Musk’s SpaceX challenges global barriers on Starlink service

SpaceX has called on the US government to address trade barriers that impact its global operations, particularly its Starlink satellite service.

The company claims it faces higher costs than foreign competitors due to import duties, regulatory fees, and the need to pay foreign governments for access to spectrum.

These challenges are seen as non-tariff trade barriers that inflate operating expenses and slow the rollout of its service in many countries.

Starlink, which operates in over 120 markets worldwide, has to navigate additional hurdles in some regions, including coordination with domestic satellite operators for spectrum sharing.

SpaceX has argued that such requirements are deliberately designed to protect local competitors, making it harder for the company to offer its lower-cost, high-quality services abroad.

The call for action comes amid wider discussions about trade barriers affecting American businesses. Companies like Tesla, also owned by Elon Musk, have warned of the risks posed by retaliatory tariffs resulting from trade tensions, particularly with countries like China, Canada, and the EU.

Musk has long been involved in efforts to streamline government regulations and advocate for freer trade policies.

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EU delays ETIAS launch until late 2026

The European Union has announced that the ETIAS (European Travel Information and Authorisation System) will require visa-free travellers from non-EU countries, including the UK, to obtain authorisation before short stays in the Schengen Area.

Initially planned for 2026, the system has been delayed and is now set to launch in late 2026, with full implementation not expected until 2027. The ETIAS aims to improve border security and will apply to travellers from 60 non-EU countries who don’t need a visa.

To apply for the ETIAS, travellers will need to complete an online application, provide personal details, answer security questions, and pay a €7 fee.

However, this authorisation will be linked to the traveller’s passport and remain valid for three years, or until the passport expires. Also, children under 18 and adults over 70 will be exempt from the fee, though they still need to apply for authorisation.

The ETIAS will not become mandatory until six months after the EU’s Entry/Exit System (EES) is fully operational. The EES, which is set to launch in phases starting in October 2025, will be a registration system for non-EU travellers, including those from the UK and US.

However, due to delays in the installation of necessary technology at Schengen borders, the launch of the ETIAS has been pushed back to late 2026.

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AI Innovation in the UK Advances with new Google initiatives

Google is intensifying its investment in the UK’s AI sector, with plans to expand its data residency offerings and launch new tools for businesses.

At an event in London, Google’s DeepMind CEO Demis Hassabis and Google Cloud CEO Thomas Kurian unveiled plans to add Agentspace, Google’s platform for AI agents, to the UK’s data residency region.

However, this move will allow enterprises to host their AI agents locally, ensuring full control over their data.

In addition to the data residency expansion, Google announced new incentives for AI startups in the UK, offering up to £280,000 in Google Cloud credits for those participating in its accelerator programme.

These efforts come as part of a broader strategy to encourage businesses to adopt Google’s AI services over those of competitors. The company is also focusing on expanding AI skills training to help businesses better leverage these advanced technologies.

Google’s efforts align with the UK government’s push to strengthen its position in the global AI landscape. The government has been actively working to promote AI development, with a particular focus on building services that reduce reliance on big tech companies.

By bringing its latest AI offerings to the UK, Google is positioning itself as a key player in the country’s AI future.

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BMW to equip cars with Huawei HiCar system

BMW will integrate Huawei’s HiCar system into its locally produced models starting in 2026, strengthening its presence in the Chinese market.

The partnership will enable seamless connectivity between Huawei devices and BMW vehicles, enhancing smart driving applications through the Harmony operating system.

The German automaker emphasised its commitment to deeper collaboration with Chinese partners, aiming to integrate them more closely into its global innovation network.

By working with local suppliers, BMW seeks to foster long-term cooperation and technological advancement in one of the world’s largest automotive markets.

An approach that aligns with BMW’s broader strategy of leveraging local expertise to remain competitive in a fast-evolving automotive landscape.

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Europe’s tech giants push for sovereign fund

More than 90 European technology companies and lobby groups, including Airbus and Dassault Systèmes, have called on European Commission President Ursula von der Leyen to establish a sovereign infrastructure fund.

In an open letter dated 14 March, they emphasised the urgent need for Europe to strengthen its strategic autonomy in critical digital infrastructure, from AI frameworks to semiconductor manufacturing.

The letter warns that Europe’s reliance on foreign technology creates security risks and weakens economic growth. It highlights the importance of public investment, particularly in capital-intensive sectors like quantum computing and microchips. The signatories also suggest a ‘buy European’ policy in government procurement to boost demand and encourage local businesses to invest.

Prominent supporters of the initiative include French cloud provider OVH Cloud, the European Software Institute, and the German AI Association. The appeal also reached EU tech chief Henna Virkkunen, as Europe faces increasing pressure to compete with major US and Asian technology powers.

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Turkey investigates Netflix, Disney, and Amazon for competition law violations

The Turkish Competition Board has opened an investigation into major subscription-based, on-demand video service providers, including Netflix, Disney, and Amazon. This decision follows a preliminary inquiry into whether these global streaming platforms have violated Turkey‘s competition laws.

