Ukraine Pioneers Direct-To-Cell Satellite Connectivity with Elon Musk's Starlink
Kyivstar, Ukraine's largest mobile operator, has entered into a groundbreaking agreement with SpaceX-owned satellite broadband firm Starlink to introduce direct-to-cell satellite connectivity, marking Ukraine as one of the first nations to adopt this innovative technology. The deal is set to transform communication in conflict zones and remote regions by ensuring uninterrupted phone signals without relying on traditional ground infrastructure.
According to VEON, Kyivstar's parent company, the agreement aims to provide seamless phone functionality directly from space-based cell towers. Initial messaging functionality using the service is planned for the fourth quarter of 2025, with voice and data capabilities expected to follow in later stages. This technology has been introduced in countries such as the United States, Japan, and New Zealand.
The collaboration highlights Starlink's increasing role in Ukraine, where it has already maintained internet access during the ongoing conflict by providing critical connectivity for both military and civilian communications. Notably, despite increased Russian efforts to jam Starlink signals in Ukraine, which intensified in 2022, the firm has remained a vital asset for the country.
The partnership also underscores Elon Musk's growing engagement in global politics, evidenced by his recent call between President-elect Donald Trump and Ukrainian President Volodymyr Zelenskiy, where he reaffirmed his commitment to supplying Starlink satellites to Ukraine. While financial terms of the agreement were not disclosed, this landmark deal is set to bolster Kyivstar's efforts in enhancing connectivity in remote and war-affected areas.
The adoption of direct-to-cell satellite technology positions Ukraine as a pioneer in this innovative space communications. This breakthrough solution could significantly enhance communication networks, providing crucial lifeline access for those affected by conflict or living in infrastructural voids.