The initiative is expanding its satellite constellation by 66 additional units.
The European Commission has officially moved beyond the planning phase for the EU’s independent IRIS² satellite broadband initiative, now setting sights on full-scale implementation. An agreement has been finalized with European manufacturers, the European Space Agency (ESA), and various other partners, following discussions that initiated in January. These discussions have led to confirmation of the constellation’s detailed design, preparations for satellite manufacturing, and plans for establishing ground infrastructure and launch services. Additionally, the pricing structure for IRIS² and anticipated investments from private operators have been established.
Manufacturers have committed to producing and delivering more satellites than initially planned. The revised agreement will see the IRIS² constellation grow to 348 satellites, which is an increase of 66 units from what was originally proposed. According to the ESA, these extra satellites will enhance the constellation’s capabilities, particularly in defense, security, and emergency services. “This enhancement will boost secure governmental capacity by 60 percent within the EU and 54 percent globally, while greatly improving Europe’s ability to undertake critical missions during emergencies,” stated an official announcement from the agency. The Commission and its partners aim to launch the first satellites in this constellation by 2029 and to gradually roll out services from that same year.
When compared to SpaceX’s Starlink constellation, which boasts over 10,000 operational satellites, the IRIS² network, as currently envisioned, is relatively modest. However, while SpaceX’s initiative primarily functions as a large-scale commercial broadband network, IRIS² is designed primarily to offer secure and reliable connectivity for government users in the EU and other participating nations such as Norway and Iceland. Its functionalities will mainly be focused on critical operations, including emergency response, humanitarian efforts, and border surveillance. Nonetheless, it is expected to become available to businesses and citizens in the future, particularly in areas where conventional networks are unavailable or unreliable.
