Top 50 Spatial Computing in Europe

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.

The startup develops spatial data technology that utilizes volumetric and spatial datasets to create detailed 3D models for interior professionals. This enables real estate agents to efficiently capture and manage spatial data, enhancing portfolio optimization and maximizing property value.

Ellipsis Drive provides a central repository for discovering, managing, and consuming spatial data assets across various storage locations. It specifically engineers solutions for raster, vector, and 3D point cloud data, turning files into a queryable catalog with interoperable web services. This platform enables fast, secure access and seamless integration of geospatial intelligence directly into existing workflows, applications, and tools.

Outsight develops a 3D Semantic Camera that utilizes LiDAR technology to provide real-time spatial intelligence for monitoring the flow of people and vehicles in various environments. This solution enhances operational efficiency, visitor experiences, and safety while ensuring privacy by not capturing personal identification data.

The startup develops a machine for high-volume spatial atomic layer deposition using super spatial precursor separation technology, which significantly enhances throughput and uptime. This technology enables manufacturers to efficiently integrate atomic layer deposition into their production processes, reducing costs and increasing scalability.

VoxelSensors develops intelligent sensing technology, utilizing Single Photon Active Event Sensors (SPAES) and PERCEPT models, to capture relevant human contextual data for AI agents. This low-power, on-device solution enables personal AI assistants on wearable devices to anticipate user needs and understand context in real-time. The core value is providing high-quality, selective data streams necessary for advancing user-aware spatial and empathic computing applications.

Provides a no-code extended reality (XR) design tool that enables users to create interactive augmented reality (AR) experiences without programming expertise. This platform simplifies the development of spatial applications, making it accessible for designers and businesses to build and deploy AR content efficiently.

NavVis provides reality capture technology that utilizes precision SLAM to generate photorealistic digital twins of the built environment, enabling accurate spatial data collection and processing. This technology addresses the need for reliable and accessible digital representations in industries such as surveying, architecture, engineering, and construction, enhancing operational efficiency and decision-making.

pass_by is an AI-powered geospatial intelligence platform that utilizes machine learning algorithms to analyze spatial data and provide actionable insights for urban planning and resource management. The platform enables organizations to optimize land use and infrastructure development by delivering precise location-based analytics.

VividQ develops computer-generated holographic (CGH) display technology that allows digital images to be presented at varying focal distances, enabling seamless interaction with both virtual and physical objects. This technology eliminates vergence-accommodation conflict, reducing user discomfort and nausea while enhancing immersive experiences in augmented and virtual reality applications.

This startup develops cloud-based project management software specifically for the construction industry, utilizing advanced scanning technology to automatically align point cloud data without artificial targets. By classifying data into distinct categories and instances, the software enables clients to automate the creation of three-dimensional geospatial models, enhancing project accuracy and efficiency.

Vizgen develops the MERSCOPE UltraTM platform, which utilizes MERFISH technology for high-resolution, in situ single-cell spatial genomics analysis. This system automates sample imaging and cell segmentation, enabling researchers to obtain detailed spatial data on gene expression across whole tissue sections, thereby enhancing biological insights in their studies.

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The startup develops deep sensor fusion technology that combines computer vision and satellite navigation to achieve centimeter-level positioning accuracy. This technology enables precise self-localization of objects in obstructed and outdoor environments, addressing the need for reliable positioning in challenging conditions.

Blue Sky Analytics provides an API-based catalog of environmental datasets, utilizing satellite data and AI to deliver high-frequency, high-resolution climate intelligence. This technology enables businesses to assess climate risks in real-time, facilitating informed decision-making across various sectors, including finance, utilities, and carbon markets.

Pixelgen Technologies develops Molecular Pixelation (MPX) technology for high-resolution spatial proteomics, enabling detailed mapping of cell surface proteins in three dimensions. This technology provides critical insights into immune cell behavior and disease mechanisms, facilitating the development of personalized treatments and diagnostics.

