Eutelsat and SES shares rose on October 16, 2026, as investors reassessed European satellite connectivity following reported restrictions affecting Starshield services in Ukraine. Reuters recorded Eutelsat up 20% at 12:02 GMT, taking its weekly gain to 31%, and SES up 7.1%. These intraday movements reflected changing expectations about European providers’ commercial prospects, rather than a newly announced service contract.
The operational question behind that reaction is how governments obtain communications capacity they can depend on during a crisis. European operators already sell services to public agencies and armed forces. France’s purchase of OneWeb capacity, SES’s government services, and the European Union’s planned IRIS² network illustrate different ways that demand becomes contracted business. They also show why operator nationality, technical suitability, and purchasing arrangements need to be considered together.
The clearest example is Eutelsat’s CENTAURE agreement with France’s defense procurement agency, announced on June 15, 2026. The company described an initial firm commitment of €138 million over four years, within a contract ceiling of €350 million over as many as eight years. It is the first call-off contract under the NEXUS framework signed in June 2025. A call-off contract orders defined work under an existing agreement, giving a commercial provider a more specific commitment than the framework alone.
CENTAURE covers low Earth orbit capacity in areas of interest to the French armed forces and an initial phase of security improvements to OneWeb services. Its structure combines access to an existing commercial system with work to meet military requirements. The financial distinction matters: the initial commitment, maximum contract ceiling, and wider framework describe different levels of purchasing authority. Treating all three as immediate revenue would overstate the business already secured.
This procurement approach also explains the practical meaning of satellite sovereignty. A government can buy priority access to commercial capacity instead of owning every element of the communications system. The resulting service still depends on contractual rights, security arrangements, and operational control. In the French case, the stated objective is to combine sovereign military assets with trusted commercial resources and maintain communications capacity ahead of the future IRIS² deployment.
OneWeb’s commercial role should be assessed against the customers and applications it serves. New Space Economy’s discussion of European alternatives to Starlink examines the distinction between institutional connectivity and mass-market consumer broadband. For defense buyers, the relevant comparison involves the service available at the required location, the equipment that connects to it, and the conditions governing access. Counting satellites alone leaves those purchasing requirements unexplained.
SES offers a different combination of infrastructure. Its government portfolio includes geostationary services and O3b mPOWER, a system operating in medium Earth orbit. The company describes mPOWER as an integrated network of space and ground resources. Those ground resources are part of the communications service: an orbital network must connect users with terrestrial networks and the organizations managing their traffic. Procurement consequently involves more than reserving a satellite transmission channel.
SES also describes a MEO Global Services program through which participating nations can purchase prearranged bandwidth. The company presents this as a way to shorten acquisition procedures when capacity is required. Such arrangements address a concrete operational problem: demand during an emergency can arise faster than a new procurement can be negotiated. Reserving access in advance makes the purchasing mechanism part of preparedness, alongside the technical capabilities of the network.
Financial reporting offers another way to examine whether demand is producing business. In its July 30 release covering the first half of 2026, SES reported €1.2 billion of new business and contract renewals and a €6.4 billion backlog. These totals cover the company’s business rather than European defense alone. Backlog records contracted future activity, helping distinguish customer commitments from general expressions of interest in satellite sovereignty.
The same release demonstrates why comparisons require care after an acquisition. SES reported revenue of €1.602 billion, with Intelsat consolidated from July 17, 2025. The headline year-over-year increase at constant exchange rates was 72.4%, but revenue declined 5.0% on a comparable basis that treated Intelsat as included in both periods. Acquisition-driven expansion and underlying sales performance answer different questions. Both are relevant when interpreting a market rally involving an enlarged operator.
IRIS² extends the commercial discussion beyond capacity already available. Under the SpaceRISE concession announced in December 2024, SES described a role developing, procuring, and operating 18 medium Earth orbit satellites, together with commercial rights to their capacity and part of the system’s low Earth orbit capacity. That arrangement connects public procurement with a service business that can also sell to commercial customers.
The economic mechanism is significant. Government customers provide a defined base of demand, and an operator can market additional capacity to customers such as airlines, shipping companies, telecommunications providers, and enterprises. The original concession announcement identified public funding during design and procurement as part of that structure. These are features of the contracted development model, distinct from the revenues of a fully deployed network.
Technical research supports evaluating the complete service rather than its orbital assets in isolation. A survey by Oltjon Kodheli and colleagues examines satellite communications through system design, radio interfaces, network access, networking, and testing. Its coverage of maritime, aeronautical, and terrestrial-network integration helps explain why a provider’s commercial opportunity depends on several connected capabilities. Antennas, ground infrastructure, network management, and application requirements influence whether satellite capacity becomes a usable service.
ING analyst Jan Frederik Slijkerman told Reuters that SES and Eutelsat already offer complementary connectivity, although IRIS² would not fully replicate Starlink in the short term.
The October share-price movement draws attention to an existing business process: governments define communications requirements, operators provide suitable capacity and access arrangements, and contracts turn those requirements into services. CENTAURE supplies a concrete example of that process. For European satellite operators, further commercial progress can be assessed through additional firm orders, delivered services, comparable revenue growth, and the conversion of contracted activity into cash.
Useful Books Available on Amazon
