Blogs 2026.10.02
Assured Access and the Future of European Space Sovereignty
The Scenes and Signals series has examined SAR capability across North America and Latin America. In this installment, Iain MacInnes, who leads Synspective's new European business from Munich, turns to Europe.
When the Russia-Ukraine war erupted in February 2022, European governments found themselves tracking a war on their own border with imagery and intelligence that belonged, for the most part, to someone else. Most capitals reached the same conclusion. Access to what is happening on a nation's own territory cannot be something another government decides to grant. The lesson goes beyond defense. Events far from Europe move European markets and have a material effect on European planning within days; governments want the ability to monitor on their own terms, whether the mission is security, climate resilience, or monitoring critical infrastructure. That thinking runs the full length of the supply chain, from component manufacturing through domestic launch to operations, and it has pulled countries into the sector that were not building satellites five years ago. Finland, Hungary and Norway are amongst those standing up their own space ecosystems alongside the established programs in France, Germany, Italy, Spain and the United Kingdom.
The result is many small national constellations. A country that puts up two or three satellites has its own flag on its own asset, and that has value. What it delivers in practice is a revisit daily or every few days, a rate that raises questions even for environmental monitoring and answers none of them for a border, a coastline, or a crisis that is still developing. Those missions want daily coverage in conditions where cloud and darkness cannot be allowed to interrupt the record.
Sharing agreements are meant to fill the gap. In practice, whoever owns the asset sets the priority. National requirements come first, and partners receive whatever the owner deems shareable. A country relying on a sharing agreement is left to depend on someone else's judgment at exactly the moment the data matters most, and it will not always be known whether intelligence is being withheld. The urgency is real and the requirement remains unmet.
This is where the word sovereign deserves more scrutiny than it usually gets. A great deal of what European nations are launching today is built, operated, processed, and downlinked by commercial companies under contract. The satellite carries a national flag and industry runs the mission. If that counts as sovereign, and I think it does, then what makes it sovereign was never possession of the hardware. It was the guarantee that the requirement gets met. Japan's Ministry of Defense drew the same lesson earlier this year when it awarded a satellite constellation project to a consortium of commercial operators under a private finance initiative in which industry builds and operates the constellation and the ministry buys the service under a multi-year contract. The requirement is fulfilled, the data belongs to the ministry, and a domestic industry grows on the back of an anchor customer that gives it reason to keep investing.
What matters, then, is the terms of access more than the entry on the asset register. Dedicated assured access means a country tasks what it needs, downlinks it directly, and owns the data at the end, with no third party deciding whether its request survives someone else's priority list.
The fair objection is what happens in a crisis when two customers want the same pass, and any operator offering assured access should have an answer ready before a customer thinks to ask. Part of the answer is scale, because a constellation large enough to revisit in minutes rather than days turns a contested pass into a short wait, but scale alone is not a policy. Priority has to rotate; a customer with priority can hand it off to someone facing a more urgent need without giving up their place in the queue, and allocation cannot come down to who simply pays the most. Telling a government dealing with an earthquake that, to access data, they will need to pay more is not an ethical position we want to take.
Consider a country with an immediate security concern on its border and no realistic path to multiple satellites. It can buy two or three. It can rely on a larger neighbor to share, or it can contract assured access to an existing constellation, submit tasking plans, downlink directly, and have daily coverage starting now. Standing up a national program, from procurement through launch to mission operations, takes years, and nobody in that position knows what the next 1-2 years hold or longer-term budget availability to replenish the constellation.
None of this argues against national programs, and none of it suggests industry should replace them. Instead, it argues against treating national space assets as a finished answer. Most European countries will end up with both, a small constellation of their own and contracted capacity underneath it to augment revisit, capacity and even a dual-use capability. That is not a compromise on sovereignty. For most of them, it is the only version of sovereignty that assures data availability exactly when needed.
Iain MacInnes is the Managing Director & CEO of Synspective Europe GmbH. He has over 25 years of industry experience and holds a BSc in Geography from the University of Glasgow and an MSc in Environmental Remote Sensing from the University of Aberdeen in Scotland. Prior to joining Synspective, Iain led the EMEA Office, Sales and Customer Experience team at Vantor (DigitalGlobe/Maxar) and held Sales Leadership roles in Enterprise and Public Sector markets over a 14-year period. Iain also led International Sales at PCI Geomatics, a Canadian Remote Sensing software company, and managed the Ground Penetrating Radar department at GeoRed Chile. Iain has overseen growth and product diversification for accounts such as the European Space Agency, NATO, and the European Union Satellite Centre, in addition to civil and defense agencies across the region.
