April 2025, Meizu officially announced the global pioneer of offline AI glasses-enabled mobile payment function powered by Alipay+. Alipay+’s advanced payment SDK solutions are integrated into all new Meizu smart glasses, supported by Meizu’s industry-leading optical waveguide display technology, voice noise reduction and capture technology, and camera-based code scanning technology.

Also Read: Flybits Launches XRCard: Spatial Banking Without Phones

Alipay+ is accelerating new innovations to support e-wallets’ transition into the future of seamless commerce. Alipay+ connects over 1.7 bn user accounts on 36 global e-wallets, national QR schemes and banking apps to 100 million merchants across 70+ core markets.

With one integration, wallet partners can access Alipay+’s expanding toolkits for customer engagement and business growth. Among these, Alipay+ now integrates QR-based and card payments via a global NFC solution. It also enables a full range of agentic AI features including MCP-based AI payments built on Alipay+ GenAI Cockpit, an AI-as-a-Service platform for fintechs.

“The offline payment function of smart glasses launched overseas by Meizu and Alipay+ has set a new technological benchmark for the industry,” said Peng Guo, General Manager of the XR Division of Meizu. “The innovation in the payment scenario has enhanced the practicality and appeal of smart glasses and also promoted the progress and development of the AR glasses industry. We hope this function will bring more convenient experiences to users.”

“We are grateful to work with industry leaders like Meizu to pioneer smart glasses-embedded payment solutions. By unlocking payment capabilities, smart glasses will rapidly transform into the next-gen personal device like the mobile phone,” said Jiangming Yang, Chief Innovation Officer of Ant International. “We look forward to supporting more industry partners with one integration into Alipay+‘s premium wallet ecosystem across global markets, to help them build broader user scenarios and achieve growth.”

Source: Businesswire

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Flybits, a global leader in personalized digital banking experiences, has introduced XRCard, a pioneering concept developed within Flybits Labs. This cutting-edge technology fuses generative AI, spatial computing, and physical card functionality to redefine how consumers interact with their finances.

Currently being tested in Flybits Labs and piloted with select partners, XRCard is designed for innovative issuers looking to adopt transformative, customer-centric technologies that go beyond traditional banking apps.

Seamlessly integrated with the Flybits modular personalization platform and OpenDome spatial computing capabilities, XRCard represents a leap forward in user experience. By maintaining the familiar format of a physical card while enabling immersive, intelligent engagement, XRCard sets a new benchmark for intuitive financial interaction.

Leveraging secure embodied biometrics, contextual real-time data, and Flybits’ Multimodal AI including embedded generative AI XRCard enables seamless, app-free interactions. Users can access insights and perform actions through natural gestures or voice, eliminating the need for smartphones or traditional user interfaces.

Also Read: Addepar Acquires Arcus to Expand Wealth Tech Platform

Key Features of XRCard:

• Natural Voice Interaction with Generative AI
  Communicate directly with XRCard to access personalized financial insights. Designed for smart glasses integration, this feature eliminates reliance on mobile apps, offering instant, AI-driven assistance.

• Augmented Reality Financial Visualization (Microsecond Latency)
  Experience real-time, 3D visualizations of your transaction history and spending patterns in AR. The ultra-low latency system turns complex data into visually engaging narratives, designed for modern wearable tech.

• Effortless Social Bill Splitting (AR-Enabled)
  Instantly split bills with friends using smart glasses and XRCard’s AI. A simple glance activates collaborative sharing, simplifying what was once a manual, error-prone process.

• Proactive, Personalized Offers (On-Demand)
  Ask XRCard for offers tailored to your unique context. Unlike traditional push notifications, this feature delivers value when it matters most through Flybits’ advanced contextual intelligence.

“The banking landscape is undergoing a significant shift, driven by a new generation of users who expect participatory digital experiences, unlike the limitations of older interfaces. Many current mobile banking apps, with their architectural and engineering shortcomings, are ill-equipped for AI-native millennials. Flybits views it as our responsibility to guide partners by showcasing realistic AI solutions, with XRCard as a prime example of an intelligent, human-centric banking experience leveraging spatial computing to move beyond today’s mobile constraints,” said Dr. Hossein Rahnama, Founder and CEO of Flybits.

