#webvr

[joshtechadvisory]

Code: WebVR - Building Immersive Worlds with A-Frame

Join us as we embark on a journey through the fundamentals of WebVR and A-Frame, catering to both beginners and experienced developers alike. Through easy-to-follow tutorials, demonstrations, and practical examples, we empower you to bring your ideas to life and unlock the endless possibilities of virtual reality right from your web browser.

Read More : https://joshsoftware.com/josh-software-events/prose-code/

[gsourcetechnologiesllc-blog]

https://www.gsourcedata.com/mobile-and-webvr-design-services

[technicallylovingcomputer]

What is WebXR and How Do You Start Building Browser-Based VR Without Coding?

Virtual reality is no longer confined to specialized apps and high-end headsets. Thanks to WebXR, immersive experiences can now live right in your web browser, making VR more accessible than ever before. Even better news? You don't need to be a coding expert to create these experiences. Let's explore what WebXR is and how you can start building browser-based VR without writing a single line of code.

Understanding WebXR: VR in Your Browser

WebXR is a set of standards that allows creators to build virtual reality (VR) and augmented reality (AR) experiences that run directly in web browsers. It's the evolution of earlier technologies like WebVR, providing a unified approach to creating immersive content for the web.

The beauty of WebXR is its accessibility – users don't need to download separate apps or software. If they have a compatible browser and a VR headset (or even just a smartphone), they can immediately jump into your VR experience with a simple URL.

Why WebXR Matters for VR Development

For creators, WebXR offers several compelling advantages:

Cross-platform compatibility: Create once, run everywhere – from high-end VR headsets to mobile phone-based solutions

Instant distribution: No app store approvals or installation processes

Lower barrier to entry: Users can experience VR content with just a click

No-code options: Several platforms now allow you to create WebXR experiences without programming knowledge

Getting Started with No-Code WebXR Development

Ready to build your first browser-based VR experience without coding? Here's how to begin your WebXR journey:

1. Choose a No-Code WebXR Platform

Several platforms now offer drag-and-drop interfaces for creating WebXR content:

VRMaker lets you build virtual tours and interactive 3D spaces with a simple interface. Upload 360° photos or 3D models, add interactive hotspots, and publish directly to the web. Perfect for virtual property tours or interactive museum exhibits.

Spoke by Mozilla allows you to create 3D scenes for Mozilla Hubs without coding. Import 3D models, arrange them in a scene, and publish to a room where people can gather in VR.

A-Frame Builder provides a visual editor for the popular A-Frame WebXR framework. Add objects from a library, position them visually, and export ready-to-use HTML that runs WebXR experiences.

Frame.io VR specializes in turning 360° videos and photos into interactive VR experiences. Add interactive elements, text overlays, and navigation points without touching code.

Wonder offers a simple drag-and-drop interface for creating interactive 3D and VR content for educational and training purposes, with no coding required.

For beginners, I recommend starting with VRMaker or Spoke, as they offer the most straightforward path to creating something impressive quickly.

2. Gather Your Assets

Before diving into creation, you'll want to gather the media assets for your VR experience:

360° photos and videos: Capture these with 360° cameras like the Insta360, Ricoh Theta, or even smartphone apps

3D models: Find free or premium models on sites like Sketchfab, TurboSquid, or the Poly Library

Audio: Background sounds, narration, or interactive sound effects from sites like Freesound

Textures and images: For decorating 3D environments from resources like Textures.com

Most no-code platforms accept common file formats like .jpg for images, .mp4 for videos, .glb/.gltf for 3D models, and .mp3 for audio.

3. Build Your First WebXR Project

Let's walk through creating a simple virtual gallery using a no-code approach:

Sign up for a platform like VRMaker and create a new project

Choose a template that matches your needs (like "VR Gallery" or "Virtual Tour")

Upload your 360° background image or select from the platform's library

Add interactive elements:

Information points with text

Image displays

Clickable objects that trigger actions

Navigation points to move between scenes

Customize the user interface with your branding elements

Test your experience in the preview mode, making adjustments as needed

Publish your WebXR experience to get a shareable URL

Even without coding, you can create an impressive virtual space where viewers can move around, interact with objects, and learn information—all within their web browser.

