BRUSSELS / RankWire.AI / – On Friday, the European Commission announced a significant milestone in its satellite communications initiative, finalizing a major expansion of the EU’s flagship orbital network after months of commercial negotiations with the SpaceRISE industrial consortium. The newly signed implementation agreement marks the transition of the IRIS² program from planning to large-scale industrial rollout. This formalized agreement increases the planned satellite fleet to 348 spacecraft, aiming to enhance member states’ sovereign connectivity, defense, and emergency response capabilities.
According to the revised deal, the primary satellite constellation will expand from 282 planned units to 348 active satellites. The upgraded network design incorporates 330 satellites positioned in higher low Earth orbit and 18 spacecraft in medium Earth orbit, with additional orbital slots reserved for specialized missions. The agreement confirms critical timelines for satellite manufacturing, launch procurement, secure ground infrastructure development, and operational connectivity services. The initial satellite launches are scheduled for 2029, allowing participating member states to benefit from early sovereign communication capabilities soon thereafter.
This decision to grow the satellite constellation directly responds to increasing security demands and changing defense operational needs across Europe. The revised plan enhances the baseline satellite hardware and introduces an extra layer of 66 low Earth orbit spacecraft dedicated to defense forces, national security agencies, and emergency services. Official technical evaluations project that this expansion will boost secure governmental communication capacity by 60 percent within the European Union and by 54 percent worldwide, significantly improving regional resilience during complex emergencies and infrastructure crises.
EU Commission Signs Contract to Broaden IRIS2 Satellite Network to 348 Units
The SpaceRISE consortium, responsible for overseeing the main development efforts and a 12-year operational concession, includes key European satellite operators such as SES, Eutelsat, and Hispasat. The public sector implementation is closely coordinated with the European Space Agency, which provides engineering expertise and launch support. A broad network of subcontractors, including leading European aerospace companies like Thales Alenia Space, Airbus Defence and Space, and OHB, as well as telecom providers Orange and Deutsche Telekom, are involved in manufacturing the system.
Funding for the expanded satellite infrastructure is structured through a public-private partnership that combines contributions from the European Union budget, national governments, and private sector investments from consortium partners. Several member states are formalizing their financial commitments for deployment over the 2028-2034 budget cycle. Public records show Poland allocated 656 million euros, Hungary committed 500 million euros, and Spain announced investments between 1.6 billion euros and 2 billion euros, with additional national funding agreements still in negotiation stages.
Technological Upgrades Will Increase Government Secure Communications by 60 Percent
Beyond its primary users, the expanded system will also support non-EU nations such as Norway and Iceland under specialized agreements. As the third major space project of the European Union after Galileo and Copernicus, IRIS2 aims to deliver high-performance, tamper-proof communication links for public agencies, bridging digital divides in remote areas. The network will operate with military-grade encryption standards across dedicated spectrum bands, ensuring protection against cyber threats and physical signal disruptions in critical infrastructure.
As manufacturing ramps up across European facilities, the European Commission and SpaceRISE will oversee phased milestones leading to initial orbital testing. The agreement’s implementation guarantees that the EU will continue expanding IRIS2’s constellation, supporting long-term strategic autonomy. This will result in a resilient, European-owned satellite system capable of providing vital services for civil protection, defense, and commercial digital connectivity in the decades ahead.