XRCard is part of a broader suite of emerging innovations from Flybits Labs, which also houses initiatives like Reason Ready AI and Auditable AI all aimed at building a more responsible, explainable, and deeply personalized financial ecosystem.

As these innovations mature, they are systematically integrated into the Flybits platform, enabling banks, credit unions, and financial institutions to stay ahead of the curve. With XRCard, Flybits empowers its partners to deliver groundbreaking, future-ready experiences that elevate customer engagement and set new industry standards.

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This blog explains the key differences of virtual reality vs augmented reality. This knowledge is vital for using these technologies effectively across industries.

What is Augmented Reality?

By integrating digital features in real-time, augmented reality improves our perception of the physical environment. This is frequently accomplished with smartphones, tablets, or smart glasses. AR gives consumers better experiences and insights by superimposing sounds, images, and other content onto the real world.

Real-World Applications of AR:

• Simplifying Home Upgrades: Augmented reality opens a window to your home’s potential. Picture your furniture perfectly in any space. Experiment with a rainbow of wall colors and paint options. Make informed choices before you hit ‘buy’! Transform your decor dreams into reality with just a tap.
• Furniture Shopping 2.0: Through the IKEA Place app, users can visualize furniture in their home space in real time, thanks to Apple’s ARKit technology.
• Try Before You Buy: Welcome to the age of augmented reality, where your shopping experience gets a thrilling upgrade. This cutting-edge technology is adept at converting mere window shoppers into devoted buyers. Retail giants like Sephora, Macy’s, and Wayfair are investing heavily in AR, recognizing its game-changing potential. Imagine effortlessly trying before you buy, as digital images seamlessly blend with the real world. Adidas is stepping up the excitement with their virtual try-on feature for shoes, letting customers explore styles from home. It’s not just shopping; it’s discovering with every click.
• Gaming Meets Reality: This popular AR-based game places virtual Pokemon characters in real-world locations, allowing users to catch them through their smartphone cameras.

Also Read: Why Augmented Reality Might Be the Next Big Thing

What is Virtual Reality?

VR is a passport to captivating realms where reality bends and warps. With specialized headsets and controllers, users plunge into simulations that tickle their senses. Engaging sight, sound, and touch, VR crafts a tapestry of experience that’s both thrilling and transformative. It shines brightest in gaming, training simulations, and experiences demanding total immersion.

Real-World Applications of VR:

• Automotive Innovation: Companies like BMW and Jaguar leverage VR for design evaluation and virtual testing, reducing the need for physical prototypes.Virtual reality experience packs are rolled out to retailers , allowing all customers to have a virtual tour of the new vehicle that the company launches. Through a VR headset, they can experience a life-sized model.
• Tourism Transformation: VR allows users to virtually explore destinations, offering a more engaging and emotional experience than traditional marketing materials.
• Interior Design Evolution: Designers use VR to showcase furniture and color schemes, giving clients a more realistic view of how their space will look.
• Fitness Revolution: VR has been integrated into fitness routines, making exercises more engaging and offering users a new way to experience workouts.

As we deepen our understanding on virtual reality vs augmented reality, let’s take a closer look at the key distinctions between the two.

Key Differences Between AR and VR

The debate of virtual reality vs augmented reality comes down to how users interact with their environment.

• Accessibility: AR is more accessible since it typically requires only a smartphone or tablet to interact with digital content, while VR requires specialized equipment like headsets.
• Digital Environment: AR enhances the real world by adding digital layers to it, while VR immerses users in a completely digital world.
• User Interaction: AR allows users to interact with both the real and virtual world simultaneously, while VR offers an experience where the user is fully immersed in a digital environment.

