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Revolutionary Holographic Display in 2026

Welcome to today's Augmented Reality news.
Hi fellow AR fans.
Today we will have another look into AR glasses, and how they impact our everyday living, especially the last article.
Enjoy your reading!
Today’s Topics:
Snap Inc. Fuels Next-Generation AR Innovation
Oculus Founder Aims to Enhance Troops Beyond Human Limits
How AR and VR Are Transforming the Future of Fashion Retail
Revolutionary Holographic Display Could Bring Affordable AR Glasses by 2026
What you’ll learn:
At the India AR Day event in Mumbai, Snap Inc. showcased its cutting-edge augmented reality (AR) technology, emphasizing creativity and cultural expression in India. Leaders like CTO Bobby Murphy and MD Pulkit Trivedi highlighted Snap’s commitment to empowering a vibrant community of AR developers and creators across the country. The event featured hands-on experiences with innovative products, including the fifth-generation Spectacles powered by Snap OS, and initiatives like localized training sessions and the launch of the India Lens Awards, all aimed at fostering AR innovation from major cities to smaller towns.
Key Points:
Event Focus: India AR Day in Mumbai celebrated Snap Inc.'s AR innovations and creative ecosystem.
Empowering Creators: Snap is committed to supporting and expanding India's rapidly growing AR developer community, which is driving creative experiences.
Innovative Products: Demonstrations included Snap’s fifth-generation AR Spectacles with Snap OS, offering a unique, interactive AR experience.
Hands-on Engagement: The "Any Body Can Develop" experience allowed attendees to learn and create their own AR Lenses.
Community Initiatives: Snap is hosting localized training meet-ups, partnering with educational institutions, and launching the India Lens Awards to encourage and recognize AR talent.
Broad Impact: AR is positioned not just for entertainment but as a medium for cultural expression, with widespread adoption among Snapchat users across India.
Why is this important?
Overall, the article teaches that combining innovative technology, strategic community-building, and localized support can transform AR into a dynamic force for creative expression and practical application worldwide.
What you’ll learn:
Microsoft is transferring control of the Army’s mixed reality headset, IVAS, to Anduril Industries. Anduril, which previously integrated its Lattice platform for real-time threat detection, will now oversee production, hardware and software development, and delivery schedules, while Microsoft remains involved through its Azure cloud services. Anduril founder Palmer Luckey envisions IVAS as a groundbreaking tool to enhance soldiers’ capabilities, with improved prototypes currently under field testing before full deployment.
Key Points:
Control Transfer: Microsoft is handing over the Army’s mixed reality headset project (IVAS) to Anduril Industries.
Technology Integration: Anduril previously integrated its Lattice platform to enable real-time threat detection by removing processing delays.
Project Oversight: Anduril will manage production, hardware/software development, and delivery timelines, while Microsoft continues as a partner using Azure as the preferred cloud service.
Vision for the Future: Anduril founder Palmer Luckey sees IVAS as a revolutionary tool that will enhance soldiers’ abilities by seamlessly combining human performance with robotic and drone technologies.
Ongoing Development: The Army is testing its third prototype of IVAS (version 1.2) with several hardware and software improvements, with a field assessment scheduled at Fort Carson, Colorado, before moving toward full fielding.
Why is this important?
This transition is crucial because it ensures the continued development and deployment of IVAS, a cutting-edge system that enhances soldiers' situational awareness, communication, and coordination with drones. Anduril’s leadership in defence technology will drive innovation, while Microsoft's ongoing partnership ensures reliable cloud integration. The move strengthens military capabilities and accelerates the evolution of battlefield technology.
What you’ll learn:
The apparel industry is embracing Augmented Reality (AR) and Virtual Reality (VR) to revolutionize shopping experiences, streamline design processes, and enhance brand engagement. AR enables virtual try-ons, personalized shopping, and interactive catalogues, while VR offers immersive fashion shows, virtual stores, and digital fitting rooms. These technologies boost customer confidence, reduce costs, and support sustainability efforts by minimizing material waste. However, challenges like high costs, integration issues, and consumer adoption still exist. The future of AR and VR in fashion includes digital-only clothing, hybrid commerce, and hyper-personalized shopping experiences.
Key Points:
AR in Fashion
Virtual fitting rooms reduce return rates.
AR-powered apps enhance product discovery.
71% of shoppers prefer AR-powered shopping experiences.
VR in Fashion
Virtual stores create immersive shopping environments.
