Roscosmos State Corporation has entered a contract to prepare the design of a system that would connect mobile devices to the space network using a direct-to-cell approach. The project aims to enable satellite communication directly with consumer devices, expanding connectivity options beyond traditional ground-based networks. The announcement, reported by TASS, confirms that the work is progressing under this year’s agreement and that the design phase is underway, based on the capabilities of the TsNIIMash research institute, known as the Central Scientific Research Institute of Mechanical Engineering. This collaboration signals a move toward a more resilient communication framework that can operate even when cellular infrastructure is unavailable or disrupted. [Source: TASS]
According to Roscosmos, the design work is being conducted to ensure robust performance across varying environments and geography, leveraging TsNIIMash’s engineering expertise to address satellite link architecture, user equipment interfaces, and network integration standards. The goal is to deliver a system capable of maintaining connectivity for mobile users when terrestrial networks are compromised, ensuring continuity of service for critical communications and consumer use alike. [Source: TASS]
In parallel discussions, SpaceX and T-Mobile have reportedly been pursuing a similar direct-to-mobile concept with a projected timeline that targets 2024 for initial deployment. Early capabilities are expected to support text messaging, with voice calls slated for introduction in 2025, as reported by ixbt.com. This approach mirrors Roscosmos’s strategy to broaden access by reducing reliance on ground infrastructure while expanding the reach of satellite-linked mobile services to consumers and businesses alike. [Source: ixbt.com]
Meanwhile, a notable personnel change occurred as one of Roscosmos’s former senior leaders departed from Russia, a shift that could influence strategic planning and international collaboration in the near term. The departure comes amid broader discussions in the space sector about leadership, governance, and how to accelerate the deployment of new satellite services on a global scale. [Source: TASS]
There were further developments in the commercial satellite arena when SpaceX initiated last-minute communications tasks prior to a launch window, briefly delaying the public presentation of the mission. While such events are routine in the busy space launch calendar, they underscore the dynamic nature of private and government partnerships striving to roll out next-generation connectivity solutions that blend satellite networks with consumer devices, carrier networks, and edge services to ensure ubiquitous access. [Source: ixbt.com]