Top 50 Satellite Data Analytics in Europe

SpaceSense is an AI platform that simplifies the integration and analysis of satellite data, enabling data scientists and developers to create geospatial solutions rapidly and at scale. By automating data preparation and processing, it allows organizations to derive actionable insights from complex geospatial datasets without requiring specialized expertise.

Develops a hyperspectral satellite constellation combined with AI-driven analytics to provide near-real-time global data on crop health, carbon sequestration, and environmental changes. This enables businesses, governments, and insurers to make informed decisions, optimize resource management, and improve risk assessment with sub-daily insights from 100 microsatellites by 2030.

The startup develops satellite data analysis technologies that utilize machine learning and artificial intelligence to generate precise maps of land cover, land cover change, and ecosystem carbon storage. This enables clients in both public and private sectors to monitor deforestation and support compliance with environmental regulations, facilitating informed decision-making for nature-based investments and forest restoration initiatives.

Space DOTS provides a cloud-based platform for automated satellite imagery processing, transforming raw geospatial data into actionable intelligence. Its advanced algorithms enable efficient feature extraction and change detection for environmental monitoring and resource management.

The startup develops small satellites equipped with high-resolution optical sensors to capture frequent satellite imagery. Its platform automates data analysis for applications such as land surveying and environmental monitoring, enabling clients to efficiently process and utilize large datasets.

The startup develops a geospatial mapping platform that utilizes artificial intelligence to automatically process and analyze satellite and aerial imagery. This technology enables clients to extract actionable insights and monitor environmental changes, enhancing decision-making in various industries reliant on earth observation data.

Ocean Ledger delivers high-accuracy, satellite-derived geospatial data and analytics for coastal risk management. The platform provides detailed shoreline movement, underwater topography, and ecosystem accounting to enable sophisticated scenario analysis and continuous asset monitoring for informed decision-making.

Zaitra develops onboard data processing solutions that utilize artificial intelligence to enhance spacecraft autonomy and filter noise from satellite data. By optimizing limited downlink capacity, Zaitra significantly reduces costs associated with satellite data transmission.

Value.Space utilizes satellite-based monitoring and data analysis to conduct risk assessments for infrastructure, including dams, mines, and highways. The platform identifies and quantifies structural weaknesses and movement risks, enabling proactive management of potential failures and enhancing safety for property and public assets.

askEarth provides an intuitive answer engine that utilizes Natural Language Processing to make Earth Observation satellite data accessible to non-experts. This platform enables users to obtain reliable, real-time insights from vast satellite imagery, addressing the challenge of information overload and disinformation in environmental monitoring.

Little Place Labs utilizes machine learning and edge computing to deliver space-based insights within 7 minutes, significantly reducing data downlink requirements by up to 98%. This technology enables rapid disaster detection, threat monitoring, and efficient satellite health management, addressing the critical need for timely decision-making in various sectors.

Prométhée operates a constellation of nanosatellites equipped with advanced imaging technology and an AI-driven image analysis platform to monitor environmental changes and human activities on Earth. The service provides real-time data for disaster prediction, resource management, and security monitoring, addressing the increasing risks posed by climate change and geopolitical instability.

xFarm Technologies offers a digital farm management platform that utilizes sensors and satellite data to optimize irrigation, crop protection, and resource management for farmers. By providing real-time monitoring and analytics, the platform enhances operational efficiency and sustainability across over 450,000 farms globally.

The startup develops forecasting software that leverages computer vision and IoT technologies to analyze high-resolution satellite imagery for hurricane prediction. This approach enhances traditional numerical weather forecasting, enabling disaster managers to better prepare for and mitigate the impacts of hurricanes.

Provides AI-driven satellite-based monitoring solutions that detect vegetation risks, third-party activities, and ensure compliance with the European Deforestation Regulation (EUDR). These tools enable industries like energy, rail, and pipelines to prevent asset damage, reduce operational disruptions, and improve environmental sustainability through actionable insights and early hazard warnings.

SatVu provides high-resolution thermal satellite imagery with a resolution of 3.5 meters, enabling the detection of heat variations both day and night. This technology offers critical insights for economic monitoring, climate resilience, and national security by revealing activity inside structures and inaccessible areas.