4. Enhance with Interactive Elements

Make your VR experience engaging by adding interactive elements:

Hotspots: Clickable areas that reveal information or media

Gaze-based interactions: Elements that activate when users look at them

Virtual guides: Automated tours through your 3D space

Quizzes or challenges: Interactive elements that test knowledge or provide gamification

Audio triggers: Sounds that play when entering certain areas

Most no-code platforms offer these features through simple dropdown menus or drag-and-drop interfaces.

Taking Your No-Code WebXR Development Further

Once you've mastered the basics, here are some ways to enhance your WebXR experiences:

Collaborative Spaces

Platforms like Mozilla Hubs let you create social VR experiences where multiple users can interact:

Host virtual meetings in 3D spaces you design

Create collaborative art galleries where visitors can leave comments

Design educational environments where groups can learn together

Integrating Analytics

Most no-code WebXR platforms offer analytics integration so you can:

Track how users navigate your virtual spaces

See which interactive elements get the most engagement

Understand how long users stay in different areas

Optimize your experience based on real user data

Publishing and Monetization

Your WebXR experiences can be more than just personal projects:

Embed them on your website as interactive features

Offer premium virtual tours for real estate or tourism

Create educational VR content for schools or training programs

Develop brand experiences for marketing campaigns

Overcoming Common Challenges

Even with no-code tools, you might face some challenges:

Performance issues: Keep your scenes optimized by:

Using compressed images and videos

Limiting the number of interactive elements per scene

Breaking complex experiences into multiple interconnected scenes

Compatibility concerns: Ensure your experience works across devices by:

Testing on multiple browsers (Chrome, Firefox, Safari)

Creating fallback experiences for non-VR devices

Providing clear instructions for users

Resources to Keep Learning

As you grow more comfortable with no-code WebXR development, these resources can help you expand your skills:

YouTube tutorials for your specific no-code platform

Online communities like the WebXR Discord channel or Reddit's r/WebVR

Webinars and workshops often hosted by platform developers

Template libraries to jumpstart your projects

Conclusion

WebXR represents the democratization of VR development, bringing immersive experiences within reach of creators at all technical levels. With no-code tools, anyone with creative vision can build virtual worlds accessible through any web browser.

The best way to learn is by experimenting—start with a simple project today, and before you know it, you'll be creating rich, interactive VR experiences that work across devices. The web has always been about accessibility and connectivity, and WebXR extends those principles into three-dimensional space.

What will you build in your browser-based virtual reality?

[forevermidicom]

📂 VR & AR

VR activity unfolds around three main aspects:

• The search for authentic machine creativity through the observation of AI-generated glitches.

• The immersive showcase of street art in virtual reality.

• The interactive, playful exploration of 3D artworks.

AR is mainly used to explore possibilities for street art guerrilla installations.

VR & AR model repository

if in need check the instructions

Visit this VR / WebVR gallery, its article and introduction on Rhizome

Video Playlist

[advertindia-blog]

Upcoming Web Designing: As Per Website Designing Company in Gurgaon

The world of web design is much like fashion—constantly evolving with time. As digital technologies advance and customer expectations shift, website interfaces continue to transform, adapting to new trends and user behaviors.

In this fast-paced market, staying ahead requires a keen eye on emerging design trends. Whether you're a web designer, developer, or business owner, keeping your skills aligned with the latest industry shifts is crucial for creating modern, engaging, and user-friendly experiences.

In this blog, we'll explore the top web design trends of 2025—insights that will help you refine your design approach and stay ahead of the curve. Let’s dive in!

Latest Web Designing Trends in 2025

1. AI-Driven Personalization & Smart UX/UI

AI will power hyper-personalized web experiences based on user behavior, preferences, and real-time interactions.

AI-driven UX will enable dynamic content that adapts to each visitor (e.g., product recommendations, layouts, and messaging).

AI-generated code will allow developers to automate repetitive tasks, streamlining design workflows.

2. Voice & Gesture-Based Navigation

Websites will integrate voice search and gesture-based interactions to make navigation more intuitive.

Hands-free browsing will be an emerging feature for accessibility and smart devices.

AI-powered voice assistants will provide an interactive experience on websites, reducing the need for text-based interactions.