Future Perspectives

The debate over virtual reality vs augmented reality explains different approaches to user experience. Virtual reality is fully immersive. So, it’s perfect for gaming, simulations, and training. Augmented reality enhances real-world experiences. It overlays digital info on our surroundings. As both technologies evolve, we can expect hybrid experiences. They will blend virtual and physical realities for a more engaging user experience. Industries must understand the difference between virtual and augmented reality. It will help them create innovative solutions. These solutions will change how we interact with the world and each other. The future of AR and VR is promising, as we uncover new possibilities for both technologies.

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Watch Proto’s AI Hologram agent demonstration at re:Invent on YouTube.

The Personas were also able to converse in any language to address the international crowd at the event.  As demonstrated at L.A. Tech Week in November, the Proto AI Hologram Agents can also complete tasks based on conversational input. Uses in corporate training and customer service are already being developed. The Personas are created using Proto’s AI tools and customized based on subject consent and inputs, with carefully designed guardrails.

“Our latest demonstration showcases the transformative power of multi-agent AI systems,” said Raffi Kyrszek, Proto’s Head of Product and AI Innovation. “By enabling AI agents to share knowledge, spark emergent creativity, and collaborate on problem-solving, we’re unlocking entirely new levels of intelligence and adaptability. This approach allows our AI to not only learn autonomously but also to generate novel ideas and self-organize in ways that mirror human teamwork. It’s a major step forward in the evolution of AI, with far-reaching applications across education, research, logistics, and beyond.”

Also Read: XREAL One: World’s First AR Glasses with X1 Spatial Chip

This installation marks several significant technological firsts:

• First demonstration of generative conversations between two AI-powered holograms
• Integration of real-time participant hologram capture into an AI-driven narrative
• Multilingual capability with dynamic personality adaptation
• Seamless fusion of multiple AI modalities, including natural language processing, voice synthesis, and lifelike holography

The activation is powered by a sophisticated technology stack that includes:

• Proto’s AI Conversational Persona Technology for lifelike holographic representation
• Amazon Bedrock featuring Anthropic’s Claude for advanced intelligence
• HeyGen’s advanced technology for ultra-realistic synchronous facial expressions and movements
• Eleven Labs’ voice synthesis technology for natural speech
• Multiple AWS services including SageMaker, Rekognition, and Translate

Proto is the original hologram and spatial compute platform in use across enterprise, finance, healthcare, education, retail, hospitality, sports and entertainment worldwide. The Los Angeles-based company’s AI Persona tools are in use by AWS, PwC, HPE, SoftBank, CBS, UFC, Burberry and many more.

Proto holograms and spatial computing tools will next be on display at CES, in partnership with AARP, PwC, Pave Germany and Canonical, as well as at NRF in partnership with AWS, where several important announcements and advancements in retail AI Holograms will be announced.

Source: GlobeNewsWire

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XREAL One Series consists of XREAL One and XREAL One Pro, and are the first cinematic AR glasses, wearable displays, or smart glasses to deliver native next generation three degrees-of-freedom (3DoF) spatial computing using an integrated spatial co-processing chip built directly into the glasses. The custom chip is called X1 and is the first of its kind for any optical see through (OST) AR glasses. XREAL One Series features improved support for a variety of interpupillary distance (IPD) ranges, multiple TÜV Rheinland eye health certifications, Sound by Bose for audio, plus an optional modular multimodal AI camera, another first for the cinematic AR glasses category.

“The XREAL One Series represents the most advanced consumer AR glasses on the market today,” said Chi Xu, CEO and Co-founder of XREAL. “With the X1 chip, we’re introducing our biggest innovation since pioneering lightweight, portable, tethered AR glasses. X1 is the result of over three years of cutting-edge research and development, culminating in the world’s first customized silicon designed specifically for OST AR glasses. This is a transformative moment for XREAL customers—X1 powers the kind of spatial computing we’ve always envisioned and that customers have been eagerly waiting for. I’m thrilled for everyone to experience the XREAL One Series and see the X1 chip in action. It’s a true game-changer.”

Spatial Computing Anywhere with X1

Any XREAL One Series wearer, no matter if they connect their XREAL One Series glasses to an iPhone, Android device, Steam Deck, Windows PC, MacBook, or just about any device with video-out over USB-C, can experience the most stable virtual screen and anchor it anywhere they choose in three dimensional space with the simple press of a button on the glasses. These are AR glasses benefits previously held back by limited hardware and software configurations.

