Elon Musk’s Starlink network is facing increasing competition in the satellite internet market, particularly from SpaceSail, a Shanghai-based company backed by the Chinese government, and Amazon’s Project Kuiper. SpaceSail is expanding rapidly, having entered Brazil in November and begun operations in Kazakhstan by January. Meanwhile, Brazil is also in talks with Project Kuiper and Canada’s Telesat to diversify its options for providing high-speed internet to remote areas.
SpaceSail plans to launch 648 low Earth orbit (LEO) satellites this year, with the ambition of deploying up to 15,000 by 2030. This move aims to compete directly with Starlink, which currently operates around 7,000 satellites but plans to increase its constellation to 42,000 by the end of the decade. China’s push into satellite internet is part of its broader strategy to dominate space and digital technologies, which has raised concerns among Western governments, particularly regarding Beijing’s potential to extend its censorship and surveillance reach globally.
China’s rapid expansion in satellite technology, supported by state funding and military research, has intensified. It has launched 263 LEO satellites in the past year alone, and researchers are focusing on low-latency systems to compete with Starlink’s capabilities. The Chinese government is also exploring ways to track and monitor satellite constellations, potentially targeting Starlink as a strategic competitor.
As competition in the satellite internet sector intensifies, particularly between the US, China, and other players like Brazil, the geopolitical and military implications of these space technologies are becoming clearer. With nations striving to secure positions in space, experts warn of an increasingly complex and competitive environment.
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Australia’s Federal Court has ruled that telecom giant Telstra misled customers about downgrading the upload speed of its broadband plans. The Australian Competition & Consumer Commission (ACCC) initiated legal action in December 2022, accusing Telstra of downgrading the upload speeds for nearly 9,000 customers in 2020 without informing them or adjusting charges accordingly.
The ACCC argued that Telstra’s failure to notify customers deprived them of the chance to decide whether the altered service met their needs. The regulator is seeking penalties, compensation for affected customers, and other measures, with a final decision to be made by the court later.
Telstra expressed disappointment in the ruling but acknowledged the court’s decision. A spokesperson said the company would review the judgment before deciding on further steps.
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STMicroelectronics has announced the launch of a new computer chip aimed at the rapidly expanding AI data centre market. Developed in collaboration with Amazon Web Services (AWS), the photonics chip uses light rather than electricity, which helps increase speed and reduce power consumption in AI data centres. These chips are expected to be used in transceivers, which are crucial components in data centre infrastructure.
As top US software companies plan to invest $500 billion into AI infrastructure, there is rising demand for specialised chips, not only for computing but also for memory, power, and communications applications. ST’s new chip targets the communications sector, with a focus on improving the efficiency of transceivers, which are essential in AI data centres. The company also has a collaboration agreement with AWS to deploy this technology in their infrastructure later this year.
ST is working with a leading provider of optical solutions, although the company’s name has not been disclosed, to integrate the new chip into next-generation transceivers. The market for such devices, valued at $7 billion in 2024, is expected to grow significantly, reaching $24 billion by 2030. ST will begin mass production of these chips at its facility in Crolles, France.
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Apple has introduced its first custom-designed modem chip, marking a significant step towards reducing reliance on Qualcomm. The new chip, a part of Apple’s C1 subsystem, debuts in the $599 iPhone 16e and will eventually be integrated across other products.
The C1 subsystem includes advanced components like processors and memory, offering better battery life and enhanced artificial intelligence features.
Apple has ensured the modem is globally compatible, testing it with 180 carriers in 55 countries. Executives highlight its ability to prioritise network traffic for smoother performance, setting it apart from competitors.
Modem development is highly complex, with few companies achieving global compatibility. Apple previously relied on Qualcomm but resolved to design its own platform after legal disputes and challenges with alternative suppliers.
The C1 subsystem represents Apple’s strategy to tightly integrate modem technology with its processors for long-term product differentiation.
Apple’s senior hardware executives described the C1 as their most complex creation, combining cutting-edge chipmaking techniques. The new platform underscores Apple’s focus on control and innovation in core technologies.
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Public interest groups have urged a US court to revisit its decision blocking the reinstatement of net neutrality rules. The appeal was submitted to the 6th Circuit Court of Appeals after a three-judge panel ruled that the Federal Communications Commission (FCC) lacked authority to enforce the rules.
These rules, first implemented in 2015 and later repealed under a different administration, aim to ensure equal access to the internet for all users.
Advocates, including Free Press and Public Knowledge, argue that the court’s ruling conflicts with a previous decision by another court. They emphasised the importance of protecting users from potential abuses by broadband providers, who might prioritise their own interests over fair access.
Net neutrality rules prevent internet providers from blocking or slowing content or giving preferential treatment to certain users. While state-level rules remain in place in regions like California, the court’s decision could halt federal efforts to oversee broadband regulation.
Earlier this year, the FCC had sought to reinstate these protections, but industry groups successfully argued for a temporary block.
Supporters of the rules include major tech companies, while telecom industry representatives view them as unnecessary and counterproductive. The ongoing legal battles could determine whether federal regulators will regain the ability to enforce open internet policies.
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Meta has announced plans for Project Waterworth, an ambitious 50,000km subsea cable system set to be the longest in the world. The infrastructure project aims to enhance global connectivity by linking the United States, India, Brazil, South Africa, and other regions. Designed with 24 fiber pairs, the system will offer significantly higher data capacity, supporting Meta’s growing AI-driven services and contributing to digital inclusion and economic growth in key markets.