3. Dark Mode 2.0 with Adaptive Themes

Dark mode will evolve into adaptive themes, where websites will automatically switch between light and dark modes based on environmental factors (time of day, device settings, or user preference).

More websites will use OLED-friendly colors to enhance dark mode experiences while preserving battery life.

4. 3D, Immersive & AR/VR-Integrated Web Experiences

More brands will integrate interactive 3D models and augmented reality (AR) experiences for product visualization (e.g., virtual try-ons, furniture placements).

Virtual reality (VR) will enhance digital showrooms and virtual shopping malls, allowing users to "walk through" stores or experiences.

Expect an increase in WebAR and WebVR, where users can engage with AR/VR elements without needing an app.

5. AI-Generated Illustrations & Adaptive Design

Web designers will shift from static assets to AI-generated custom illustrations, adjusting in real time to match user interests or brand styles.

Expect smart layouts where AI adapts web designs dynamically based on screen size, context, and browsing behavior.

6. Cluttercore & Maximalist Designs

Moving away from minimalism, Cluttercore embraces bold, expressive designs with overlapping graphics, unique typography, and dynamic layering.

Websites will incorporate hand-drawn elements, 3D animations, and interactive grids for a rich, immersive experience.

A more artistic approach will lead to brighter, unconventional color schemes and textured designs.

7. Sustainable & Energy-Efficient Web Design

Carbon-conscious design will drive energy-efficient websites with optimized performance and eco-friendly hosting.

Lighter frameworks, efficient caching, and low-energy animations will become standard.

Dark backgrounds will not only be trendy but also help reduce energy consumption on OLED screens.

8. Gamified Web Experiences

Web design will incorporate game-like elements, such as rewards, challenges, and interactive storytelling, to boost engagement.

Expect more scroll-triggered interactions, progress bars, and engagement-based rewards in e-commerce and educational platforms.

Quizzes, interactive calculators, and AI-powered chatbots will provide engaging user experiences.

9. Cybersecurity-First Web Design

Websites will integrate real-time security monitoring, multi-factor authentication, and privacy-focused UX (like biometric logins).

Decentralized identity solutions (blockchain-based logins) may replace traditional authentication methods.

Data protection transparency will be a key feature, allowing users to control their data easily.

10. Scroll-Telling & Cinematic Web Narratives

Websites will use scroll-triggered animations and parallax effects to create immersive "storytelling as you scroll" experiences.

Expect more cinematic, full-page video backgrounds that tell a story while engaging users.

Web design will shift toward narrative-first interfaces, where interactions unfold like a movie scene.

11. Ultra-Fast Web Performance & AI-Powered Speed Optimization

Google’s Core Web Vitals will push websites to load in under 2 seconds, ensuring minimal bounce rates.

AI-powered predictive caching will preload content based on browsing patterns, making websites feel instant.

Edge computing will become more widespread, ensuring ultra-fast content delivery.

12. AI Chatbots Evolving into "Chatbuds"

Chatbots will evolve into conversational AI companions that feel more natural and human-like.

AI will analyze visitor behavior to offer proactive recommendations and instant support.

Instead of being generic, chatbots will integrate with CRM tools to remember past interactions.

13. Neuromorphic & Glassmorphism Designs

Neuromorphic design (soft UI with realistic depth) will create an intuitive, almost "tangible" interface.

Glassmorphism (blurred, semi-transparent backgrounds) will remain popular, making designs feel light and airy.

More interfaces will mimic real-world objects with soft shadows, layered translucency, and depth effects.

14. No-Code & AI-Generated Website Builders

No-code tools will evolve to integrate AI, allowing drag-and-drop website creation with AI-driven suggestions.

AI will assist with auto-generating layouts, choosing colors, and even writing content for websites.

Expect more businesses using no-code platforms like Webflow, Bubble, or Framer to design sophisticated websites with minimal coding.

15. Multisensory Web Design (Beyond Visuals)

Websites will explore haptic feedback, making interactions feel more "physical" on touch devices.

Spatial audio and sound-based UX will enhance immersive experiences, guiding users through interactions.

Motion-based navigation (such as eye tracking and gesture controls) will become more common.