The startup develops modular actuator technology that enhances satellite agility and flexibility, enabling them to capture data from multiple angles and scan larger areas. This technology increases the volume and quality of data collected, providing satellite operators with more valuable insights for decision-making.

Orbio is a data fusion platform that utilizes satellite imagery to provide real-time methane emissions tracking for oil and gas infrastructure, enabling operators to identify super-emitter durations and prioritize reduction opportunities. The platform addresses the challenge of underreported methane emissions, which can be as high as 70%, by delivering precise, asset-level insights that help companies comply with emerging regulations and mitigate financial risks.

This startup provides a platform that uses satellite imagery and AI to monitor biodiversity and classify habitats. Their tool helps local authorities and conservationists gain insights into species distribution and make data-driven decisions for conservation efforts.

Symbiose utilizes satellite data and artificial intelligence to evaluate climate risk and facilitate natural capital valuation, enabling the creation of transparent, negative-carbon investment products. This approach addresses the urgent need for sustainable finance solutions that contribute to forest restoration and biodiversity preservation.

Space Safety Services provides tracking and collision avoidance solutions for satellites and space debris using advanced sensor technology and data analytics. The company addresses the growing risk of space debris collisions, ensuring a sustainable environment for future space missions.

Gentian utilizes high-resolution satellite imagery and machine learning to produce precise biodiversity maps and ecological assessments, enabling organizations to quantify their impact on nature. This technology provides fast and cost-effective solutions for habitat mapping, supporting compliance with international biodiversity reporting standards.

Improvin’ provides a platform that utilizes satellite imagery and machine learning to collect primary data from farmers, enabling agri-food companies to measure and report their greenhouse gas emissions and biodiversity impacts. This technology addresses the lack of reliable, supplier-specific data needed for compliance with sustainability frameworks and effective emissions reduction initiatives.

Marble Imaging is building a satellite constellation to provide high-resolution, multispectral Earth observation data. They offer tailored data products and analysis-ready data for daily monitoring of the planet.

The startup offers a Smart City and Smart Communities Operating System that complies with U-SPACE regulations and utilizes Synthetic Aperture Radar (SAR) and Machine Learning (ML) analytics. This technology enhances urban planning and resource management by providing real-time data insights for improved decision-making in community development.

Blackshark.ai provides a geospatial platform that generates real-time, photorealistic 3D digital twins of the Earth using satellite and aerial imagery processed through machine learning. This technology enables accurate visualization and analysis of global infrastructure, facilitating applications in urban planning, risk assessment, and simulation without the need for extensive coding expertise.

TerraEye provides an AI-powered SaaS platform for mineral exploration, enabling rapid processing of satellite data for spectral analysis and mineral mapping. Its machine learning algorithms generate prospectivity maps and bare earth composites, accelerating target identification and reducing the need for extensive field work.

Deep Planet utilizes satellite imagery and AI-driven analytics to optimize soil organic carbon management and nutrient application for vineyards and agricultural producers. This technology enhances grape yield and resilience against climate change, addressing the challenges of declining agricultural productivity and environmental sustainability.

Satim offers OREC, an AI‑driven Automatic Target Recognition SaaS that ingests raw Synthetic Aperture Radar data from any sensor and delivers near‑real‑time detection and classification of ships, aircraft, and ground vehicles. The platform uses three specialized convolutional neural networks and a proprietary SAR data simulator to expand object classes without retraining, and provides results through a secure cloud dashboard and RESTful APIs for integration with command‑and‑control systems.

Galeio offers foundation models for processing complex visual data like satellite imagery and radar, enabling faster AI development with reduced manual labeling. Their locally deployable solutions integrate with existing infrastructure, providing secure and adaptable analytics for sectors such as energy and environmental monitoring.

PlanetAI Space utilizes satellite technology, machine learning, and synthetic biology to quantify the planet's natural capital and assess environmental health. The platform provides data-driven insights to inform strategic decisions for sustainability in vulnerable areas, addressing the urgent need for effective environmental management.

Kermap utilizes satellite and aerial imagery combined with artificial intelligence to analyze land use, monitor agricultural practices, and assess environmental impacts. Their services provide precise data visualization and spatial analysis, enabling municipalities and businesses to effectively manage land resources and enhance ecological sustainability.

