Starlink to Control 90% of Space-Based Internet Traffic by 2025, According to Musk
Starlink's Future in Space-Based Internet
Elon Musk, the CEO of SpaceX, has boldly predicted that Starlink, his company's satellite internet service, will manage over 90% of all space-based internet traffic by 2025. This revelation comes in response to a post by Mario Nawfal on X, where Nawfal highlighted that approximately 6,290 active Starlink satellites are currently operational worldwide out of a total of 6,350 satellites in orbit.
The Unique Advantage of Starlink
Musk emphasized the unique advantage of Starlink, asserting that it is the only high-bandwidth internet system capable of covering the entire Earth. This ambitious goal reflects Starlink's mission to provide reliable internet access in remote or underserved areas. As of now, the service is already making significant strides, offering connectivity where traditional internet services are either unreliable or non-existent.
Challenges in Brazil and Regulatory Tensions
Despite its forward momentum, Starlink has recently faced legal challenges in Brazil. The country's Supreme Court has frozen the company's bank accounts amid an ongoing dispute with Musk's social media company, X. Musk criticized Brazilian Supreme Court Justice Alexandre de Moraes, branding him a dictator and questioning the legality of Brazil's judicial actions.
The Regulatory Landscape
- The Brazilian Supreme Court also blocked X in the country due to non-compliance with legal representation requirements.
- Fines of over $3 million have been imposed on X, which remains blocked until compliance is achieved.
- Judge Alexandre de Moraes expressed concerns over Musk's perceived disregard for Brazilian laws and sovereignty.
This scenario underscores the broader tension between Musk's expansive global ambitions and the specific regulations of national governments.
This article was prepared using information from open sources in accordance with the principles of Ethical Policy. The editorial team is not responsible for absolute accuracy, as it relies on data from the sources referenced.