Exploring cross-device interactions for the next generation of AI wearables. ⌚ 👓 As smart glasses and other wearable devices evolve, designers need new ways to prototype and test how interfaces work together across devices. Here's a concept we built in ShapesXR to explore how digital interfaces can work together across wearables and in 3D space. Part of the UI was designed in Figma and imported into ShapesXR using our Figma Plugin, while the rest was created directly in ShapesXR, allowing us to bring the experience to life at real-world scale. 💡 With ShapesXR, designers can quickly experiment with new interaction concepts, create spatial UI, and iterate on prototypes for emerging devices — all without writing code. #ShapesXR #AIWearables #SpatialComputing #UXDesign

Giving nurses and other clinical staff access to VR can make onboarding to a new medical environment more efficient and contextual. 🥽 Before working in the actual space, they can explore its digital twin, learn the equipment, and understand how the environment is organized. We built this prototype in ShapesXR to show how quickly this kind of training experience can be created, tested, and iterated. ⚡ And the key part: it can all be done without code, passing APKs around, or going through a separate app publishing process. Just prototype, test, iterate, and deploy. 🚀 #VRTraining #MedicalTraining #DigitalTwin #SpatialComputing

We're excited to bring ShapesXR to @XREAL_Global AURA! 🚀 This marks another step toward making spatial design a natural part of the real world. We can't wait to see what teams build with ShapesXR on Android XR!

Instead of imagining how a design will feel on a wearable device, you can bring it into Mixed Reality and test interactions in context. For this prototype, we used our ShapesXR Figma Plugin to bring UI screens directly from Figma into ShapesXR. Together with imported 3D assets, we could rapidly transform static designs into an immersive, interactive experience. In the video, we show how to: ✨Import Figma designs directly into ShapesXR ✨Arrange and review interfaces in Mixed Reality ✨Pin UI elements to the user's view, simulating how interfaces behave inside wearable displays ✨Create transitions between imported frames to prototype complete user flows ✨Experience the design at human scale before a single line of code is written Designing for wearable devices requires more than static mockups. Seeing your interface in context helps uncover usability issues, validate design decisions, and iterate faster. Design. Experience. Iterate. All in ShapesXR. #MixedReality #SpatialComputing #WearableTech #UXDesign #XRDesign #Prototyping #ShapesXR #WearableDevices

Phones put our lives into our pockets. Now, glasses are putting computing into the world around us. The future is intelligence that isn't confined to a box—it sees what you see and understands the world around you. We're excited to be part of that future at AWE @ARealityEvent. Stop by the @Qualcomm booth (#911) to experience GalaxyXR and see what our clients have built with @ShapesXR. We'd love to show you what's possible and chat about the future of spatial computing. #AWE2026 #AWE #AWEUSA #ShapesXR #GalaxyXR #Qualcomm #XR #SpatialComputing

🎓One of the biggest challenges in spatial design education is accessibility — and @ucsc is helping change that with @ShapesXR at the center of the experience. Today, many VR/XR design courses are still seen as too technical for beginners and are often aimed at upper-division students. But at the University of California, Santa Cruz, the student-led course Creative Design in Virtual Reality proved that VR design doesn’t need to have a high entry bar. Built around ShapesXR, the course gave undergraduate students a collaborative, hands-on way to design and prototype immersive experiences — without requiring prior VR or programming experience. Instead of spending time learning complex technical workflows, students focused on creativity, spatial design, storytelling, and user experience while working together across disciplines. And within just ten weeks, students from a wide range of backgrounds were able to build fully functional VR prototypes and bring their ideas to life in immersive space✨ “We need to let students experiment with the technology of today. ShapesXR helped us tear down the cost and prerequisite barriers that keep so many people out.” — Samantha Wang, Student Instructor Huge thanks to Deniz Yaralioglu, Samantha Wang, Tela Favaloro at UCSC for creating this course and pushing inclusive VR education forward 🚀 Read the journal paper about this class, published by American Society of Engineering Education — link in the comments 👇 #VR #SpatialComputing #Education #XR #VirtualReality #DesignEducation #ShapesXR #ImmersiveLearning #EdTech

