From September 15 to 19, 2025, the World Satellite Business Week (WSBW) gathered more than 1,600 leaders in Paris to explore the future of the space economy. Among the highlights was the Summit on Earth Observation Business (SEOB), which was opened by Novaspace Principal Annekatrien Debien with an overview of the latest market dynamics. The presentation explored how defense demand, advanced manufacturing, and the race toward interoperability are redefining the role of Earth Observation (EO) in global decision-making.
EO data is also increasingly being integrated with non-space data sets, unlocking new value for terrestrial markets such as energy, oil and gas, agriculture, and infrastructure management. This convergence is accelerating commercialization, as institutions and private players alike push for data-driven insights that connect space-derived intelligence with real-world applications.
2024: A Year of Record Activity
The EO sector continues to expand steadily, reaching a total market value of $5.4 billion in 2024 with a 10-year expected growth of 4.7%. Earth Observation data continues to grow as sensor technologies diversify well beyond traditional optical imaging, now including specialized payloads. In 2024 alone, 350 EO satellites were launched, accompanied by innovations in mission configurations such as Very Low Earth Orbit (VLEO) operations, AI on board, and enhanced interoperability. These developments have expanded supply capabilities and are driving a steadily growing data market valued at $2.2 billion. However, the Value-Added Services (VAS) segment saw the strongest growth, reaching $3.2 billion in 2024. Many companies are shifting from being pure imagery providers to becoming integrated EO intelligence companies, responding to intensifying competition to fulfil the global appetite for geospatial insights. The increasing adoption of HPC and AI is continuously democratizing the market, making EO applications attractive even for non-EO experts. Nonetheless, trends such as consolidation around vertically integrated solutions, rising demand for premium data, and the adoption of AI and hybrid architectures indicate that the EO sector is entering a more advanced and sophisticated phase.
Manufacturing is Scaling Up
Although EO satellite launches are set to triple in the next decade, reaching 5,770 deployments, manufacturing revenues will grow by only 43%, reaching $139B. This mismatch is largely due to the recent miniaturization processes and a wave of innovation that has significantly improved production efficiency. However, despite this reduction in unit cost, the average satellite mass is expected to increase, supported by the gradual adoption of larger, modular, and more advanced platforms capable of carrying multiple payloads, which are becoming increasingly demanding in terms of performance. This trend points toward a more diverse and decentralized data stream, where commercial fleets combine light, agile satellites with heavy, premium systems to serve defense, institutional, and commercial markets at unprecedented speed and affordability. The declining cost of launch is also enabling the deployment of heavier platforms, not only for high-cost civil missions but also for commercial ones.
Defense Remains the Anchor Client
Defense is still the leading force in the market. It continues to account for nearly half of the EO data and services market, shaping the direction in both upstream and downstream innovation and advancements. In 2024, defense-related data and VAS surpassed $2.4 billion, while representing over 65% of the EO data segment.
Despite recent concerns, space and national defense budgets continue to rise worldwide, as defense and security end-users seek to maintain their “own eyes in the sky.” In response, operators are following a twofold path: either evaluating new value-added services integrating new digital tools—such as blockchain and advanced encryption—to deliver more trusted and secure monitoring outputs, or increasingly moving upstream, exploring the direct sale of satellites offering full-stack, “sovereignty-as-a-service” solutions tailored for each customer.
Toward Geospatial Autonomy and Interoperability
One of the strongest emerging themes is the worldwide demand for geospatial sovereignty—the ability for nations and institutions to access and process data independently. This is leading to a new era of interoperability between commercial and governmental assets, spanning optical, SAR, RF, SSA, and even navigation and telecom data. By the late 2020s, EO systems will evolve into multi-sensor constellations, enabling ‘systems of systems’ and autonomous operations. Programs such as NATO’s Aquila Virtual Constellation are already laying the groundwork, where low latency and high fidelity will be the key elements.
Cloud and AI: Unlocking Versatility
If the 2010s were about cloud scalability, the 2020s are about AI-driven versatility. From data acquisition to fusion, AI is enabling agility across the EO value chain. By orchestrating multi-source inputs, AI is moving EO from a support function to a decision-making tool. This transformation is spawning specialized service providers who can plug into defense, civil, and commercial applications alike. The next frontier is data fusion—combining datasets from multiple sources into ready-to-use solutions. While the data already exists, the key challenge lies in training models effectively to accelerate existing use cases and unlock new ones in natural resource management, precision agriculture, and environmental monitoring. Early efforts, such as geofoundational models from Google and IBM, still largely rely on non-VHR data, thus signaling there is a significant room for expansion.
Looking Ahead
The Earth Observation business is at a crossroads: defense demand ensures stability, while the next frontier lies in interoperable architectures and AI-powered services. As Annekatrien Debien concluded, EO is no longer just a tool to monitor the planet—it is fast becoming a strategic enabler of sovereignty and security.
Don’t miss the next edition of our Summit on Earth Observation Business, we will return to Paris with WSBW on September 14th, 2026.