The Future of Web Design in 2025 & Beyond

Sailing in turbulent water requires the expertise of an expert captain; similarly, if you are building your digital assets like website, it is important to hire an experienced web designing company in Gurgaon. We at Advert India understand the nitty-gritty of web designing. Hence, we can be your strategic partner.

Schedule a call with our web design team.

[codezup]

Unlock Immersive Web Experiences with WebVR Studio

Introduction WebVR Studio is a powerful tool for creating immersive experiences using A-Frame and Blender. With WebVR Studio, developers can build interactive 3D scenes, VR experiences, and AR applications that can be deployed to web platforms. In this tutorial, we will cover the technical aspects of building immersive experiences with A-Frame and Blender, including implementation, code…

[takahashicleaning]

空間(によるスペイシェル)Webの最適化 - Apple Vision Pro

「イマーシブ」とは、「没入」「没入感のある」と定義されている言葉ではあります。

しかし、空間(によるスペイシェル)コンピューティング体験とは、3D映画館のスクリーンから飛び出した3D物体や3D特殊効果が自らの身体へ数センチの距離まで接近する3D表現ができるプラットフォームを実現可能にします。

2010年代に流行した3Dメガネをかけて3D映画館で見た感覚に近い感じがします（この場合、3DメガネがApple Vision Pro）

Web上でvisionOSの機能を最大限に活用する方法を学びましょう。

3Dイマーシブ体験がインターネットの資源と融合して使用できるようになります。

選択した対象をハイライト表示する機能の改善や、空間(によるスペイシェル)写真およびパノラマ画像をフルスクリーンで表示する機能など、最新のアップデートを紹介します。

既存のWeb標準を利用して、WebSpeechによる音声入力やテキスト読み上げ、WebAudioによる空間(によるスペイシェル)サウンドスケープの作成、WebXRによるイマーシブな体験を実現する方法について知ることができます。

WebXRとは・・・

W3Cが2018年にImmersive Web WGを発足してGoogle, Microsoft, Mozillaなどのメンバーが中心となって推進しているのが、JavaScript APIによるXRの標準化仕様であるWebXRです。

他には、WebXR以前にもWebVRというVR向けの仕様がありましたが、現在はARやMRにも対応すべくWebXRの中に統合されました。

インターネットで扱うため、WebVRは、オープンソース化のためにOpenXRの方向に進んでます。

さらに、Apple Intelligenceなどのジェネレーティブ人工知能でWebサイトをアプリにする機能も拡張することで

Apple Vision ProやiPhoneへ写真も3D生成してデスクトップアプリに仕上げてくれそうなインスピレーションがきました。

Safariでのビデオ鑑賞がワイドシアターのように、どの「環境」にいても、巨大なスクリーンでSafariで表示されたビデオを楽しめます。

それはまるで映画館のように圧倒的な鑑賞体験。スクリーンに印象的な光や反射も加えました。あなたのYouTubeやNetflixなどのビデオをかつてないほど美しく、そして、大きくワイドに映し出します。

参考として・・・

イマーシブな体験は、ユーザーが物理的な世界とデジタルな世界の���で没入感を得ることを指します。

これは、視覚、聴覚、触覚、嗅覚、さらには味覚までを含むことができ、ユーザーに強い感情的なインパクトを与えることができます。

現在、イマーシブ体験はエンターテインメント業界を中心に広がっています。

例えば、VR（仮想現実）やAR（拡張現実）を利用したテーマパークやアトラクション、イマーシブシアターなどが人気です。

3D映画は、イマーシブ体験の一部として位置づけられます。3D映画は視覚的な深度を提供し、観客が映画の世界に入り込む感覚を強化します。

これにより、従来の2D映画よりも強い没入感を得ることができます。

イマーシブ体験は、エンターテインメントだけでなく、教育、医療、マップアプリ、車などの運転補助、交通標識など多岐にわたる分野で活用されています。

サードパーティー製のスマホケースのようにApple Vision Proと一体化したヘルメットもデザイン上相性が良いかもしれません。本体の重さを全体に分散します。