XREAL One Series produces spatial displays that are larger, more stable, more customizable, with faster refresh rates than any AR glasses available today because they are built around a revolutionary custom design that spotlights the company’s refreshed optical engine plus the built-in X1 co-processor. The unrivaled combination offers a consistent low latency 3DoF spatial screen regardless of source device with a crystal clear picture from edge to edge. X1 delivers an incredibly low motion-to-photon (M2P) latency of only ~3ms at 120Hz, ensuring a smooth and stable anchored or floating spatial screen at all times, without visual blur or image lag. The M2P latency, spatial anchoring and image stability delivered by X1 are unlike any OST AR device available in market today, far surpassing previous industry benchmarks of ~20ms.

The XREAL One Series design exemplifies the inherent advantages of OST AR compared to video see-through (VST) AR, providing a significantly superior spatial display compared to more expensive and cumbersome VST devices such as Apple Vision Pro which clocks 12ms M2P latency. Accompanying blazing speed and stability is the simplest display switching for any AR glasses. Changing between Follow and Anchor display modes, and display customization options, has become much easier and more user-friendly. Adjustments can be quickly performed by pressing the red X button on the underside of the glasses’ right temple, removing the tax of reaching for and navigating settings screens from the external host device.

The on-glasses customization options include: screen size, screen distance, stabilizer, side view, brightness enhancement, display optimization, color temperature, 2D/3D switching, IPD adjustment, volume and sound settings, button mapping settings, sensor calibration, language settings, tutorial and factory reset. The XREAL One Series also features Ultra Wide Mode viewing with a 32:9 aspect ratio, perfect for productivity and some gaming experiences.

Bigger Displays, Expanded IPDs, More Eye Comfort, and Thinner Frames

XREAL has evolved its advanced proprietary optical engine for XREAL One Series, offering a perfect viewing experience from any angle equal to 1080p Full HD for each eye. XREAL is known for its gigantic cinematic displays and reaches an impressive 50-degree field-of-view (FOV) with XREAL One, which employs a triangular birdbath lens design that achieves a 20.7% larger display area than the XREAL Air 2 series. XREAL One Pro achieves a big industry first by creating the first flat-prism lens design, a change from the traditional triangular birdbath design, and reaching an industry-leading 57-degree FOV. This is an 11mm thin plane that’s 40.9% thinner than traditional birdbath optics and increases the FOV by 23.9% compared to the XREAL Air 2 Series and which produces a 63.6% larger display area than the XREAL Air 2 series.

To ensure absolute comfort and fit with no blurring areas, XREAL is offering horizontal IPD options for the new glasses. XREAL One Pro comes in two sizes for different IPD ranges, 57-66mm and 66-75mm, allowing customers to select the horizontal IPD size that’s best for their vision. XREAL One comes in one size and includes software-based adjustable IPD. Both glasses feature three-level temple adjustments to help wearers find the right vertical IPD setting, and both can be paired with prescription inserts. XREAL One Series provides a higher standard of protection against eye-fatigue and UV protection, and are the first AR glasses to obtain two new TÜV Rheinland certifications: High Visibility, meaning the display is certified for high definition and clarity from edge to edge even under strong sunlight environments, and Eye Comfort (5 Star); they’re also TÜV Rheinland certified for Low Blue-Light and Flicker Free.

“We’re pioneering a super large 57-degree FOV, which is an incredibly wide FOV for OST head worn devices and a better option than heavy VST headsets,” CEO Xu said. “XREAL One Series is bigger than just big, its also the most stable spatial screen in OST. Our world-leading low latency produces a super stable spatial display that’s surprising everyone who sees it. Plus, with the new TUV Rheinland Eye Comfort (5-Star) certification, you can expect a high level of eye comfort and safety from your new XREAL glasses. With these results, we’re now at the point where AR glasses’ spatial screens can truly replace physical monitors all day long.”

