Ukraine’s prominent mobile network provider, Kyivstar, is making headlines as the first major carrier outside the United States to integrate Starlink’s satellite-based cell service for everyday smartphones. By partnering with SpaceX, Kyivstar plans to introduce this innovative service by the end of the year, mirroring the steps taken by T-Mobile in the US. The initial rollout will focus on text messaging and chat apps such as Signal and WhatsApp, with full satellite internet and voice services expected in early 2026.
Preliminary tests in the US have already shown compatibility between Kyivstar’s SIM cards and Starlink’s direct-to-cell satellite system. Currently, messaging services are undergoing trials within Ukraine.
According to its parent company, the launch of direct-to-cell services, which supports SMS and over-the-top messaging, is set for the fourth quarter of 2025. This advancement promises to significantly bolster Kyivstar’s connectivity offerings across Ukraine, particularly in rural areas, regions affected by infrastructure challenges, and during emergencies.
In the United States, the T-Satellite with Starlink service is priced at $10 per month, applicable to both older and newer models like the iPhone 16 Pro. However, pricing details for Ukrainian users remain undisclosed.
Kyivstar’s move positions it as the first European carrier to join forces with Starlink’s cell phone service. This collaboration aims to ensure uninterrupted communication, even in areas impacted by natural or man-made disruptions, by eliminating dependency on traditional cell tower infrastructure. Instead, signals will be transmitted directly from satellites.
Initially, the service may operate with reduced speed and functionality compared to terrestrial networks. T-Mobile in the US plans to launch with text messaging in July, followed by data services via certified apps like X and WhatsApp in October.
Looking ahead, SpaceX is poised to deploy its V3 satellites in 2026. These satellites promise ten times the capacity of those currently in use, which will enhance the speed and bandwidth of the direct-to-cell services significantly.