The startup develops nanosatellite technology that provides high-resolution earth-observation data to monitor environmental changes. This technology enables clients to analyze spatial patterns and track progressions in the Earth's ecosystems, facilitating informed decision-making.

Audioscenic utilizes Amphi AI Beamforming technology to deliver immersive 3D audio through small speaker arrays and advanced head tracking, enabling natural sound reproduction without the need for headphones. This technology addresses the limitations of traditional audio systems by providing accurate spatial sound and eliminating the fixed sweet-spot requirement, enhancing the listening experience in various environments.

Resolve Biosciences offers a Molecular Cartography platform that utilizes multi-analyte, highly multiplex spatial analysis technology to provide subcellular resolution of molecular interactions. This technology enables researchers to obtain detailed transcriptomic data and interrogate hundreds of genes simultaneously, addressing the complexities of biological research in oncology, neuroscience, and infectious diseases.

Uses immersive technology to blend physical and digital interactions, creating virtual experiences that enable seamless engagement across environments. This approach addresses the limitations of traditional virtual platforms by providing more interactive and immersive solutions for businesses and users.

Inspacion provides virtual reality software for architectural design and space planning. Their platform allows users to visualize and modify designs in an immersive environment, facilitating better collaboration and decision-making.

Cecil provides a secure SQL database that standardizes and harmonizes global nature datasets, enabling users to perform time-series and spatial analysis efficiently. By consolidating data from multiple providers into a consistent format, Cecil eliminates compatibility issues and accelerates the process of deriving actionable insights from environmental data.

This startup develops a generative artificial intelligence platform that integrates advanced algorithms across various sectors to enhance operational efficiency. By streamlining traditional processes, the solution improves accuracy, reduces delays, and lowers operational costs for businesses.

SparkNano utilizes Spatial Atomic Layer Deposition (ALD) technology to enable the mass production of energy and display devices with significantly reduced reliance on scarce materials. This approach enhances performance and efficiency in applications such as hydrogen production, batteries, and solar cells, addressing the critical need for sustainable manufacturing solutions.

The startup offers a big data analytics platform that aggregates and standardizes geo-temporal and spatial data related to property pricing, demographics, and valuation. This enables property investment and development companies to access comprehensive property data in a single interface, enhancing decision-making and operational efficiency.

The startup offers a three-dimensional digital twin platform that enables real estate professionals to create customized virtual environments, showcasing key environmental, social, and governance features. This technology enhances the leasing process by improving lead qualification and lowering marketing expenses for landlords, consultants, and architects.

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.

DeepScenario provides a spatial AI toolbox that converts video streams from standard cameras into precise 3D understanding of structure, motion, and context. This enables autonomous driving, smart parking, and robotics systems to navigate dynamic environments with higher accuracy. The platform offers customizable solutions that reduce development time and sensor complexity for automotive, transportation, and robotics applications.

Ariadne provides automated biomedical image analysis services, utilizing advanced workflows for 2D/3D electron microscopy, light microscopy, and computed tomography. Their platform enables research institutions to efficiently process and visualize large datasets, significantly reducing the time and cost associated with manual analysis.

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.

Holonet provides a mixed reality platform for immersive remote collaboration and engagement. It enables users to interact as avatars or holograms in shared virtual spaces, accessible across multiple devices. The platform facilitates dynamic presentations, interactive product demonstrations, and the creation of digital twins for enhanced virtual experiences.

The startup provides marine biodiversity monitoring solutions through meticulous data collection and spatial analysis, enabling organizations to assess ecological impacts and risks. By offering near real-time insights, it helps businesses comply with emerging nature-related reporting requirements while reducing costs associated with traditional survey methods.

My Digital Buildings provides a comprehensive solution for creating and managing digital twins of buildings through a national network of 3D scanning operators and a centralized web platform. This service enables stakeholders in the construction and real estate sectors to efficiently collaborate and utilize accurate spatial data, enhancing project planning and execution.

