Geospatial Companies

BlackSky

Herndon, United States commercial

BlackSky is a real-time space-based intelligence company operating one of the most advanced commercial Earth observation systems, combining the Spectra AI-powered analytics platform with a proprietary constellation of high-resolution imaging satellites. The company specializes in delivering timely, actionable intelligence for government defense and intelligence agencies, commercial enterprises, and international customers requiring persistent monitoring capabilities. BlackSky's Gen-3 satellites feature industry-leading 35-centimeter resolution imaging with multispectral capabilities including shortwave infrared (SWIR) sensors that penetrate clouds, smoke, and haze. The constellation achieved commercial Earth observation industry firsts in 2025, delivering very high-resolution imagery within five days of launch and AI-enabled analytics within three weeks. Each satellite achieves NIIRS-5+ image quality while enabling rapid revisit rates for time-sensitive intelligence requirements. The Spectra platform leverages artificial intelligence for automatic detection, identification, and classification of vehicles, aircraft, vessels, and other objects of tactical interest with industry-leading precision. This AI-enabled automation transforms satellite imagery into structured intelligence products at machine speed, enabling customers to monitor critical infrastructure, track economic activity, and assess military capabilities globally. BlackSky announced the AROS satellite constellation to complement Gen-3 with multispectral, wide-area imaging satellites enabling rapid digital mapping, maritime surveillance, and 3D digital twin applications at scale. The National Geospatial-Intelligence Agency awarded BlackSky significant contracts for AI-based analytics supporting economic, military, and environmental monitoring missions. With Q1 2025 revenue reaching $29.5 million (up 22% year-over-year) and multi-year contracts including a $20 million India partnership, BlackSky continues expanding its real-time intelligence capabilities to meet growing global demand for space-based surveillance and analytics.

NextNav

McLean, United States commercial

NextNav, founded in 2007 and based in McLean, Virginia, is a technology company focused on enhancing geolocation services with a particular emphasis on vertical positioning. The company provides Position, Navigation, and Timing (PNT) solutions, addressing a critical need for more accurate and reliable location data beyond traditional latitude and longitude. NextNav differentiates itself by delivering precise z-axis, or vertical, location data – a capability often lacking in standard GPS and other satellite-based systems. Central to NextNav’s technology is a terrestrial-based 3D PNT system powered by low-band spectrum. This approach offers a complementary solution to satellite navigation, potentially improving accuracy and resilience, particularly in challenging environments where GPS signals are weak or unavailable, such as urban canyons or indoors. The company’s NextNav Pinnacle service specifically focuses on delivering this accurate vertical location data. While specific mission details or customer lists are not publicly available, NextNav positions its technology as enabling applications requiring precise 3D positioning. This includes emerging technologies like drone navigation, autonomous vehicles, and advanced surveying, as well as enhancing existing applications in areas like asset tracking and emergency response. NextNav’s unique value proposition lies in its ability to provide a terrestrial-based, highly accurate vertical positioning service. This addresses a growing market need for more robust and detailed geolocation data, particularly as industries increasingly rely on 3D mapping and autonomous systems.

Planet Federal is the government services division of Planet Labs, a San Francisco-based company founded in 2010 by former NASA scientists. Planet Labs focuses on daily global imaging, aiming to provide accessible and actionable intelligence derived from Earth observation. Planet Federal specifically caters to governmental clients, leveraging the broader company’s capabilities to deliver frequent, high-resolution satellite imagery and analytics. The core offering centers around Planet’s constellation of Dove satellites, which image the entire Earth’s landmass daily. This capability provides a significantly higher revisit rate than traditional satellite imagery providers, enabling customers to monitor change detection, track events, and gain near real-time situational awareness. Planet’s technology democratizes access to this data through a subscription-based platform, moving beyond the limitations of infrequent or expensive imagery. While specific missions or customers are not detailed publicly, Planet Federal’s value proposition lies in providing consistent, current, and comprehensive Earth observation data to government agencies. This allows for improved decision-making across a range of applications, including disaster response, environmental monitoring, security, and intelligence gathering. Planet Federal positions itself as a key player in the rapidly evolving geospatial intelligence market, offering a unique advantage through its daily global imaging and data accessibility. The company’s foundation by experienced NASA scientists suggests a strong technical expertise in satellite technology and data analysis.