The board is particularly focused on examining their business practices within the Turkish market and assessing whether any anti-competitive behaviour has occurred. The investigation highlights Turkey’s increasing scrutiny of digital platforms operating within its borders.

The inquiry comes at a time when subscription-based streaming services are growing rapidly in Turkey, with Netflix, Disney+, and Amazon Prime Video among the most popular platforms in the country. The Turkish Competition Board’s investigation aims to ensure that the market remains competitive and that no service provider is unfairly dominating the sector.

By looking into the practices of these major players, the board seeks to protect consumers and maintain a level playing field for all companies involved in the digital entertainment industry.

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Thailand approves millions for data centres

Thailand has approved investments worth 90.9 billion baht ($2.7 billion) in data centres and cloud services, further boosting its growing tech sector. The newly approved projects include data centres by China’s Beijing Haoyang Cloud&Data Technology, Singapore-based Empyrion Digital, and Thailand’s GSA Data Center 02, according to the country’s investment board.

Among these, Beijing Haoyang plans to build a 300-megawatt data centre valued at 72.7 billion baht, while GSA Data Center 02 is investing 13.5 billion baht in a 35-megawatt facility.

The rapid rise of AI has fuelled demand for data infrastructure across Southeast Asia, making Thailand an attractive hub for investment. In January, TikTok’s parent company, Bytedance, announced plans to establish a data hosting service in Thailand worth 126.8 billion baht.

It follows significant investments from tech giants such as Google, which pledged $1 billion last year, and Amazon Web Services, which committed $5 billion over 15 years.

Microsoft has also revealed plans to open its first regional data centre in Thailand, reinforcing the country’s status as a growing digital hub in the region. With an increasing number of global technology firms choosing Thailand for data operations, the country is set to play a key role in Southeast Asia’s evolving digital economy.

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Google expands voice AI capabilities with Chirp 3

Google has announced the addition of its HD voice model, Chirp 3, to its Vertex AI platform, marking a significant step in its push into voice AI. Starting next week, developers will be able to use the platform to build applications such as voice assistants, audiobooks, and video voice-overs with eight new voices available in 31 languages.

The launch comes at a time when other companies, including startups like Sesame, are also advancing in the field of realistic-sounding AI voices. Despite this growing competition, Google remains cautious about potential misuse, with CEO Thomas Kurian noting that the company is working closely with its safety team to establish proper usage guidelines for Chirp 3.

Google’s move with Chirp 3 positions it alongside other tools from its Vertex AI platform, which includes machine learning and generative AI services like its Gemini and Imagen models. With AI voice applications rapidly gaining traction, it will be interesting to see how Google expands its offerings to stay competitive in this evolving space.

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Chinese hedge funds boost AI for competitive edge

China’s hedge fund industry is undergoing a transformative shift, spurred by High-Flyer’s integration of AI in its trading strategies. The multi-billion-dollar fund not only uses AI to enhance its portfolio but also created DeepSeek, a game-changing LLM that has disrupted the dominance of Western AI firms like those in Silicon Valley.

The breakthrough has ignited an AI arms race among Chinese asset managers, including firms like Baiont Quant, Wizard Quant, and Mingshi Investment Management, as they rush to incorporate AI into their investment workflows.

AI-powered trading has gained momentum, with many hedge funds now using AI to process market data and generate trading signals based on investor risk profiles. As competition for “alpha” (outperformance) intensifies, the demand for AI talent is surging.

Companies like Wizard Quant and Mingshi are actively recruiting top AI engineers, and even mutual funds, such as China Merchants Fund, have adopted DeepSeek to boost their efficiency. The open-source model has democratised access to AI, lowering the entry barrier for smaller Chinese funds, which had previously been unable to compete with their Western counterparts due to high costs.

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The role of AI in precision farming for wine production

AI is making its mark in the wine industry, with vineyards across California adopting cutting-edge technology to optimise crop production.

One notable example is Napa Valley farmer Tom Gamble, who has integrated an autonomous tractor equipped with AI sensors to map his vineyard.

These AI-powered machines gather data that allows farmers to make more informed decisions about water use, fertilizer application, and pest control, improving efficiency and sustainability.

AI’s influence extends beyond tractors. Companies like John Deere in the US have developed AI-driven technologies that help vineyard managers apply materials more precisely, reducing waste and environmental impact.

Smart irrigation systems, for example, can monitor water use and even shut off in case of leaks, making vineyards more water-efficient.

Despite concerns about the cost of adopting such technology, particularly for smaller, family-run vineyards, AI offers a way to streamline operations and adapt to changing environmental conditions.

While AI is enhancing wine production, it also aids in managing crop health and predicting yields. By analysing images and soil data, AI systems can detect early signs of disease or nutrient deficiencies, helping farmers take preventive action before issues escalate.

However, this technology allows vineyards to make smarter decisions, ultimately improving the quality and consistency of their wine production.

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