安全面からも普段からヘルメット着用の抵抗感もなくなります。

技術の進化とともに、ますます現実的でインタラクティブな体験が可能となり、今後もその需要は拡大していきます。

＜おすすめサイト＞

visionOSにおけるスクリーンから飛び出すインタラクティブな体験の設計 - Apple Vision Pro

WebXRによる3Dイマーシブなインターネット体験の構築 - Apple Vision Pro

実用に向けた大規模言語モデルApple インテリジェンス 2024

Apple Vision Pro 2024

ジェームス・キャメロン： 「アバター」を生み出した好奇心

[gretxp34]

Dive into New Worlds: Exploring the Best VR Websites

Virtual Reality (VR) has transcended the realm of gaming and is making waves across various industries. From educational tours to artistic experiences, best vr websites are pushing the boundaries of web design and offering a glimpse into the future of the internet.

This article explores some of the most captivating VR websites you can visit to experience the immersive power of VR technology directly from your web browser.

Educational Explorations: Travel the World Without Leaving Your Home

VR websites are revolutionizing education by allowing users to explore historical landmarks, natural wonders, and even the human body in stunning detail. Here are a couple of phenomenal examples:

The Great Barrier Reef by Google Arts & Culture: Dive into the vibrant underwater world of the Great Barrier Reef and come face-to-face with its diverse marine life. This interactive experience allows you to swim alongside colorful fish, explore coral reefs, and learn about the ongoing conservation efforts.

A Journey Through the Human Body by National Geographic: Embark on a microscopic adventure through the human body in this fascinating VR experience. Explore the intricate workings of your organs, systems, and cells, gaining a deeper understanding of your own biology.

These educational VR websites are not just captivating; they can also be powerful learning tools for students of all ages.

Unleash Your Creativity: VR Art Galleries and Interactive Experiences

VR is transforming how we experience art. Several websites are showcasing creative VR experiences that allow you to interact with art in entirely new ways. Here are two standouts:

Google Arts & Culture Exhibits : Google Arts & Culture offers a vast collection of VR exhibits showcasing renowned museums and art galleries from around the world. You can virtually stroll through the halls of the Van Gogh Museum in Amsterdam or explore the ancient artifacts of the British Museum in London, all from the comfort of your home.

The Hallucinatory Space by Marshmallow Laser Feast: This interactive VR experience throws you into a mesmerizing world of light, sound, and movement. Explore abstract landscapes, interact with digital creatures, and lose yourself in a captivating fusion of art and technology.

VR art experiences offer a unique way to appreciate art and can inspire creativity in viewers.

Step into the Game: Interactive VR Experiences

Gaming isn't the only domain for VR experiences. Several websites offer interactive VR experiences that range from educational to purely entertaining. Here are two must-tries:

Google Spotlight Stories: Explore a collection of short, interactive VR stories on various topics. Experience the plight of refugees, witness historical events unfold, or even dance with robots. Google Spotlight Stories offers a diverse range of captivating VR narratives.

Mozilla Hubs: This online platform allows users to create and share 3D virtual spaces. Explore user-created virtual worlds, attend conferences, or even build your own VR world to share with others. Mozilla Hubs fosters a sense of community and opens doors for innovative VR experiences.

These websites showcase the versatility of VR technology and its potential to go beyond entertainment.

While VR headset compatibility can vary, many of these websites offer WebVR experiences, allowing you to experience them directly through your web browser. As VR technology continues to evolve, we can expect even more immersive and interactive experiences to emerge on the web. So, put on your VR headset (if you have one) or simply open your web browser, and get ready to explore the exciting world of VR websites!

[warrenwoodhouse]

Experiments - Google Arts & Culture

Original Link

[jimguovrblog]

Research of The Dawn of Art

The Dawn of Art allows us to immerse ourselves in the caves of ancient human prehistoric civilisation. It perfectly recreates the Chauvet Cave, which people cannot visit. Chauvet Cave is home to the oldest known human art, containing some of the world’s best-preserved symbolic cave paintings and other evidence of Upper Paleolithic life.

Since its discovery, the cave has been closed to the public to protect these fragile and irreplaceable artworks, which have remained undisturbed for 36,000 years. The United Nations cultural agency also lists it as a World Heritage Site. Although we cannot visit the cave, the VR immersion of this work allows people to experience the wonder of the origin of this art.