Airbus Intelligence is the satellite imagery and Earth observation data business of Airbus Defence and Space, operating one of the highest-resolution commercial optical constellations in the world from its headquarters in Toulouse, France. The division's Pléiades Neo constellation — four satellites launched between 2021 and 2022 — delivers native 30cm panchromatic resolution across a 14km swath with a twice-daily global revisit frequency, placing it among the sharpest commercially available imagery sources alongside Maxar's WorldView Legion. The legacy SPOT 6 and SPOT 7 satellites, still operational at 1.5m panchromatic/6m multispectral resolution, provide complementary wide-area coverage at 60km swath. Airbus also markets the HD15 product line — a 15cm-class enhanced resolution derived from Pléiades Neo acquisitions through super-resolution processing — competing directly with Maxar's 30cm WorldView-3 and the sub-30cm constellation ambitions of BlackSky and Satellogic. The European Data Relay System (EDRS) is a critical differentiator: geostationary laser relay satellites operating at 1.8 Gbit/s enable near-real-time downlink of Pléiades Neo imagery without waiting for ground station passes, compressing time-from-capture-to-delivery to under an hour. This architecture underpins emergency response, maritime domain awareness, and military intelligence-grade timeliness. Data access is unified through the One.Atlas platform, providing API-based ordering, archive search across all sensors, and analytics-ready delivery formats for GIS integration. Airbus Intelligence holds long-term defense contracts with the French Ministry of Defence (the ORFEO program), NATO, and numerous European national mapping agencies. Competitors include Maxar Technologies (WorldView Legion), Planet Labs (SkySat/Dove dual-use), BlackSky, and ICEYE for SAR tasking. The Pléiades Neo 30cm heritage positions Airbus as the benchmark optical EO asset for European defense and civil customers seeking SPOT/Pléiades continuity.

Cape Analytics

Mountain View, United States commercial

Cape Analytics, founded in 2014 and based in Mountain View, California, is a company focused on providing property intelligence solutions. Currently categorized within the analytics and insurance sectors, the company’s core business revolves around leveraging geospatial data and analytics to deliver insights about properties. While specific product details are not publicly available, the company’s focus suggests a service offering centered on property assessment, risk analysis, or monitoring. Given its categorization, Cape Analytics likely utilizes satellite imagery, aerial photography, or other remote sensing technologies to gather data on property characteristics and conditions. The company’s analytical capabilities likely involve machine learning and computer vision to extract meaningful information from this imagery, potentially including roof condition, building materials, vegetation overgrowth, or changes over time. This data processing allows for the creation of detailed property profiles and the identification of potential risks. As of current information, specific notable achievements, missions, or a detailed customer list are not publicly available. However, its categorization within the insurance sector suggests potential partnerships or service provision to insurance companies for underwriting, claims processing, or risk management purposes. Cape Analytics’ value proposition appears to be centered on providing data-driven insights that enhance decision-making related to property. By automating property assessments and delivering timely, accurate information, the company likely aims to improve efficiency, reduce costs, and mitigate risks for its clients within the insurance and potentially other related industries.

Carbon Mapper

Pasadena, United States nonprofit

Founded in 2021 and based in Pasadena, California, Carbon Mapper is an Earth observation company focused on tracking and quantifying point-source greenhouse gas emissions, specifically methane and carbon dioxide. The company utilizes precision visible-infrared imaging spectrometers deployed on satellites and aircraft to detect and measure emissions at a facility scale. Carbon Mapper distinguishes itself through a commitment to open data accessibility, providing observations via a public data portal to maximize impact and transparency. Currently, the company’s data portal showcases observations of over 27,000 methane plumes and 5,000 CO2 plumes globally, representing a substantial volume of emissions data. Carbon Mapper operates as a unique public-private partnership, supported by philanthropic funding, and is actively deploying a constellation of satellites to enable sustained, high-frequency monitoring of key regions. Recent activity highlights Carbon Mapper’s growing influence in the climate technology space, with presentations at events like the 2025 AGU meeting and COP30, as well as recognition of its CEO on the 2025 TIME100 Climate list. The company’s data is intended to support mitigation efforts by providing actionable insights to governments, industry, and non-profit organizations, facilitating science-based decision-making and emissions reduction strategies.

