The partnership aligns with Elon Musk's broader ventures, as Robyn Denholm, the chair of Tesla, is a former finance and operations head at Telstra, creating a deeper connection between the two companies.

This initiative comes in response to the significant digital exclusion faced by people in these areas, which affects their access to essential services and education.

Telstra's group executive, Shailin Sehgal, noted that while the Starlink mobile coverage will enhance connectivity, vast areas of Australia still lack mobile and fixed network access.

However, the implementation of Satellite-to-Mobile services will face challenges, including integration with existing networks and managing costs.

Telstra has announced a collaboration with SpaceX's Starlink to develop a Satellite-to-Mobile text messaging service aimed at enhancing coverage for customers in regional and remote areas of Australia.

The service is expected to cover most outdoor areas of mainland Australia and Tasmania, provided there is a direct line of sight to the sky, although certain remote regions and the Australian Radio Quiet Zone will be excluded.

The initial phase will involve trials of the satellite-to-mobile text messaging on compatible devices before a commercial launch.

Initially, the service will focus on text messaging capabilities, with plans to expand to voice and low-rate data services as technology evolves.

This satellite-to-mobile initiative is part of Telstra's broader T25 strategy, which aims to launch a satellite product with voice and broadband options for both consumer and business customers.

Telstra's competitor, Optus, has also partnered with Starlink to develop similar direct-to-device services, aiming for a launch by the end of 2024.

Starlink has been operational in Australia since 2021, serving over 200,000 customers nationwide, and this collaboration represents a significant advancement in outdoor connectivity for remote areas.

Importantly, this service will not require users to have a specific compatible smartphone, thereby expanding accessibility for many.