FinePoint Technology’s Post

Exploring the concept of spatial design on LinkedIn. Emerging technologies like VR and AR are revolutionizing how we conceptualize and experience spaces, offering immersive previews and real-time adjustments. Join us to discover the captivating world of spatial design and its transformative impact on the future. #SpatialDesign #InteriorArchitecture #DesignInspiration #ArchitecturalConcepts #CreativeSpaces #FunctionalDesign #InnovativeInteriors #DesignThinking #SpacePlanning #AestheticSpaces #EnvironmentalDesign #UserExperienceDesign

Discover the groundbreaking technology of HoloTile Floor developed by Walt Disney Imagineering, promising to redefine our virtual reality experiences. This modular, expandable treadmill floor comprises multiple tiles working in unison to keep users or objects centered, enabling an unparalleled VR immersion. The HoloTile Floor transcends traditional VR limitations, allowing users to traverse endless distances in any direction without fear of collision or exiting the surface. Its shared virtual reality capability fosters collaborative exploration of vast digital landscapes seamlessly. Beyond its VR applications, the HoloTile Floor's dynamic functionality extends to moving objects, presenting versatile possibilities for various domains. Theatrical stages, for instance, stand to benefit from its interactive capabilities, revolutionizing live performances. Imagine stepping into your favorite Disney universes with an entirely new perspective, whether at Disney Parks, in your home, or beyond. The HoloTile Floor promises a transformative, immersive, and interactive experience, bridging the gap between digital and physical realms. Stay tuned for further insights into groundbreaking technologies and innovations by following me (Dr. Biji Kumar R). Disclaimer: This post is for informational purposes only, and the attached video does not claim any ownership, with all credits going to the respective creator. #holotilefloor #virtualreality #immersivetechnology #disneyinnovation

Driving Innovation: How Immersive Technologies are Revolutionizing Automotive Design 🚗 The automotive industry is undergoing a revolution thanks to immersive technologies like VR and AR. These tools redefine vehicle design and development, enhancing creativity and collaboration. What are Immersive Technologies? 🤔 These digital tools create interactive experiences. Key types include Virtual Reality

We’ve been hearing it for a while now: Visitors want dynamic, immersive experiences. How do you achieve this without breaking the bank on emerging technologies like VR and AR? Last week we wrote about using scent to create a layered sensory experience for visitors. Today, let’s explore avenues for engaging and deepening connections with your visitors using sound. Sound installations can be extremely immersive, and storytelling through sound is often an underutilized component of exhibition design. From music to ambient sound to object-specific sound effects, digital audio can have a tremendous impact on visitor experience. Find out about current uses of sound in exhibitions along with information to help you better utilize sound in our latest article on musuem.industry411 .com. #MuseumTech #SoundDesign #ExhibitionDesign #MuseumInnovation #MuseumExperience #ArtandTechnology #MuseumExhibitions #MuseumInspiration #MuseumProfessionals #MuseumLife

Step into the Future with AR, VR, and Digital Twin Technology! At Virtual Dive Studios, we’re at the forefront of immersive tech, offering cutting-edge AR (Augmented Reality), VR (Virtual Reality), and Digital Twin development services. These technologies are transforming industries, from gaming to real estate, offering interactive, real-time experiences like never before. Recent reports show that the AR/VR market is expected to surpass $160 billion by 2027, with digital twins leading innovations in smart cities, manufacturing, and healthcare. The scope is immense, empowering businesses to visualize, simulate, and enhance real-world environments. Whether you're building virtual worlds, interactive AR experiences, or developing digital twins to optimize your operations, our team is ready to make your vision a reality. Let's take your projects to the next level with the power of immersive technology! #augmentedreality #virtualreality #digitaltwin #virtualdivestudios #immersivetechnology #innovations

Virtual reality (VR) technology is revolutionizing industries such as architecture and design, allowing professionals to visualize projects in immersive 3D environments. #VRDesign #VirtualVisualization

Augmented Reality (AR) and Virtual Reality (VR) are two groundbreaking technologies, each offering unique possibilities. AR overlays digital elements onto the real world, allowing users to interact with virtual objects while still being aware of their surroundings. In contrast, VR creates a fully immersive experience, transporting users entirely into a digital environment. Key AR/VR Equipment: 1️⃣VR Headsets: Immerse users in a completely virtual space. 2️⃣AR Glasses: Display augmented information about the real world through specialized screens. 3️⃣Controllers and Touch Devices: Enable users to interact with both virtual and augmented environments. We are dedicated to leveraging cutting-edge technologies in AR/VR application development to empower our clients and drive business innovation.

The latest version of the PICO PUI 5.9.0 is here! Designed to elevate your VR experiences to new heights, here's a quick look at what's new: ▸ Streamlined Browser Screencasting: Dive into effortless screencasting with our new fixed URL casting feature, making sharing in public networks a breeze. ▸ Upgraded Play Space Performance: Experience our Environment Texture Check function for enhanced positioning accuracy and a smoother VR journey, thanks to resolved issues and refined performance. ▸ Advanced Business Settings: Discover expanded APIs and capabilities for your business needs, including anti-copy features for locked screens and efficient QR code scanning for URL parsing. ▸ Improved Hand Tracking: Enjoy reduced latency and a higher success rate for the "Pinch" gesture, alongside enhanced stability during head movements, ensuring a more intuitive interaction. ▸ Optimized System Performance: Relish in the flawless playback of VR and HDR videos, optimized for an uninterrupted and immersive viewing experience. How will PUI 5.9.0 transform your immersive solutions? Share your visions with us in the comments below! #PICOXR #VirtualReality #TechUpdate

Imagine being able to walk through your dream space before construction even begins! 🤯 With our state-of-the-art VR integration, clients can now experience a virtual walkthrough of their dream project, seeing every detail come to life in a stunning 3D environment! No idea in mind? No problem! Our dynamic design team thrives on innovation. We'll collaborate with you to create a vision that surpasses your expectations, ensuring every aspect reflects your unique style and needs. From concept to completion, we've got you covered.💡🔨 ✅ VR Technology - Step inside your future space with our immersive VR simulations. ✅ Innovation at Its Core - Our design team sparks creativity, turning blank slates into inspired spaces. ✅ Collaboration Unleashed - Your inputs, our expertise - let's shape something extraordinary together! Our design preview ensures that every client is not just satisfied, but truly excited about the journey we're about to embark on together. 🤝🛠️

📃Scientific paper: A Practical Guide to Implementing Off-Axis Stereo Projection Using Existing Ray Tracing Libraries Abstract: Virtual reality (VR) renderers driving CAVEs and similar immersive environments use the off-axis stereo camera model so that a tracked user can move freely in front of the projection plane. Geometrically, off-axis projection results in asymmetric viewing frusta and generalizes the ubiquitous perspective camera model to support positioning off the center of the projection plane. VR renderers often integrate with larger visualization systems that rely on libraries for position tracking and pose estimates, for ray tracing-based rendering, and for user interaction. We demonstrate different strategies to implement off-axis stereo projection within the constraints of given VR applications and ray tracing libraries. We aim for minimal to no adjustments required to the internal camera representation of such libraries. We include host and shader code with the article that can be directly integrated in custom applications. Continued on ES/IODE ➡️ https://etcse.fr/xv9 ------- If you find this interesting, feel free to follow, comment and share. We need your help to enhance our visibility, so that our platform continues to serve you.