Top 50 Spatial Computing

Spatial Pixel develops spatial computing solutions focused on physical spaces rather than personal interfaces. Their offerings include the Procession Spatial Computer and various contextual applications leveraging spatial AI. The company enables the creation and programming of interactive, data-aware environments.

Gracia is developing a platform for spatial computing that utilizes Gaussian Splatting to create volumetric videos for virtual reality experiences. This technology enables users to navigate immersive 360° scenes with photorealistic detail, enhancing engagement in entertainment, sports, and gaming applications.

The startup offers a cloud-distributed computing platform that enables developers to build, run, and scale real-time applications through a command-line interface. Its infrastructure allows for the deployment of algorithms at scale, facilitating the creation and monetization of Metaverse experiences for businesses.

Psychic VR Lab offers STYLY, a spatial computing platform that enables the creation and distribution of digital content in both public urban spaces and personal environments. This service addresses the need for immersive shopping experiences by integrating virtual and mixed reality technologies, allowing users to engage with fashion and other digital content in a shared or individual context.

The startup develops cloud-based software that creates three-dimensional digital twins of physical spaces using affordable off-the-shelf cameras, leveraging computational geometry, computer vision, and machine learning. This technology enables builders and property owners to virtually access and manage construction sites and facilities in real-time, enhancing decision-making and operational efficiency.

Miris provides an AI-optimized platform for streaming high-fidelity 3D content to any device at internet scale. Developers upload OpenUSD assets, which are automatically processed into a streamable format with adaptive quality delivery. This service eliminates infrastructure headaches and allows for instant integration via a Web SDK into existing web applications.

Auki Labs is developing a decentralized machine perception network called posemesh, which enables AI and devices to collaboratively understand and interact with the physical world through spatial awareness. This technology addresses the challenge of limited AI collaboration in environments tied to physical locations, enhancing data ownership and privacy for users.

The startup operates an integrated gaming and technology studio that combines computer vision with real-time environmental interaction to enhance augmented reality experiences. By enabling game developers to create dynamic games that respond to their surroundings, the company addresses the need for more immersive and engaging digital entertainment.

Weixiang Spacetime utilizes spatial AIGC technology to create an intelligent computing platform for urban meta-universe development. This platform enhances urban planning and management by providing immersive spatial data visualization and analysis tools.

The startup offers a spatial information platform that leverages IoT, artificial intelligence, big data, and blockchain to create customizable 3D virtual environments. This technology provides tailored spatial solutions for clients in defense, intelligence, and various sectors, enhancing operational efficiency and decision-making capabilities.

SpatialFirst develops augmented reality products integrating AI for enterprise use. Their core offering, Datum Spatial, enables professionals to create immersive 3D mind maps and graphs using AR glasses. This visualization capability aids in complex data analysis and improves workflow efficiency across various industries.

The company offers an end‑to‑end extended reality (XR) platform that combines 5G connectivity, AI‑driven interaction, and edge‑compute spatial rendering to deliver low‑latency, multi‑user immersive experiences. Its solution includes modular hardware, cloud‑based content distribution, analytics, and remote management tools for venues such as museums, theme parks, sports arenas, and educational institutions.

Provides a no-code platform for creating and managing virtual storefronts on Apple Vision Pro, enabling users to sell physical products or digital designs without requiring 3D modeling or programming skills. This simplifies the entry barrier for businesses and creators looking to leverage spatial computing for e-commerce.

OpalAi develops Spatial AI solutions that process visual, textual, and audio data to generate actionable insights across various industries. The company offers specialized tools for generating Building Information Models (BIM) from scan data and accelerating video analysis using Vision Language Models. Their platform supports applications in PropTech, InsurTech, Space Tech, and Transport Tech by transforming complex geospatial and visual inputs into structured outputs.

Overmatch develops scalable AI and spatial computing solutions focused on elevating human performance in defense, training, and elite sports. Their Revolution AI™ platform fuses physical and digital worlds using sensor fusion and real-time data visualization for immersive, adaptive training environments. The technology supports tactical mission readiness, law enforcement use-of-force scenarios, and peak athletic optimization through digital twins and advanced tracking.

The startup develops display modules and spatial recognition software for augmented reality glasses, focusing on waveguides and spatial recognition engines. Their technology enables real-time recognition of environmental data and human movement, enhancing user interaction in augmented reality applications.