With @ShapesXR, teams can rapidly design, prototype, and test immersive training concepts directly in-headset with SMEs — helping identify what works (and what doesn’t) before committing to production. That’s exactly how @UNMC_iEXCEL accelerated the design of immersive VR training tools like Skullbase VR — created to help neurosurgery and ENT residents better understand the complex anatomy of the skull. By prototyping in 3D early, they reduced iteration time and streamlined the path from ideation to development. #XR #VirtualReality #MedicalTraining #ImmersiveLearning #ImmersiveDesign

Start prototyping in AR—zero code required. With @ShapesXR, you don't need a development pipeline or a single line of code to bring immersive product experiences to life. Check out this sample spatial pitch created entirely in our platform. From complex interactive walkthroughs to full 3D concepts, you can design, iterate, and pitch your ideas instantly in spatial context. #AR #ARDesign

It’s never been easier to arrange your space, add a bunch of physical objects and explore it with your team at actual 1-1 scale. Walk through the facility, onboard staff members, run consumer research sessions, and so much more! Reach out to our Shapes team to learn how to get access to Places.

Excited to share how UNC Asheville is using ShapesXR to accelerate VR prototyping in the classroom🚀 Instead of spending weeks learning complex tools, students jump straight into building and testing ideas—from day one. It’s been a great collaboration—seeing students move from initial concepts to fully realized experiences so quickly is inspiring. Huge thanks to Dr. Victoria Bradbury and Brett A McCall for pushing forward such an innovative approach to immersive design. Explore the full case study (and more inspiring stories) on our website. #XR #EdTech #ImmersiveLearning #DesignEducation #ShapesXR

Spatial Anchors are changing the way we design for automotive interiors. Instead of building multiple costly physical prototypes, we can attach digital UI directly to real-world surfaces and test different concepts instantly in Mixed Reality. This allows designers and engineers to explore layouts, instrument clusters, and infotainment interfaces in the actual vehicle environment — long before anything is manufactured. Mixed Reality accelerates iteration, improves collaboration, and brings human-centered design into the real space where the interaction actually happens. By blending digital interfaces with the physical cockpit, we can prototype faster, test smarter, and design experiences that truly fit the way people drive. #MixedReality #SpatialComputing #AutomotiveUX #XR #HMI #ProductDesign

Heading to UnitedXR Europe? Come meet Jorge Torales, representing @ShapesXR at Booth 405 alongside our friends @ArborXR and VR Expert. We’ll show you how ShapesXR levels up your design and dev workflows and introduce Places - built to preview shops, showrooms, and facilities before they’re built while tracking how people actually interact with your products and layout. For the best experience book a time through DM 👉 jorge.torales@shapesxr.com And who knows… there might be an exclusive offer waiting for you at our booth 🤫 Come find out!

Take a first look at @ShapesXR running on the new #GalaxyXR. It works entirely with hand and gaze interactions and the new materials look extra crisp on the OLED displays. That, in combination with the ergonomic form factor, makes it an ideal solution for productive creative sessions fully immersed or in mixed reality.

Our latest update is packed with great new features 👇 - Upload YouTube videos with a couple of clicks. Bring them into your scene and use them to enrich your space or as a reference for your creation - We added a powerful and feature-rich measuring tool to your arsenal (and supports both meters and feet 😉) - Swap assets across all frames and spaces with just a couple of clicks - We have significantly improved the loading speed and stability of the web editor. It is a breeze to use now. - Shared spatial anchors got fixed, and it remains the best way to co-create with others sharing your physical space. Check it out and let us know what you think!

How do you teach #XR to students who have never touched #VR? @ConestogaC found the answer by making ShapesXR a core part of their curriculum 👇 What makes this case so compelling for educators is how one tool supported multiple verticals inside the classroom: 1- Storytelling & Narrative #Design: Students built immersive scenes based on children’s stories constrained inside a snow globe or fishbowl to encourage clarity and spatial intent. 2- Industrial & Process Simulations: Learners replicated real-world workflows like warehouse logistics to show step-by-step interactions in 3D. 3- Collaboration & Feedback: Faculty members could “step into” student scenes in VR, give live critique, and guide iteration. 4- Rapid Prototyping to #Unity Export: Students were able to build functional prototypes by exporting their designs to Unity. As a result, students gained VR fluency faster, collaborated more deeply, and built projects that felt industry-ready. A special thank you goes to Andre Plante, who drove this initiative. Head over to the case study section on our website to learn more about this and other inspiring stories.