Also Read: Cellid Unveils AR Smart Glasses with ‘Reference Design 

“XREAL One Series has achieved a significant milestone in eye comfort, becoming the first augmented reality glasses to receive the prestigious TÜV Rheinland Eye Comfort (5 Star) Certification. This certification is a testament to the advanced design and technology of XREAL One Series, offering users immersive AR experiences without compromising their eye health,” said Frank Holzmann, Global Vice President of TÜV Rheinland Electrical.

“Offering multiple IPD options for AR glasses is a big deal,” said Dr. Houman David Hemmati, MD, PhD, a board-certified Ophthalmologist and fellowship-trained refractive specialist. “Mechanical adjustments to diopters can sometimes lead to user error if not properly calibrated, potentially resulting in asthenopia (eye strain) or discomfort during extended use. Pre-set software adjustable IPD and variable IPD physical sizes like XREAL is offering are safer and more comfortable choices for customers’ eye health.”

XREAL One Series is crafted using a light yet sturdy magnesium alloy front shell that is lighter and stronger than previous generations and gives the front frame a slimmer appearance with enhanced heat dissipation for long-term comfort. An interchangeable front frame allows wearers to customize the look of their glasses, offering a range of finishes. The temple design has been optimized for weight distribution, reducing pressure on the bridge of the nose and achieving further balance than previous generations. The use of lightweight nylon for the hinges maintains durability while further reducing overall weight. XREAL One weighs 84 grams and XREAL One Pro weighs 87 grams.

Source: PRNewswire

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Cellid Inc., a developer of AR glasses displays and spatial recognition engines for next-generation devices, announced the release of “Reference Design,” an eyeglass-type augmented reality (AR) smart glasses with a superior design and light weight.

Cellid has developed the reference design spectacle-type AR smart glasses for global enterprises, which allows them to experience the most advanced technologies for smart glasses, such as the state-of-the-art, optical, see-through display method Waveguide (DOE method) and micro projector, which are being developed in-house.

The reference design also includes the provision of an SDK to support the development of AR glasses applications linked to generative AI and object recognition functions. In conjunction with the launch of reference design, the business development partner and OEM partner programs will be launched to recruit partners aiming to promote digital transformation and create new businesses using AR glasses, as well as companies aiming to develop AR glasses as their own brand.

The Waveguide (display lens for AR glasses) developed by Cellid, which is used in the reference model, achieves vivid full-color expression while remaining as thin and light as ordinary spectacle lenses. The technology has received the 2024 Display Component of the Year Award from The Society for Information Display (SID), the world’s largest display society. This award is given to technology innovations that change technology trends, and Cellid is the second Japanese company to win this award after major companies such as Sony, Toray, and Japan Display. As a result of the high reputation of AR Glasses within the industry, Cellid is currently collaborating with major companies in Japan and abroad towards the joint development and mass production of AR Glasses in order to promote their widespread use.

Also Read: Ocutrx Launches DigiLoupes with Advanced AR and XR Tech 

The Business Development Partner Program enables the joint development and demonstration of applications for the creation of new businesses using AR glasses. Through the program, participating companies can obtain business and service design support, demonstration support and application development support suitable for AR glasses. The OEM Partner Program also enables companies aiming to develop their own AR glasses to develop their own branded AR glasses based on the reference model. The reference model is similar in shape to normal glasses and lighter in weight than conventional head-mounted display AR glasses, enabling use in more everyday situations and supporting industry partnerships and the creation of new businesses.

Quote from Cellid CEO, Satoshi Shiraga

We are very pleased to present the reference model for Cellid‘s proprietary AR glasses. This innovative device has the potential to transform the way we live and work. With the reference model we have presented, we are working to build an ecosystem to further promote AR glasses and expand the market. This ecosystem will provide a place where developers, companies and users can collaborate and grow together. Our goal is to make AR technology more accessible, so that it can be used naturally in everyday life as the real and digital worlds merge. To achieve this, we will strive to follow industry-wide best practices and ensure that users get the most out of their AR experience.

