Russia's Lukoil plans to expand its operations in Uzbekistan
Russian oil company Lukoil plans to expand its activities in Uzbekistan, with potential areas including geological exploration, hydroca...
Bengaluru/Beijing/Brasília, February 24, 2025 – Competition in low-Earth orbit is heating up as Chinese state-backed satellite internet providers and other global rivals ramp up efforts to challenge Elon Musk’s Starlink.
New developments indicate that players such as Shanghai-based SpaceSail are aggressively expanding, while Jeff Bezos’s Project Kuiper and Canada’s Telesat are also drawing international interest, particularly in markets like Brazil.
Expanding international presence
SpaceSail, which signed an agreement to enter Brazil last November and has since begun operations in Kazakhstan, is among the most ambitious new entrants. Controlled by the Shanghai municipal government, the company plans to deploy 648 low-Earth orbit (LEO) satellites this year and as many as 15,000 by 2030. In contrast, Starlink currently operates around 7,000 satellites, with an ultimate target of 42,000 by the end of the decade. Meanwhile, Brazil - a market eager for high-speed internet in remote areas—has welcomed these developments despite previous tensions with Musk over commercial and political issues.
State-backed ambitions and strategic messaging
A newspaper affiliated with China’s telecom regulator recently hailed SpaceSail as “capable of transcending national boundaries, penetrating sovereignty and unconditionally covering the whole world,” emphasizing its strategic importance to national ambitions. China is not relying solely on SpaceSail; Beijing is developing three additional satellite constellations and plans to launch up to 43,000 LEO satellites over the coming decades. These initiatives are seen as integral to China’s broader push to secure digital dominance and enhance its geopolitical influence, including through the space component of the Belt and Road Initiative.
Technological and military developments
Starlink’s rapid deployment and its use in conflict zones like Ukraine have caught the attention of military researchers. Chinese institutions, including those affiliated with the People’s Liberation Army (PLA), are investing heavily in satellite technology. Patent filings related to LEO satellite innovations have surged - from 162 in 2019 to 2,449 in 2023 - highlighting an intensified push to develop cost-efficient networks and low-latency communication systems. Some Chinese research efforts are specifically targeting Starlink, with PLA-linked patent applications noting the U.S. system’s role in reconnaissance and military communications, while also posing potential risks to network security.
In addition, researchers from two PLA-affiliated institutes have designed a system and algorithm to track megaconstellations like Starlink’s. Inspired by the hunting techniques of humpback whales, their approach underscores the growing military interest in monitoring and potentially countering rival satellite networks as space becomes an increasingly contested domain.
Global implications and future outlook
The accelerated expansion of Chinese satellite internet capabilities has raised concerns among Western policymakers, who worry that Beijing’s rapid occupancy of LEO could extend its internet censorship regime globally. Analysts from the American Foreign Policy Council have urged Washington to bolster cooperation with Global South nations to effectively contest China’s expanding digital influence.
As the race for orbital slots intensifies, experts like Chaitanya Giri of the Observer Research Foundation warn that “the endgame is to occupy as many orbital slots as possible.” With global infrastructure and military applications at stake, the emerging competition signals a major shift in the satellite internet landscape, one that will likely shape geopolitical dynamics in the years ahead.
While Starlink remains a dominant force in LEO, the rapid developments led by Chinese and other international competitors suggest that the satellite internet arena is entering a period of significant transformation, with profound implications for global communications, security, and digital sovereignty.
Russia's health watchdog said on Tuesday that no cases of plague had been detected among anyone who had come into contact with a Siberian plague institute laboratory worker who died last week, and locals said their lives had barely been disrupted.
Russia struck Ukraine overnight in one of the biggest attacks of the conflict, killing at least 19 people, Kyiv's Foreign Ministry said on Wednesday. Around 70 missiles were fired at Ukraine during the attack, as well as drones, the Ministry said.
An Azerbaijani citizen died and another is missing after a cargo ship was attacked by a drone in the Black Sea, near the coast of Romania on Monday, 5 October, Baku's Foreign Ministry has said.
A large Ukrainian drone attack on Moscow and the surrounding region has killed two people, damaged homes and sparked a major fire at a key fuel facility, according to Russian officials and military bloggers.
The German-Azerbaijani Connectivity Conference 2026 commenced on 6 October in Baku under the title “Mobilising Finance for Infrastructure, Transport, Logistics, Green Energy, and Digitalisation along the Middle Corridor.”
Picture three scenarios: a hospital that can spot a disease before the patient feels sick, a power grid that feeds thousands of data centres and a government network that is attacked daily. All three depend on artificial intelligence, and one question matters most: who is really in charge?
OpenAI and Anthropic told Australian parliament on Tuesday they would welcome laws requiring them to report data breaches carried out by their AI agents, acknowledging the decision to notify authorities was currently at their discretion.
Most people meet artificial intelligence (AI) through a phone. It suggests the next word, sorts the photos, flags the odd charge on a bank card. But the technology has been quietly moving into places where mistakes cost more: the systems that run banks, hospitals, businesses and government offices.
A four-person crew aboard SpaceX's Crew-13 mission, consisting of two U.S. astronauts, a Canadian astronaut and a Russian cosmonaut, arrived at the International Space Station (ISS) on Thursday (1 October), for a long-duration science mission focused on human health and performance in orbit.
The European Space Agency (ESA), Airbus and European partners have put a six-wheeled Mars rover prototype through its paces in Spain’s Tabernas desert, simulating conditions expected on a future mission to the Red Planet.
You can download the AnewZ application from Play Store and the App Store.
What is your opinion on this topic?
Leave the first comment