European Starlink on paper: what does Ukraine really gain from GovSatCom
The European Union is opening up access to secure satellite communications for Ukraine, demonstrating its readiness to reduce dependence on American technologies. But behind the politically attractive promise hides a fundamental difference between a strategic communications system and mass internet for the front. GovSatCom may enhance the resilience of state and military governance, but it currently cannot replace thousands of Starlink terminals in units. And the matter is not only in European bureaucracy but also in the physics of orbits.
Space sovereignty on standby
The announcement by the European Commission about granting Ukraine access to GovSatCom can easily be perceived as the beginning of a new era: Brussels is finally creating its own alternative to American satellite communications, and the Ukrainian army is getting a technological insurance against Washington's political decisions.
However, in this story, it is important to distinguish between two projects that often end up in the same information package. GovSatCom is a mechanism for the shared use of existing European satellite resources. IRIS² is the future multi-level EU satellite infrastructure aimed at providing significantly broader secure communication capabilities.
The first can already provide services. The second still needs to be built.
European Commission spokesperson Thomas Renier, speaking about European satellite capabilities, noted the prospect of deploying IRIS² by the end of the decade. In the EU's public plans, 2029 figures as a guideline for the start of this system's services. However, the initiation of operations is not identical to an immediate deployment of a full-fledged Starlink equivalent with similar coverage, number of terminals, and bandwidth.
This is where the gap emerges between the political message and technical reality. Europe is indeed forming its own secure space communications system. But at this current stage, it mainly integrates already available resources rather than offering Ukraine a new mass low-orbit network.
For Brussels, this is an important step towards strategic autonomy. For a Ukrainian drone operator on the front line, it is still not a reason to shelf the Starlink terminal.
Physics against political declarations
The main difference between Starlink and GovSatCom lies not in the operator's flag but in the architecture of the systems.
Starlink utilizes a large low-orbit constellation of satellites, a significant portion of which operate at altitudes around 500-600 km. The short distance to the satellite allows for relatively low latency in data transmission—often in the tens of milliseconds. The combination of numerous devices, ground infrastructure, and mass user terminals makes the system suitable for broadband connectivity in field conditions.
For Ukraine, this has long been more than just ordinary internet access. Satellite terminals are used for data transmission, digital mapping, coordination of units, video exchange, and ensuring the operation of management systems. At the same time, specific capabilities depend on the tariff, equipment, network load, and conditions of use. Not every terminal provides a gigabit channel, and latency is not a constant value.
GovSatCom operates under a different logic. It is a system for coordinating access to satellite capacities provided by governmental and commercial European operators. It concerns resources from various orbital systems, including geostationary ones located about 35,786 km above the equator.
For geostationary communication, significantly greater latency is characteristic. In practical conditions, it can be around 500-700 milliseconds for two-way data exchange, although metrics depend on routing and equipment. Systems in medium orbits can provide lower latency, so it is incorrect to attribute the same characteristics to all resources of GovSatCom.
The terminals, available bandwidth, mobility, and service priorities also differ. A secure channel for a government agency does not necessarily need to be as fast as internet connectivity for streaming video. Instead, access control, cryptographic protection, and guaranteed service availability may be more important.
Starlink primarily provides scalable broadband access. GovSatCom is designed to ensure controlled and secure communication for designated governmental users. These are different tasks, even if both systems use satellites.
Secure communication for headquarters, not internet for every trench
However, this does not make GovSatCom a secondary project. On the contrary, its potential value lies precisely in those tasks for which a mass commercial satellite network is not always the optimal solution.
Firstly, it concerns secure channels for strategic and operational management. Government institutions, military headquarters, and crisis response agencies require communication that meets specific security and availability requirements. The satellite segment can become one of the backup information transfer routes if the ground infrastructure is damaged or unavailable.
The second direction is reducing dependence on a single commercial provider. The experience of war has shown that satellite internet can be a critically important element of military infrastructure. But decisions regarding service geography, service availability, and technical limitations remain tied to the operator's policy and the terms of its interaction with states.
The European system is capable of creating an additional communication channel that operates under different management rules. This does not imply absolute service availability; GovSatCom also depends on satellites, ground stations, terminals, funding, and resilience to interference. However, having an independent route reduces the risks associated with concentrating critical infrastructure in the hands of a single provider.
The third area is civil resilience. Secure satellite communication can be used during large-scale power outages, damage to telecommunications networks, or emergencies. For energy companies, rescue services, and government agencies, this is an additional continuity tool.
But here the limit is important: a secure satellite channel does not equate to automatic resilience to electronic warfare. The actual level of protection depends on specific satellites, terminals, antennas, protocols, and network organization. The mere fact of participating in a European program does not make the communication immune to jamming or cyber attacks.
IRIS²: European independence with a delayed date
In the strategic dimension, GovSatCom is merely a part of a much more ambitious European plan. The IRIS² program aims to create a multi-level secure communication satellite system that will combine low and medium orbits. The project envisions a constellation of approximately 290 satellites and the development of corresponding ground infrastructure.
For the EU, this is not just a technological investment. It concerns the ability to independently ensure critical communications without fully relying on American commercial networks. The question of technological sovereignty has become particularly relevant in light of the war in Ukraine, the development of military satellite systems, and the growing importance of space infrastructure for defense.
However, between the program's approval and the emergence of a full-fledged network lies a complicated production cycle. Satellites need to be manufactured, launches secured, ground stations deployed, terminals developed, tests conducted, and operations organized. Even without delays, this is a multi-year process.
The target date of 2029 remains important for planning, but it should not be perceived as a guaranteed date for the arrival of the European Starlink. From the very beginning, IRIS² has been designed with other priorities, including secure governmental communications. Therefore, even after implementation, the system will not necessarily replicate SpaceX's commercial model.
For Ukraine, this means that European satellite autonomy will develop gradually, while the front's needs exist today. Alternative channels may supplement Starlink, but scaling them to the level of mass tactical communication will require separate solutions, investments, and time.
War 4.0: independence is defined not by the flag on the satellite
The story of GovSatCom well illustrates one of the main contradictions of modern warfare. Europe possesses significant financial, technological, and industrial resources, but transforming these capabilities into its own scalable infrastructure takes years. Meanwhile, commercial technologies created for the civilian market have already become a part of military management.
This is the essence of War 4.0: a state's strategic autonomy increasingly depends on technologies it does not necessarily develop, produce, or control. Satellite networks, cloud services, digital platforms, and data transmission systems are becoming infrastructure for national security, although a significant part of this infrastructure remains commercial.
GovSatCom may reduce certain risks of such dependence. For Ukrainian state and military governance, an additional secure channel is a real reinforcement of resilience. However, it would be a mistake to transfer this outcome to the entire spectrum of the army's needs.
At the level of battalions, companies, and drone units, Starlink will remain an essential tool until alternative solutions provide comparable availability, mobility, and bandwidth. Whether this will happen by the end of the decade will depend not only on IRIS² but on the development of other satellite operators, ground networks, and military communication systems.
The European response to technological dependence is already taking shape. But between the political decision to create its own infrastructure and the ability to rely on it in wartime remains a distance that cannot be shortened by a press release.
Strategy determines who owns the satellite. Tactics determine whether there is communication in the unit. And War 4.0 reminds us: true technological independence begins where an alternative can not only be announced but also rolled out on a large scale.