Digital prototypes help designers reduce material waste.
Consumers can attend virtual fashion shows for a lifelike experience.
Benefits of AR and VR
Improved customer engagement and personalization.
Cost reductions via virtual sampling and digital marketing.
Increased sales due to higher consumer confidence in purchases.
Challenges of AR and VR Adoption
High investment costs for brands.
Technological limitations like processing power and internet speed.
Need for consumer education and familiarity with AR/VR tools.
Future Trends
Growth of digital-only fashion for virtual worlds.
Hybrid commerce blending physical and virtual shopping.
AI-driven hyper-personalization for better shopping experiences.
Why is this important?
AR and VR are transforming fashion retail by enhancing customer experiences, streamlining design processes, and driving innovation. These technologies bridge the gap between online and in-store shopping, offering virtual try-ons, immersive fashion shows, and interactive showrooms that boost engagement and reduce return rates. Beyond convenience, they also support sustainability by minimizing material waste and enabling digital prototyping. As consumer expectations evolve, AR and VR are becoming essential tools for brands to stay competitive, create personalized shopping experiences, and redefine the future of fashion retail.
What you’ll learn:
The apparel industry is embracing Augmented Reality (AR) and Virtual Reality (VR) to revolutionize shopping experiences, streamline design processes, and enhance brand engagement. AR enables virtual try-ons, personalized shopping, and interactive catalogues, while VR offers immersive fashion shows, virtual stores, and digital fitting rooms. These technologies boost customer confidence, reduce costs, and support sustainability efforts by minimizing material waste. However, challenges like high costs, integration issues, and consumer adoption still exist. The future of AR and VR in fashion includes digital-only clothing, hybrid commerce, and hyper-personalized shopping experiences.
Key Points:
Swave’s HXR display enables lightweight, high-resolution AR glasses
Unlike current AR glasses that rely on bulky waveguides or birdbath optics, Swave’s holographic technology makes it possible to create a compact, lightweight, and high-performance display.
Uses holographic phase-change technology similar to rewritable DVDs
The display stores interference patterns using phase-change materials, like those used in rewritable DVDs, allowing for a low-cost, power-efficient solution.
This technology retains an image without power, reducing energy consumption in heads-up display (HUD) mode.
Offers 64 gigapixels resolution, over 2,000 nits brightness, and low power usage
The holographic display densely packs pixels, resulting in 170 times smaller pixels than standard displays.
Laser-powered display allows for bright and crisp virtual images, even in outdoor lighting.
The display minimizes light loss, unlike traditional waveguide-based AR glasses.
Expected to cost $50 per eye and weigh under 50 grams
Swave’s CEO Mike Noonen estimates that the bill of materials (BOM) is just $50 per eye, making the glasses affordable.
The lightweight design (under 50 grams) makes it more comfortable for long-term wear compared to current AR glasses, which are often heavy.
120-degree Field of View (FoV), 60 pixels per degree (PPD), and 10+ hours battery life
Swave’s AR glasses will provide a wide FoV (up to 120 degrees), much higher than today’s smart glasses (e.g., Xreal One with 50 degrees).
Offers retina-like resolution (60 PPD), making text and images crisp and natural-looking.
Battery life of 10+ hours allows for all-day use without frequent charging.
Could also be used for automotive HUDs and large enterprise displays
The technology is scalable, meaning it could power holographic windshields for navigation, similar to BMW’s Panoramic iDrive.
Larger wall-sized volumetric displays for businesses and enterprises could benefit from this high-resolution, energy-efficient tech.
First prototypes expected in 2025, consumer-ready by 2026
Swave has been working quietly in their labs and has only shown concept designs at trade shows.
The first prototype of Swave-powered AR glasses is expected in the next few months, with a consumer launch possible in 2026.
Swave won’t manufacture the glasses itself but will partner with other companies to bring the technology to market.
Why is this important?
Swave’s breakthrough could finally make AR glasses practical for everyday use, opening up new possibilities in work, entertainment, and daily life. If successful, this could be one of the biggest advancements in AR technology to date. 🚀
THINGS HAPPENING IN AR
YahooFinance.com: Augmented & Virtual Reality Market to Grow by USD 442.99 Billion (2024-2028), Boosted by AR and VR Demand.
globenewswire.com: Digital Twin Consortium and Augmented Reality for Enterprise Alliance Announce Public Event: Advancing Digital Transformation – Engineering the Future Today,