Spectacle Type AR Glasses: Key features of reference design

1: Well-designed and lightweight AR glasses in spectacle size
The state-of-the-art optical see-through display system with wave-guide optical lenses makes the design and weight (approx. 58 g) as light as normal spectacles, and the fit is less tiring than conventional head-mounted display types, even after long periods of daily use.

2: Seamless AR spatial experience with high-resolution cameras & IMU sensors
With an 8MP high-resolution, 84-degree wide-angle camera and a 3-axis IMU sensor, it can also recognize objects and positions in real space, enabling users to experience a more seamless AR space.

3: Building AR spaces with superior UI/UX
It can be connected to Android and Windows devices and uses its own SDK for development, allowing AR spaces and AR content to be built easily and with excellent UI/UX for each use case.

4: SDKs for a wide variety of use cases
The SDK of the reference model comes standard with an API for generative AI, which enables its use in a wide range of use cases. For example, by asking through the reference model how to use a device in front of you, the device can be automatically recognized, and the usage and operating instructions can be displayed. In addition, by registering content to AR markers, it is possible to recognize the AR markers and display the content in real space, allowing users to instantly check equipment manuals and other hands-free information. Furthermore, additional eye tracking and gesture recognition functions are planned for the future.

Source: PRNewswire

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The DigiLoupes headset will come in two versions: one AR version with a Near-Eye Pupil-Forming Catadioptric Optical Engine and one version named PariVue with two pancake lenses as the optical engine. Pancake lenses, in contrast to traditional fresnel lenses, are short and flat, providing high-quality optics in a compact package; in the DigiLoupes headset, the pancake lens offers full peripheral vision. The pancake lens fits in a smaller surface area yet doesn’t sacrifice image quality, allowing the headset to be reduced in size and, therefore, lighter for the surgeon wearing it, all while producing the same high-resolution imagery. DigiLoupes provides the surgeon with multiple digital surgery views, including the surgery view and magnification, pre-operative imaging, and equipment readouts.

“The new pancake lens technology that we’re building into one DigiLoupes version will offer an enhanced surgeon experience without sacrificing the high visual quality that our surgeon network has come to know and expect from Ocutrx AR/XR products,” said Michael Freeman, CEO of Ocutrx. “We are committed to designing and building the best products possible that will improve user experience across a wide range of sectors. The DigiLoupes stand-alone headset and the ORLenz AR/XR headset used with the OR-Bot 3D Surgical Visualization Theatre provide dramatic improvements in healthcare ergonomics and 3D visualization, and we look forward to the immense benefits beyond surgical—for enterprise, manufacturing research, military, and gaming in the future as well.”

Also Read: World’s First Robotic Surgery Using Meta Quest and 3D Visualization on Levita MARS robotic platform

The DigiLoupes headset replaces traditional “chin-on-chest” loupes and is being developed for spinal interventions, orthopedic surgeons, breast surgeons, dentists, and dermatologists. DigiLoupes replaces unergonomic loupes and adds digital and extended reality features, including both surgical and preoperative imaging views, and offers an industry-leading field-of-view, resolution, and connectivity. The headset also features tilt-up capability and see-around displays, offering the surgeon a comprehensive and complete overview of the surgical site and surrounding area. The programmable and wireless DigiLoupes foot pedal features adjustable magnification, variable illumination, adjustable brightness, saturation adjustment, and enhanced contrast control.

Dr. Leonel Hunt, an orthopedic spine surgeon and former head of spinal surgery at Cedars-Sinai in Los Angeles, Calif., added, “The DigiLoupes solution provides better magnification, visualization, and illumination than current loupes—all hands-free. The ability to focus not just at the skin level, but also at bone, nerve, and tissue levels below without needing to move the patient is huge. It allows me to work, with full zoom and focus, without putting any instruments down. An additional bonus is the ergonomics; I can perform surgery with a healthy neck posture, which means I can be more efficient, conduct more surgeries, and care for more people.”

The DigiLoupes, manufactured at the Ocutrx-Spectrum Advanced Manufacturing Campus in Colorado Springs, Colo., will be on display at AWE EU in Vienna. Ocutrx invites attendees to stop by its booth, #619, and explore the endless possibilities of its DigiLoupes technology.