Zhongqu Technology provides a comprehensive 3D machine vision platform that utilizes AI algorithms for accurate spatial data collection and modeling, enabling businesses to create immersive digital environments. This technology addresses the need for precise spatial management and visualization in various industries, enhancing operational efficiency and decision-making processes.

Mawari Network is a decentralized platform that enables real-time streaming of immersive 3D content through a global network of nodes, significantly reducing infrastructure costs and bandwidth usage. It addresses the limitations of traditional content delivery by providing instant access to high-fidelity spatial computing experiences with an average time to first frame of one second and an 80% cost reduction in 3D deployment.

Wherobots provides a cloud-native spatial intelligence platform that utilizes a scalable spatial data processing engine for geospatial analytics and AI. The platform addresses the challenges of managing and analyzing large-scale spatial data across various industries, enabling organizations to derive actionable insights from their data assets.

World Labs develops large-scale AI models with spatial intelligence to enhance 3D world perception and interaction. Their technology enables accurate scene reconstruction and real-time interaction, addressing the challenges of understanding and navigating complex three-dimensional environments.

Develops a cross-platform augmented reality (AR) backend that enables spatial mapping, object recognition, and real-time interaction in AR applications. This technology addresses the challenges of integrating virtual elements into the physical world, providing developers with the tools to create seamless and immersive AR experiences across devices and environments.

Cruzcortes offers an augmented reality platform for artists and creators to conceptualize and execute digital art in physical spaces. Its Pixelux application provides a spatial canvas for 3D drawing and creation, leveraging ARKit for precise tracking and Vision2 for enhanced spatial awareness.

Work Spatial is a WebGL 3D HR platform that utilizes spatial computing and generative AI to create immersive onboarding experiences for large enterprises. By transforming traditional onboarding into interactive, gamified environments, the platform enhances employee engagement and retention rates from day one.

Crux Beta Labs provides a web platform that converts climbing video into 3‑D pose data, delivering visualizations of limb trajectories, joint angles, and center‑of‑mass dynamics. Users can compare attempts, isolate inefficient moves, and receive data‑driven technique recommendations, with future integration for real‑time feedback via the Spray operating system.

Sphere Technology Holdings develops device-agnostic extended reality (XR) software that enhances spatial collaboration, training, and remote assistance for enterprise teams. By integrating secure XR functionality into daily business processes, Sphere reduces operational downtime and improves employee productivity across various industries, including manufacturing and healthcare.

AroundU develops spatial AI and XR hardware solutions to index the physical world into an accessible, universal format. The platform provides real-time spatial data to enable advanced location services for devices. This technology empowers machines with true spatial reasoning, allowing them to understand environmental context, depth, and semantics.

<name>UpLiv</name> <description>UpLiv provides a spatial operating system that converts physical spaces into editable, shareable digital files. Users can capture, view, and collaborate on real‑world environments through a web‑based workspace, streamlining design, moving, and renovation workflows. The platform aims to reduce errors, rework, and return costs by offering a single source of truth for built‑environment data.</description

Qingying Machine Vision Technology develops 3D imaging and recognition technologies that enhance object detection and analysis in various applications. Their solutions improve accuracy and efficiency in environments where precise spatial understanding is critical, such as manufacturing and robotics.

AIRLOOK creates high-precision virtual representations of the physical world, enabling immersive exploration through diverse devices. The platform aims to build a metaverse ecosystem capable of accommodating one billion users by 2030, enhancing spatial awareness and interaction.

Holotch develops a portable volumetric video capture system that enables users to create, share, and play holographic videos across various devices. This technology enhances communication and entertainment by providing an immersive experience that transforms digital content into a spatial format.

Arcturus develops HoloSuite, a volumetric content platform that integrates capture, editing, and distribution workflows for spatial video experiences. This technology addresses the challenge of producing high-fidelity volumetric assets for immersive applications, enabling seamless playback across various platforms.

Nika is a spatial computing company that offers a web-based platform for processing and analyzing large-scale geospatial data using serverless architecture and AI technologies. The platform enables users to efficiently generate digital surface models, point clouds, and orthomosaics, addressing the challenges of mapping and surveying in various industries without long-term contracts.

Vland is a Metaverse platform that enables users to design and create customizable virtual spaces using 3D modeling and spatial computing technologies. The platform provides Virtual Space as a Service, allowing enterprises to enhance collaboration and engagement in a digital environment tailored to their specific needs.