It is worth noting that the particle effects in this VR work add a unique and novel experience. The producer reorganised the sparks from burning torches to form animals that were presented to the audience. Since most of the animals in these murals have already been extinct, the creators used such an artistic technique to make these early animals more lifelike.

[georgiafitzsimons]

Major Project FMP - Research - Context - Technological - LO1 - LO3

//

HAPPY WEB

The presenting of music beyond the confines of YouTube. The renowned song "Happy" has a dedicated web page where it continuously plays for 24 hours. An intriguing feature is that when you skip through the song, it consistently lands on the lyrics that are about to be played, adding an interesting interactive element to the experience.

GOOGLE EXPERIMENTS

This website is a platform where Google showcases various creative and innovative web experiments developed by different creators. These experiments often demonstrate the capabilities of web technologies, including but not limited to HTML, CSS, and JavaScript.

The projects featured on the Google Experiments website cover a wide range of topics, including art, music, virtual reality, machine learning, and more. They serve as a showcase for developers to explore, get inspired, and learn about cutting-edge web technologies.

SEEING SOUND

The concept of a "seeing music" web page is a method that guides users through how sound is visually represented on each page. It showcases the technological advancements over time that enable machines to interpret music through visuals and mathematical representations. This evolution reflects the intersection of technology and music, illustrating how our understanding and presentation of musical elements have progressed with the aid of innovative tools.

A perfect sign wave makes a perfect round circle on a Hilbert scope.

Spectrograph shows music as defined sound.

This is something I'd like to experiment with if I decide on the music video idea.

SPEECH AND MUSIC

'This experiment lets you combine speech and music in a fun way. Just type some words, then set them to your own melody. You can change the melody with your mouse or keyboard, and explore different voices, scales, and more.'

SIGHT AND SOUND

This Google experiments website is something I'm going to carry on looking back at to see how people perceive sound and even their method of experimentation.

[panaromicinoftechs]

The Future of AR/VR Development Services: Trends and Innovations

In a world increasingly driven by immersive experiences, Augmented Reality (AR) and Virtual Reality (VR) have emerged as transformative technologies shaping the way we interact with the digital realm. As we venture into the future, the landscape of AR/VR development services is poised for remarkable evolution. Let's explore some key trends and innovations that are set to redefine the immersive tech landscape.

Integration with AI and Machine Learning: One of the most exciting developments in AR/VR is the seamless integration with Artificial Intelligence (AI) and Machine Learning (ML). This synergy enhances the realism and intelligence of virtual environments, creating more immersive and interactive experiences. From intelligent character behavior to dynamic content generation, the marriage of AR/VR and AI/ML is set to redefine the boundaries of digital experiences.

Spatial Computing Breakthroughs: Spatial computing, which enables devices to understand and interact with the physical world, is reaching new heights. Advancements in spatial mapping and recognition technologies are making it possible for AR/VR applications to respond intelligently to real-world surroundings. This has profound implications for industries like gaming, healthcare, and education, where contextual awareness can significantly enhance user engagement.

5G Connectivity for Enhanced Performance: The rollout of 5G networks is a game-changer for AR/VR development. The increased speed and reduced latency offered by 5G connectivity enable smoother, more responsive experiences. This is especially crucial for applications that demand real-time interactions, such as AR gaming and virtual collaboration tools.

WebAR and WebVR for Accessibility: The democratization of AR/VR experiences is gaining momentum through the adoption of WebAR and WebVR technologies. These browser-based solutions eliminate the need for users to download dedicated applications, making immersive experiences more accessible. This trend is particularly beneficial for businesses looking to reach a broader audience without the barriers of app installations.

Conclusion: As we peer into the future of AR/VR Development Services, the landscape appears dynamic and full of potential. The convergence of AR/VR with AI, the evolution of spatial computing, the impact of 5G connectivity, the accessibility afforded by WebAR/WebVR, and the growing role of immersive solutions in enterprise settings collectively paint a picture of a technology-driven future where the boundaries between the digital and physical worlds continue to blur. Panoramic Infotech specializes in cutting-edge AR/VR development services, offering innovative solutions that seamlessly blend the virtual and real worlds.

[mwtagency]

Introduction on Creating WebVR Scenarios from OR2 Europe on Vimeo.

More info at dressit.online or at OR2cloud.com