In addition to medical and surgical applications, Ocutrx’s patents around its OcuLenz and ORLenz headsets are poised to have a significant impact on the manufacturing, aerospace, spaceflight, and gaming industries with its 3D visualization monitors and holographic imaging. Ocutrx recently celebrated a major milestone of securing its 35th patent in the area of surgical and patient 3D visualization and remains committed to its mission of developing innovative AR and XR technologies that have a meaningful impact across industries worldwide. Starting in November, Ocutrx will begin validation trials in Europe of its OcuLenz headset for low vision, including advanced macular degeneration.

Source: PRNewswire

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In a groundbreaking advancement for medical science, surgeons in Santiago, Chile, performed the world’s first robotic surgeries combining 3D visualization and augmented reality (AR), marking a significant step forward in improving surgical speed, visualization, precision, and patient outcomes.

Surgeons used the Levita® MARS® robotic platform to perform a series of 10 operations leveraging the Meta Quest 3 headset and the B. Braun Aesculap EinsteinVision 3D camera.

“In surgery, viewing is everything, and this is a major leap forward in surgical visualization,” said Dr. Rodriguez Navarro. “The surgeon-controlled stable surgical view provided by the MARS robotic system enables us to incorporate augmented reality and 3D visualization, allowing for an unprecedented improvement in surgical view. Our goal is to empower the surgeon with the capabilities to provide a safer, faster, and more precise procedure. This is a real-world application of AR and 3D that will truly transform the way surgery is performed.”

Dr. Rodriguez Navarro, a minimally invasive surgeon and CEO of Silicon Valley-based Levita Magnetics, was instrumental in developing the MARS robotic platform. This FDA-cleared innovative robotic system features Levita’s proprietary Dynamic Magnetic Positioning technology, allowing surgeons to maneuver instruments inside the body using magnets. MARS reduces the number of incisions and results in faster recovery, less pain, and fewer scars*.

By incorporating immersive 3D visualization into the surgeon’s view from the operating table, Levita is enhancing visibility and depth perception, resulting in more efficient surgeries. AR headsets offer the ability to enlarge and reposition the 3D view on the dynamic screen, making surgeries more ergonomic while keeping the surgeon closely connected to the patient within the sterile surgical field.

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First Surgery and Global Implications

The surgeries performed at Hospital Luis Tisné, part of the governmental healthcare system in Chile, showcase the technology’s potential to make advanced robotic procedures more accessible to public hospitals and ambulatory surgical centers (ACS), where healthcare resources are often limited.

“The use of augmented reality in robotic surgeries is a pioneering advancement in the public system in Chile and worldwide, allowing us to improve precision in abdominal surgeries,” said Dr. Osvaldo Salgado, the Vice Minister of Health in Chile. “These surgical interventions were performed using augmented reality and the Levita robotic platform, allowing the patient’s internal structures to be visualized in 3D and improving safety and efficiency.”

Future Innovations: Telesurgery and AI Integration

AR headsets project a high-definition, virtual screen directly in front of the surgeon, marking the first step toward a fully integrated virtual diagnostics dashboard. While this technology is not cleared by the FDA and not yet available for sale, Dr. Rodriguez Navarro envisions providing real-time access to vital signs, patient history, previous diagnostic images and other critical information, all within the surgeon’s virtual visual field.

This innovation also opens the door to telesurgery and telementoring, with the potential to transform surgical practices worldwide, especially in remote areas without surgical expertise.

As the platform continues to evolve, the Levita team is working to integrate artificial intelligence (AI), enabling real-time surgery data analysis. This AI-powered innovation will improve decision- making during the procedure and will in the future provide automation for surgical tasks.

“We believe that AI and augmented reality will soon become the standard in surgical practice, enhancing efficiency, reducing complications, and ultimately improving patient outcomes,” said Dr. Rodriguez Navarro. “This technology is designed for a global impact, ensuring that the benefits of advanced surgery reach everyone, everywhere.”

Source: PRNewswire

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