SE3 Labs develops advanced computer vision systems that enable machines to accurately perceive and interpret the three-dimensional world. The company specializes in leveraging event cameras and 3D perception algorithms for robust spatial understanding. This technology is designed to enhance robotics and autonomous system performance through precise environmental modeling.

Cherish Health develops radar-based sensor platforms that monitor health and safety in real-time, utilizing spatial computing technology to operate without intrusive devices. The system detects emergencies and health risks, providing timely assistance to enhance independence and peace of mind for users in their homes and communities.

Imvizar develops immersive storytelling experiences using augmented reality (AR) and spatial computing for attractions and locations. The platform transforms physical spaces into interactive narratives accessible via visitors' personal phones. This approach enhances audience engagement and provides clients with valuable analytics on user behavior.

Rypplzz is developing Interlife, a patented spatial computing system that converts air into addressable 3D cubes, allowing digital files to be precisely mapped to physical locations. This technology enables real-time interaction between digital objects and IoT devices, creating responsive environments that enhance user engagement and operational efficiency across various industries.

Stage Meta is a spatial computing platform that utilizes Teleport Plaque Addresses (TPA) to simplify navigation and interaction within virtual environments. This technology addresses the challenge of connecting users to unique digital locations, enhancing their experience in both physical and augmented spaces.

The startup has developed a mobile application utilizing Spatial Video technology, enabling users to experience immersive content with six degrees of freedom through live recording and streaming to head-mounted displays and holographic screens. This technology allows multiple viewers to individually engage with remote scenes, facilitating natural eye-to-eye conferencing and collaborative content consumption.

Phiars offers an ultra-lightweight Spatial AI Engine that enables vehicles to accurately perceive their surroundings in real-time. This technology powers augmented reality navigation, enhancing route guidance and situational awareness for drivers.

GridRaster provides a cloud-based XR platform that utilizes distributed edge computing, low-latency remote rendering, and AI-driven spatial mapping to create 3D digital twins and facilitate real-time collaboration in industrial settings. This technology enables enterprises to generate accurate digital representations of physical assets ten times faster and at a fraction of the cost, enhancing efficiency in manufacturing, training, and maintenance operations.

Yupix develops immersive digital experiences using advanced spatial computing and real-time rendering technologies. The platform enables businesses to create high-fidelity virtual environments for training, design visualization, and interactive product showcases. This technology delivers photorealistic digital twins and interactive simulations accessible across various devices.

Treasury provides a platform that connects metaverse builders with architects and designers, facilitating access to premium digital assets for spatial environments. This service protects the intellectual property of creators while enabling builders to enhance their projects with high-quality resources.

eXeX provides a surgical intelligence platform that delivers surgeon‑approved playbooks and real‑time workflow status to operating rooms, enabling hospitals to standardize procedures, reduce delays, and improve team coordination. The system captures operational data such as phase progression, tool usage, and consumable waste, offering analytics that drive efficiency gains without influencing clinical decision‑making. eXeX monetizes through subscription licenses to healthcare institutions, charging per operating suite or per user for access to its live insights and workflow optimization tools.

The startup specializes in spatial computing by utilizing augmented and virtual reality technologies to enhance user experiences in business and entertainment sectors. Their solutions improve engagement and operational efficiency by providing immersive environments for training, collaboration, and interactive storytelling.

Solidvue develops high-precision LiDAR sensors that deliver accurate 3D spatial recognition for applications such as autonomous vehicles and mapping. These sensors provide reliable environmental perception and data collection in complex settings, enabling enhanced spatial awareness for various industries.

The startup specializes in spatial data solutions that utilize AI to create 3D digital representations of indoor environments from a human perspective. This technology enables remote access to locations and enhances workflow efficiency by providing accurate infrastructural mapping for various applications.

Nomoko develops the digital infrastructure for the Mirror World, utilizing advanced spatial computing technologies to create a virtual representation of the physical environment. This platform addresses the challenge of integrating real-world data into digital ecosystems, enabling businesses to visualize and interact with their assets in a unified digital space.

The startup develops virtual reality and mixed reality tools that integrate artificial intelligence to create immersive environments for the fashion and lifestyle sectors. By enabling designers to craft interactive virtual spaces, the technology enhances user engagement and transforms the way consumers experience fashion and culture.

Hiverlab develops AI-powered spatial technologies and digital twin solutions to enhance operational efficiency across various industries. Their offerings enable businesses to visualize and analyze complex data in real-time, improving decision-making and reducing costs associated with traditional data management methods.