Satelligence utilizes satellite data analytics to monitor deforestation and track supply chain assets, enabling businesses to ensure compliance with deforestation-free commitments and reduce scope 3 emissions. Their platform provides real-time insights and traceability, helping companies measure sustainability progress and mitigate risks throughout their value chains.

The startup develops semi-autonomous satellite systems that utilize computer vision and machine learning to provide real-time insights from space. By enhancing data extraction and analysis capabilities, the company enables clients across various sectors, including IoT and biomedical, to maximize the utility of satellite information.

The startup develops a geospatial intelligence platform utilizing a nanosatellite network to capture and analyze real-time Earth data. This technology provides organizations with customized information for aviation tracking and surveillance, enhancing decision-making capabilities in various sectors.

Agremo provides a cloud-based platform that utilizes AI, drone, and satellite imagery to deliver precise crop analytics, including plant health assessments, stand counts, and weed detection. This technology enables farmers and agronomists to make data-driven decisions, improving crop management and increasing yield while minimizing losses.

Lyrasense provides a platform that enables data scientists to integrate and analyze earth observation satellite data for informed decision-making. By simplifying the application development process, the company allows users to unlock actionable insights in minutes, enhancing strategic business operations.

Terrabotics utilizes satellite earth observation, remote sensing, and IoT geospatial data analytics to provide independent monitoring of critical mineral and energy production. This technology enables asset managers and investors to verify ESG reporting with objective data, enhancing transparency and accountability in natural resource operations.

SpaceCrop utilizes satellite data and artificial intelligence to optimize irrigation management and enhance crop resilience for farmers. By providing precise soil moisture insights and 14-day weather forecasts, the platform enables data-driven resource planning, reducing water usage and improving crop health.

The startup offers a soil health monitoring platform that utilizes satellite data and artificial intelligence to assess nutrient levels in farmland topsoils. By providing actionable insights and analytics on regenerative agriculture practices, the platform enables farmers to enhance soil regeneration and improve biodiversity and water retention on their land.

Databourg Systems utilizes proprietary algorithms that convert satellite signals from thousands of terminals into real-time, localized rainfall data. This technology provides critical rainfall intelligence to businesses and institutions, enabling them to prepare for and respond to weather-related challenges effectively.

OpenAtlas utilizes satellite imagery and AI-driven analysis to monitor deforestation and assess land use changes across global supply chains. Their solution provides businesses with accurate data to comply with the EU Deforestation Regulation (EUDR), ensuring that imported commodities do not originate from deforested land.

Atheras Analytics develops AI-based software tools for designing and operating Ka-band and Q/V-band satellite networks, enabling satellite operators to optimize multi-gateway configurations. The tools predict atmospheric impairments and manage traffic to prevent service outages, ensuring high availability of broadband services.

The startup develops precision farming tools that utilize satellite data and artificial intelligence to enhance agricultural decision-making. By providing detailed analyses and actionable insights, the company aims to improve the sustainability and efficiency of farming practices globally.

Fregata Space provides an earth observation platform that utilizes satellite imagery and advanced data analytics to detect pollutants in air and water in real time. This technology enables governments and organizations to monitor environmental quality and respond promptly to pollution events globally.

KOKO Forest utilizes satellite technology and artificial intelligence to provide precise forest analytics based on scientific research. The platform enables forest managers to monitor ecosystem health and optimize resource management, addressing challenges related to deforestation and biodiversity loss.

This company provides satellite imagery analytics for environmental monitoring and modeling. Their services enable the detection of specific objects and activities like illegal dumping, building identification, and land use classification, helping organizations make informed decisions about environmental policy and resource management.

This startup offers a cloud-free platform that uses satellite observation data, AI, and human analysis to provide insights for business decision-making. The platform delivers rapid access to previously unobtainable information, enabling clients to improve business performance and strategy.

This startup offers a data analytics platform that processes satellite imagery to derive water quality insights. Their platform helps clients build and validate forecasting models, providing timely information on critical water parameters.

BeyondEX is a platform that utilizes generative AI to convert satellite and geospatial data into natural language insights, enabling users to interact with complex data without requiring expert knowledge. This technology provides real-time, tailored analysis for various industries, facilitating informed decision-making in areas such as agriculture, finance, and disaster management.