The tech giant has been at the forefront of undersea cable development for over a decade, collaborating on more than 20 similar projects. With most of the world’s internet traffic reliant on such cables, concerns over security have intensified, particularly as geopolitical tensions rise. In response to recent incidents, NATO has increased surveillance of critical maritime infrastructure, while the UK is reassessing its ability to safeguard its undersea network against potential threats.
Meta plans to lay sections of the cable at depths of up to 7,000 meters and employ advanced burial techniques in high-risk areas to minimise risks. This move follows recent disruptions, such as the damage to Tonga’s undersea cable, which left much of the island in a digital blackout. Meanwhile, Meta’s decision to scale back fact-checking on Facebook and Instagram has drawn criticism, highlighting the broader implications of its expanding digital footprint.
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Alibaba has announced a new partnership with Apple to support the development of AI services for iPhones in China, a move that aims to help Apple counter declining smartphone sales in its crucial market. The collaboration is seen as a significant win for Alibaba, which is gaining ground in China’s competitive AI industry, dominated by local players like DeepSeek. This deal comes after months of speculation regarding Apple’s AI strategy in the region, as the tech giant held discussions with other Chinese companies such as Baidu, ByteDance, and Tencent.
While the specifics of the partnership are still unclear, Alibaba’s chairman Tsai noted that Apple chose their AI technology to power its phones in China. The two companies have already submitted necessary regulatory materials to Chinese authorities, as consumer-facing AI products in the country require approval. Alibaba’s stock saw a notable rise following the announcement, reflecting investor optimism about the deal.
The timing of this collaboration is crucial for Apple, which has faced challenges in China, including falling iPhone sales and increased competition from domestic rivals like Huawei. Analysts suggest that Apple’s struggles in the region are partly due to the lack of advanced AI features in its phones, a growing demand in the Chinese market. Apple’s sales in Greater China dropped significantly in late 2024, and the company lost its top position in the market to local players like Vivo and Huawei.
For Alibaba, the partnership underscores its growing strength in AI, with its stock price surging in 2025. The company’s Qwen 2.5 AI model, which surpassed the capabilities of competitors, has become a focal point of its recent success. As Apple seeks to re-establish its presence in China, the effectiveness of this AI collaboration will likely play a critical role in its future in the market.
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Foxconn, the world’s largest contract electronics manufacturer and Apple’s main iPhone maker, is prepared to adjust its production strategies in response to new US tariffs. Chairman Young Liu stated that the company is capable of planning its manufacturing around these changes, particularly with US President Donald Trump’s recently announced 25% tariff on all imports from Mexico and Canada, which has been paused until March 4.
Liu explained that Foxconn operates factories in both the United States and Mexico and will adjust production capacities based on the impact of the tariffs. He emphasised that Foxconn has the flexibility to move its operations between countries, minimising the overall effect of the tariffs on the company. However, Liu also warned that such tariffs are detrimental to the global economy, potentially shrinking markets.
Foxconn remains committed to working with US partners to align its manufacturing strategies with President Trump’s push for more domestic production. Despite the uncertainty around the tariffs, the company is prepared to adapt as necessary.
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A state-of-the-art space lab on the outskirts of Cairo, touted as Africa’s first satellite production facility, has been built with substantial Chinese involvement. While the lab was designed to assemble homegrown Egyptian satellites, much of the technology, equipment, and expertise comes from China. The first satellite produced at the facility was largely assembled in China and launched from there in December 2023. The plant is part of a broader Chinese effort to strengthen its space presence across Africa, as Beijing seeks to enhance its global surveillance capabilities and assert itself as a dominant space power.
Egypt’s satellite facility is just one element of China’s growing influence in Africa’s space sector. Over the past two years, China has gifted Egypt with various space technologies, including advanced telescopes and Earth observation satellites. However, these technologies come with strings attached, as China maintains a long-term presence in the facilities it builds and gains access to data collected by its satellites. This partnership is a part of China’s broader strategy to establish space alliances in Africa, aiming to secure surveillance data and boost its military capabilities.
China’s efforts to expand its space infrastructure on the continent are drawing attention from global powers. While Egypt and other African nations benefit from Chinese investments, there are concerns about Beijing’s increasing influence and its ability to collect sensitive data through these space projects. The US has voiced concerns over the potential military applications of China’s space technology in Africa, as Beijing builds ground stations and enhances its surveillance capabilities. Despite these concerns, African countries, including Egypt, remain neutral, viewing space collaborations as opportunities for scientific and technological advancement.
The US has struggled to match China’s strategic approach in Africa, with many African nations now seeking technology partnerships that suit their immediate needs. This shift underscores the growing importance of space technology in geopolitics, as countries like Egypt, Ethiopia, and Senegal enter into agreements with China that could shape the future of space exploration and military capabilities. As the global space race intensifies, China’s growing influence in Africa may continue to challenge the US and other Western powers in their efforts to maintain dominance in space exploration.
Canadian space technology firm MDA Space has expanded its contract with Globalstar to develop next-generation low Earth orbit satellites, bringing the total value of the deal to C$1.1 billion. The agreement will see MDA manufacture over 50 advanced digital satellites, reinforcing Globalstar’s position in the competitive satellite communications market.
The US Louisiana-based Globalstar, partly owned by Apple, provides satellite-based phone and data transmission services. This contract expansion adds approximately C$750 million to Canadian MDA’s order backlog for early 2025, following an initial C$350 million commitment in late 2023.
With demand for satellite connectivity rising, companies like Globalstar are competing with major players such as SpaceX’s Starlink. MDA Space CEO Mike Greenley confirmed that the company is now moving ‘full speed ahead’ with production, highlighting the growing importance of satellite infrastructure in global communications.
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