The startup provides a unified workflow for searching and analyzing multimodal datasets, including camera, radar, and lidar data, to identify trends and data gaps. Their tools enable teams to visualize scenarios and automate safety validation, enhancing the development of spatial intelligence in various applications.

Arrival.Space provides a platform for users to claim, edit, and share digital space or locations. This service allows for the management and presentation of specific digital coordinates or points of interest. It enables content association directly with defined spatial anchors.

The startup develops ambient light systems that integrate printed light sheets, biomimetic control, and inbuilt sensing technology to enhance real-time spatial experiences. Their solutions enable clients to influence human behavior, increase asset value, and generate revenue through data-driven environmental adjustments.

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.

Skyreal provides a managed service that enables secure access to extended reality (XR) data for stakeholders throughout the product lifecycle, utilizing a collaborative platform for spatial engineering. This technology addresses the complexity of integrating and visualizing 3D data in advanced industries such as aeronautics and manufacturing, enhancing efficiency in engineering, training, and marketing processes.

The startup provides a platform for creating, sharing, and trading georeferenced augmented reality experiences, enabling users to independently or collaboratively design immersive content. This solution addresses the lack of accessible tools for users to engage with and monetize augmented reality in a spatial context.

CubaseBio offers a cloud‑native platform that imports volumetric microscopy and spatial‑omics data, registers multi‑modal signals, and applies deep‑learning segmentation to produce quantitative 3D tissue maps. The system provides an interactive web dashboard, statistical spatial analysis tools, and RESTful/Python APIs for integration with pharmaceutical and academic drug‑discovery pipelines.

ZOMP specializes in spatial flow cytometry, providing 3D imaging with sub-cellular resolution across multiple fluorescence channels at a rate of 1000 events per second. This technology enables researchers to analyze complex biological samples more effectively, enhancing the understanding of cellular interactions and functions.

Ubicuity is a software platform that enables space managers and content providers to create, orchestrate, and monetize immersive audiovisual experiences using various AV and IoT technologies. The platform simplifies the management of digital content across diverse environments, addressing the complexity and high costs associated with deploying and maintaining advanced audiovisual installations.

Archilogic provides a spatial intelligence platform that transforms static floor plans into dynamic, AI-ready spatial data models, enabling users to manage and optimize their real estate portfolios effectively. This technology allows for seamless integration with third-party applications, facilitating informed decision-making and enhancing space utilization across various environments.

Urban Radar provides a spatial analytics platform that enables urban planners to visualize and analyze transportation and environmental data without requiring data science expertise. The solution facilitates strategic decision-making and policy implementation by measuring the impact of urban policies and aligning business operations with city goals.

Uses spatial proteomics combined with advanced microscopy, machine vision, and AI to map molecular interactions within biological samples at unprecedented resolution. This technology enables the identification of novel therapeutic targets and accelerates drug discovery, addressing the limitations of traditional methods in understanding complex disease mechanisms.

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.

Amrax is a platform that employs 3D modeling technology to create accurate digital representations of physical spaces, enhancing design precision and visualization. This technology streamlines project workflows for architects and designers, improving collaboration and reducing inefficiencies in traditional design processes.

Mapidea is a location analytics platform that enables organizations to integrate and analyze spatial data without requiring geographical expertise. By providing instant insights through a no-code interface, it facilitates faster decision-making based on accurate geographical information.

Aspect Analytics provides a unified platform for integrating and analyzing spatial multi-omics data across different modalities. This solution enables secure data storage, automated workflows, and parallel in-depth analysis for large datasets. The platform facilitates team collaboration through personalized dashboards and role-based access for reliable research outcomes.

OmicVision develops the Deep Visual Proteomics platform for unbiased, single-cell spatial proteomics. This technology integrates high-content imaging, deep learning segmentation, and ultra-sensitive mass spectrometry to quantify thousands of proteins with spatial context. The platform supports precision medicine by enabling faster target discovery, biomarker identification, and patient stratification in drug development.