Chloris Geospatial

Boston, United States commercial

Chloris Geospatial, founded in 2020 and headquartered in San Francisco, California, is a forest carbon intelligence company that uses satellite imagery, machine learning, and established forest ecology models to provide science-based above-ground biomass (AGB) measurements and forest carbon stock tracking for voluntary carbon markets, corporate net-zero commitments, and conservation finance applications. The company's core platform processes multi-spectral satellite imagery from Sentinel-2, Landsat, and commercial high-resolution sources through proprietary ML models trained on ground-truth forest inventory data from hundreds of field plots globally. These models estimate above-ground biomass density (tonnes of carbon per hectare) at 30-meter and 10-meter spatial resolution — fine enough to distinguish individual forest patches and attribute carbon stocks to specific parcels. Temporal repeat observations enable annual change detection that identifies deforestation events, forest degradation from selective logging, and carbon accumulation from reforestation, providing the additionality and permanence evidence required for carbon credit certification. Chloris serves carbon project developers, forest landowners, conservation organizations (REDD+ programs), and corporate buyers seeking independently verified carbon removal and avoided deforestation credits. The platform addresses the persistent credibility problem in voluntary carbon markets — many existing forest carbon projects rely on low-resolution proxy methods that overestimate baseline emissions and underestimate leakage — by providing satellite-derived ground truth that reduces quantification uncertainty to below 15% at the project level. Chloris raised $8.5M in Series A financing in 2025, led by climate-focused VCs, to scale its ML model coverage globally and expand analytical products. The company competes with SilviaTerra (now NCX), Pachama, and South Pole in the forest carbon measurement and verification market, differentiating through spatial resolution, scientific methodology transparency, and direct carbon registry integration.

Deimos Space, founded in 2001 and headquartered in Tres Cantos, Spain, is a space systems developer focused on software and Earth observation solutions. As a subsidiary of Elecnor, a global infrastructure, energy, and technology group, Deimos Space operates within a larger, established industrial framework. The company’s core business centers around the development of technologies and services related to observing and understanding our planet from space. While specific details regarding their product portfolio are limited in publicly available information, Deimos Space’s focus on software suggests expertise in data processing, algorithm development, and potentially mission control systems for Earth observation satellites. Their capabilities likely encompass the entire value chain, from data acquisition and analysis to the delivery of actionable intelligence. Currently, publicly available information does not detail specific missions, notable achievements, or a comprehensive customer list. However, being part of the Elecnor group suggests potential involvement in larger infrastructure projects with space-based components, or providing specialized software solutions to governmental or commercial entities requiring Earth observation data. Deimos Space’s position within the European space sector is likely that of a specialized provider of software and systems for Earth observation. Their affiliation with Elecnor provides a degree of stability and access to resources, potentially allowing them to focus on niche areas within the broader space industry and deliver tailored solutions to specific client needs.

Earth-i

Guildford, United Kingdom commercial

Earth-i, founded in 2015 and based in Guildford, United Kingdom, is a geospatial analytics company specializing in Earth observation data and intelligence. The company provides satellite imagery and analytical services, with a core focus on reducing the complexity and cost associated with accessing and utilizing geospatial insights. Earth-i offers capabilities including video-from-space and change detection, specifically tailored for infrastructure monitoring and a range of applications across multiple sectors. A key differentiator for Earth-i is its ability to deliver scalable, data-agnostic solutions leveraging artificial intelligence and automated data analytics. They aggregate data from a network of virtual satellite constellations and partnerships with major players including Airbus, Planet Labs, Satellogic, and Amazon Web Services, enabling global coverage and rapid analysis – reportedly able to analyze transport hubs or airfields in seconds. Earth-i serves government, defense, commercial, and agricultural clients, providing insights into areas such as metals & minerals production (monitoring a significant percentage of global copper, nickel, and steel output), supply chain monitoring, and land management. Recent news and articles highlight the company’s focus on tracking global smelting activity and providing data-driven analysis within the metals market. Earth-i positions itself as a provider of low-cost, value-enhancing geospatial intelligence, aiming to democratize access to Earth observation data for organizations without requiring significant in-house expertise or investment.