Spatial Computing, VR, and XR Innovations for 2026

Despite a cooling of metaverse hype, immersive computing technologies like spatial computing, virtual reality (VR), and extended reality (XR) are set to significantly impact various sectors by 2026. These advancements are reshaping product design processes, expanding entertainment possibilities, and enabling new forms of remote medical care, particularly in challenging environments like maritime settings.

Dassault Systèmes is leveraging Apple's Vision Pro headset with its 3DLive platform to enable organizations to create and interact with digital twins of critical real-world assets. This technology allows for precise engagement with simulations, finding applications in fields such as electric vehicle engineering and surgical instrument testing. One notable case involved an aerospace company using the platform to facilitate a review of an aircraft's interior among participants across three continents. This collaborative virtual review halved approval times and generated savings of $450,000 in travel expenses, demonstrating the tangible benefits of immersive design review.

Excurio, a Paris-based company, is addressing limitations in shared VR experiences with its LBXR Pulse platform. This system is designed to overcome scalability issues and allow for diverse participant experiences within a single virtual environment. LBXR Pulse can support up to 130 users simultaneously, enabling multiple concurrent explorations within VR. The platform is currently deployed in 25 venues across 17 countries and collaborates with prominent institutions such as the Musée d’Orsay and Harvard University’s Giza Project, showcasing its capacity for large-scale cultural and educational VR deployments.

Veyond Metaverse is pioneering the use of XR for healthcare delivery to seafarers and offshore rig workers through its OceanMD solution. This platform provides telehealth services, allowing onshore medical professionals to connect with maritime personnel via mixed-reality headsets. A key innovation of OceanMD is its ability to function effectively on low-bandwidth internet connections, requiring only 100 kbps. This design consideration is crucial for seafarers who typically rely on slow satellite internet access at sea, thereby extending critical medical support to a population previously underserved by remote healthcare solutions. Pilot programs for OceanMD are currently underway, aiming to bring essential medical consultations to remote maritime locations.